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Atticus – AI’s Legal Revolutionary

The IT & software world has recently been rocked by advancements in AI. This wave of innovation introduces an unprecedented tool that stands to revolutionize the legal field JuristAI’s: Atticus.

Generative Pre-trained Transformers

One of the most groundbreaking developments in AI technology is OpenAI’s advancement in Generative Pre-trained Transformers (GPT). Unlike traditional Recurrent Neural Networks (RNN) and Convolutional Neural Networks (CNN), GPT produces “transformer” architecture. Using a large language model (LLM) and natural language processing (NLP), GPT can process an extensive dataset and produce human-like responses to prompts.

LLMs use a two-step process, allowing for translation, question-and-answer, or sentiment analysis. The model is first pre-trained on an enormous dataset to learn general language understanding and generation before user interaction. Then, it’s fine-tuned on a task- or domain-specific smaller dataset for particular use cases. This process, coupled with advanced training techniques, produces highly coherent and contextually relevant responses.

Introducing JuristAI

JuristAI has chosen this model for its sophistication in the field and its API offerings that allow us to fine-tune our models. We can train individual models on datasets as large or as small as desired. This allows JuristAI to provide defense attorneys a tool that can nearly instantly draft briefs, thereby combating endemic inequities in criminal justice.

Beyond Briefs and Motions

But JuristAI does not intend to stop at briefs and motions. It is the beginning of a wider project to leverage generative artificial intelligence in all areas of American law. In the long term, JuristAI intends to expand internationally, revolutionizing legal systems across the globe.

Atticus is proud to be the first generative AI that can draft entire motions and briefs. We are not just offering a chatbot, but a comprehensive solution that includes discovery analysis, brief drafting, and other features. By increasing workflow efficiency, we aim to give attorneys an unmatched competitive advantage.

Welcome to the future of the legal field.

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Moral Necessity of AI in Criminal Law


American criminal law has seen an incredible consolidation of power in the hands of the prosecutors over the last five decades. With a conviction rate of 97%, the time-worn adage of “indicting a ham sandwich” has become, “in the US, you can convict a ham sandwich.”

At that point, the fundamental pillars of the social contract which binds the government to the people are being shaken. Americans do not trust the legal system, they do not trust the judicial branch, they do not trust the courts, they do not trust prosecutors. They don’t trust them because the system seems, and is, unfair.

Bipartisan efforts at criminal justice reform have done little to remedy the problem. Once a defendant is in the crosshairs of a prosecutor, there is little they can do to ensure that their rights are upheld. They cannot ensure that they are afford the presumption of innocence which is the cornerstone of constitutional rights.

If we can’t fix it through legislation then how? If we can’t fix it through advocacy then how? If we can’t fix it through education then how?

It is time for the latest innovations in artificial intelligence to be put towards social ends. Instead of being the harbinger of a techno-dystopia, AI should be utilized to improve society. Instead of replacing valuable work, it should be used to maximize existing humanitarian or social justice resources.

The Federal government and Federal defense attorneys should adopt AI to help them protect defendants. It is the only path forward to a system that is criminal justice instead of criminally unjust.

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Are Cryptocurrencies Halal?

بسم الله الرحمن الرحيم

Table of Contents

1. What is the Shari’a?
2. What is Fiqh?
3. What is Fatwa?
4. What is Economics?
5. What Kind of Financial Instruments or Transactions Are Prohibited?
6. What is Currency?
7. What is the Blockchain?
8. What is Cryptocurrency?
9. Is Bitcoin Halal?
10. Conclusion
11. Notes

Introduction

The question of cryptocurrencies and their relationship with Islam has been hotly debated for nearly the last ten years. A seemingly unending amount of fatawa have been issued and discussions held on this topic. Nearly every stance has been passionately argued by knowledgeable scholars. However, no single discussion or verdict issued yet has been exhaustive.

Many of the fatawa issued on cryptocurrencies are based on a priori reasoning pertaining to many aspects of the shari’a, economics, and cryptocurrencies. In order to reach a thoroughly reasoned and robust conclusion on this topic, not only must every aspect of the reality of cryptocurrencies be investigated – but so must every aspect of the current international economic order. However, this must be done in a methodical fashion which takes into account Islamic values.

Muslim specialists in the field of blockchain and cryptocurrencies are almost always severely under-educated regarding Islamic sciences. As few as cryptocurrency specialists are, the number of them who are actively engaged in the field of Islamic studies or who are interested in holding robust discussions with the scholarly class are even slimmer. The intersection between knowledge in this burgeoning field and basic competency in Islamic knowledge is currently remarkably small.

The following represents the only exhaustive study of cryptocurrencies, blockchain, Bitcoin, the greater economic system they seek to provide an alternative to, and Islamic finance. While this study does not seek to draw conclusions regarding controversial topics in Islamic studies, it does seek to come to an ultimate conclusion as to the permissibility of cryptocurrencies. In doing so, it must inevitably cover some of those topics; however it attempts to do so with a level of objectivity.

We ask Allah سبحانه و تعالى to accept this humble effort.

1. What is the Shari’a?

The Arabic word shari’ah comes from the trilateral root [ش-ر-ع]. Linguistically, it refers to a path (shaari’). Allah uses various disambiguations of this word in the Qur’an five times [Concordance of the Qur’an by H. Kassis]. The shari’ah is the path from the worldly life [dunya] to the paradisaical Garden [Jannah]. It defines what things are on the path, within the boundaries of Islam, and what things lead you off of the path.

Shar’i-compliant is a modern term to describe financial instruments or economic policies which are in according with the boundaries of the Din. Muslims are allowed to engage in trade and business insofar as those things are in accordance with the shari’a. The kinds of financial instruments or transactions which are outside of the scope of the shari’a’s boundaries may not be engaged in.

The Shari’a is Revelation from Allah and cannot be altered. However, certain specific areas of the Shari’a can be interpreted differently by different traditionally-trained Islamic scholars, i.e., ‘ulama. As a result, in order to create a normative framework and scope wherein the Shari’a can be reliably understood as per the intent of the Lawgiver – i.e., Allah – ‘ulama exerted their efforts towards the science of fiqh, which is discussed further below.

It is necessary, before engaging in a thing, to know the ruling of Allah and His Messenger ﷺ upon it. Therefore, a person could not engage in cryptocurrency transactions without first knowing that ruling.

a. The Aims of the Shari’a

The great architect of revised Ash’ari theology, Shafi’i usul, and Islamic spirituality, Abu Hamid al-Ghazali and his teacher al-Juwayni, first articulated the concept that the Shari’a has overarching aims, i.e., maqasid, which its individual rulings intend to accomplish [Maqasid al-Shar’iyya al-Islamiyyah by Al-Kayyani Ahmad Salih]. While there is no doubt that this concept existed prior to Imam al-Ghazali, his articulation set out maqasid as an independent topic for further study.

Less than two centuries later, the Andalusian Maliki jurist – Abu Is’haq al-Shatibi (not to be confused with Abu Mohammad, al-Qasim al-Shatibi, the Andalusian qira’at scholar) penned the first fleshed out work of Maqasid al-Shari’ah.

Abū Isḥāq Ibrāhīm Ibn Mūsā Al-Shāṭibī’s theory of maqasid al-shari’a can be understood as reconciling between deontological and consequentialist moral frameworks. To al-Shatibi, Divine Commands naturally lead to the best consequences and Divine Commands are God’s Law [Imam al-Shatibi : Theory of the Higher Objectives and Intents of Islamic Law, Ahmad al-Raysuni,, pg. 358-359]. According to Al-Shatibi, the Lawgiver has certain aims regarding His Revelation of Divine Commands. The Lawgiver legislates in order to facilitate the material and spiritual well-being of all people, to avoid an imbalance in the natural order of human life. He sends down Laws to remove hardship and difficulties, to make human living beautiful, good, and conformant with higher spiritual realities.

As such, Shatibi posited a sort of middle-ground between deontological and consequentialist morality. To al-Shatibi, God’s Laws must lead to the best consequences, and this is an observable phenomenon both rationally and experientially. To him, there is no difference between “the greatest good for the greatest number” and God’s Laws. The true greatest good can only be achieved by God’s Laws, and it is also possible to conduct an analysis of His Laws to recognize the aims of the His Laws [al-Raysuni]. These principles, maqasid, then become their own form of knowledge and are superior even to the traditional jurisprudential epistemology in Islamic law. They are their own moral epistemological framework.

Generally speaking, the overarching aims of the Shari’a are:

  • Preservation of Din
  • Preservation of Life (Nafs)
  • Preservation of Mind (Mental Health)
  • Preservation of Wealth
  • Preservation of Family
  • Preservation of Honor
  • Preservation of Society

We are primarily concerned with preservation of wealth (hifzh al-mal) in this discussion.

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2. What is Fiqh?

Fiqh is an Arabic term. Linguistically it means “wisdom” or “understanding.” It is mentioned in the Qur’an according to that meaning twenty times. The Prophet Muhammad ﷺ said:

وَعَنْ مُعَاوِيَةَ قَالَ: قَالَ رَسُولُ اللَّهِ صَلَّى اللَّهُ عَلَيْهِ وَسَلَّمَ: «مَنْ يُرِدِ اللَّهُ بِهِ خَيْرًا يُفَقِّهْهُ فِي الدِّينِ وَإِنَّمَا أَنَا قَاسِمٌ وَاللَّهِ يُعْطِي»

“Whomsoever Allah wishes good for, He grants wisdom [fiqh] in the Din. I am only a distributor, Allah is the One who gives.” [Bukhari and Muslim]

In terms of Islamic sciences, fiqh teaches Muslims how to traverse the Shari’a. It deals with the mechanics and rulings of worshiping Allah. The books of fiqh cover the rulings of all actions. Scholars of fiqh [fuqaha] have discussed everything from ritual purity, food, prayer, governance of states, to financial transactions.

Fiqh is where we will look in order to find out the Shar’i stance on cryptocurrency.

a. Fiqh During the First Generation

After the death of the Prophet ﷺ, his companions focused on studying five primary sciences: Qur’an, Sunnah, Islam, iman, and ihsan [Sahih Muslim 8a & Al-Muwaṭṭa’ 1661]. At this time, there was no formal distinction between these sciences nor a precise methodology to take students from a place of absolute ignorance to mastery. The early Muslim community was relatively well-educated in the Din and close enough to the source of knowledge that there was no need for highly developed theories or academies. They could learn directly from second- or third-hand sources, come to their own conclusions, and develop ways to facilitate learning for a new generation that was not as privileged.

Initially, fiqh was not taught as its own science. Rather, Sunnah and Islam were taught [Usul al-Fiqh of the Salaf by W. Al-‘Abbas]. The Sunnah consisted of: The life of the Prophet (Sira), sayings of the Prophet, actions of the Prophet, and descriptions of the Prophet ﷺ. Islam consisted of: Properly understanding the Sunnah, studying the actions of worship, interactions with others, transactions, and politics.

b. Fiqh by the End of the Third Hijri Century

By the end of the third hijri century, the Muslim empire had stretched from East to West. After entering into China, the Muslim traders returned to the Arabian Peninsula with Chinese paper. Being easier to produce and more widely available, this allowed for the Muslim scholars to write down their knowledge.

Additionally, as the empire expanded, foreign ideas and homegrown innovators began producing a challenge to the knowledge as passed down by the Prophet’s companions. There was also the problem of unreliable students or dishonest individuals attributing themselves to knowledge.

Scholars began developing curriculums to teach specific aspects of the Din which they specialized in. This lead to the distinction and development of particular sciences. Sunna became subdivided into Sira, Hadith, and fiqh. Islam similarly divided, with a part of it being merged into fiqh, and other parts being siyasa, iqtisad, usul al-fiqh, and later, maqasid al-shari’a. [The Evolution of Fiqh: Islamic Law and the Madh-habs by B. Phillips]

Therefore, fiqh is the study of actions of worship according to the Sunnah and Islam. It is distinguished from hadith, the other component necessary to understand the Sunnah. Hadith is an objective compilation of historical records pertaining to the Prophet ﷺ whereas fiqh is the correct understanding of those narrations in light of other relevant factors [Maqasid al-Shari’ah by b. Ashur].

In order to cement that all of these sciences had a direct relationship with the bearer of Revelation, i.e., the Prophet Muhammad ﷺ, early Muslims did not depend on unreliable sources for this information. When they took information from people regarding the Din, it had to come from a teacher who also took from a reliable source. Ultimately, this chain of transmission had to end with the Prophet ﷺ. This way, it could be ensured that nothing was being taught without coming from a Revelatory source.

That process became known as sanad, chains of transmission, which was then studied in every science. It began first in Sunnah, then was adapted to all other sciences of Din. After the codification process and the writing of Islam’s mother academic texts, then sanad was transformed into the rich ijaza (license to teach) tradition – wherein a teacher consciously issues a sanad forward-looking as opposed to the backwards-looking nature of initial asanid. [Studies In Early Hadith Literature by M. M. Azami]

c. Codification of the Schools of Fiqh

Many reliable understandings of fiqh developed throughout Islamic history. However, by the seventh hijri century, the Muslim ummah had settled on six primary schools. These schools represented the bodies of knowledge and work of many scholars over hundreds of years, usually being attributed to a main representative of the school. While the schools were eponymous, it did not mean that the head of the school created it. Rather, it was the product of whatever vibrant center-of-learning that imam resided in, and whose tradition he codified.

The earliest surviving school is the school of imam Malik b. Anas, the Maliki school. Then came the school of Abu Hanifa, the Hanafi school. Then came the school of imam Mohammad b. Idris al-Shafi’i, the Shafi’i school. Finally is the school of imam Ahmad b. Hanbal, the Hanbali school. Each of these schools survives to this day. However, they have long histories of development and progression far beyond the scope of this article.

Additionally, there are two lesser acknowledged surviving schools. These are the Dhahiri and Ahl al-Hadith schools. The Dhahiri school arose in Islamic Spain and North Africa, named after Dawud al-Dhahiri. It has a decidedly literalist bent and was mostly eliminated after the Spanish Reconquista. It has not been as thoroughly codified as the other schools, though it does survive through living asanid.

The school of Ahl al-Hadith is an informal school adopted by some early jurists who were great independent legal minds (mujtahid). Since they reached a level of independence, they were able to formulate their own rulings, however these scholars did not find a large following and their legal reasoning is very hadith-oriented. Over time, Sunnis who did not follow any school of law and preferred to stick solely to narrations would attribute themselves to this informal school. This school is deemed problematic for some of its later members’ wholesale rejection of fiqh and overall lack of intellectual robustness [Who Are the Blind Followers? by Abu Usama Ayub].

Two major aspects distinguish one school from another: epistemology and views. Epistemology, i.e., usul al-fiqh, refers to how the fuqaha of a school actually determine principles. Usul are usually based on understanding the views of a major founding scholar and retroactively applying the methodology imam al-Shafi’i outlined in a famous work called al-Risala, then deriving new rulings from that derived usul. The views of the madh’hab consist of the opinions of major scholars, especially founding fuqaha, and the views of fuqaha throughout that school’s development. Ultimately, the school settles on certain views as being relied upon, and these are taught to students first.

For the purposes of this research, the opinions of authoritative scholars from all six schools will be considered – if they can be located.

d. Primary Maxims of Fiqh

The fuqaha set certain principles when understanding shar’i rulings. These principles (qawa’id) are based on various kinds of evidences. Qawa’id al-fiqh color understanding every single decision fuqaha make regarding the shari’a, so they are incredibly relevant here. The major qawa’id are:

  • All worldly matters are permissible until explicitly proven haram (الأصل في الأشياء الإباحة)
  • All acts of worship are impermissible until proven legislated (الأصل في العبادات التحريم)
  • Actions are determined by intention (انما الاعمال بالنيات)
  • Certainty is not removed by doubt (اليقين لا يزول بالشك)
  • Difficulty demands ease (المشقة تجب التيسير)
  • Harming is not allowed, nor is reciprocating harm (لا ضر و لا ضرار)
  • Customs of the people are considered in rulings (العادة محكمة)
  • The permissible is clear and the impermissible is clear (ان الحلال بين و ان الحرام بين)
  • Leave that which is doubtful for that which is not (دع ما يبريك الى ما لا يبريك)

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3. What Is Fatwa?

Fatwa is a concept pertaining to shari’a and fiqh. A fatwa is when a scholar discusses Allah’s decision pertaining to a matter. He then takes a ruling of fiqh [a hukm], which is general, and applies it to a real world situation. Fatwa is issued whenever a person claims that a particular belief, action, way of doing something, or avoiding a thing is part of Islam or is not a part of Islam.

However, usually the term fatwa is used to refer to an individual issuing an unprecedented ruling. The unprecedented ruling could either be due to contravening other rulings historically, the particular person’s research on an issue (usually controversial), or due to the appearance of an issue (‘illa; ratio legis) hitherto unprecedented. The first kind of fatwa is usually considered inappropriate in the scholarly community whereas the second kind is accepted depending on the subject of research and need for that research. The third kind of fatwa is absolutely necessary and keeps the fiqh tradition of Islam alive by producing new thinking in response to new problems using the legal framework laid down 1,450 years ago.

a. Who is Qualified to Issue Fatwa?

Every field of human knowledge has gradients. Individuals start their journey in a field or science as beginners and gradually increase to greater levels of knowledge. As a person increases in knowledge, he is more competent to speak about that field. The same is true of fiqh.

The most basic level pertaining to fiqh is that of the layman (‘ammi). The ‘ammi has no kind of specialized knowledge, however the ‘awwam (plural of ‘ammi) are also stratified. There is a difference between a layman who knows absolutely nothing about Islamic practices and the one who is on the verge of becoming a student of knowledge (talib al-‘ilm). Generally speaking, the ‘ammi’s views are not seriously taken and they are advised to simply practice what more competent people have told them.

In Bloom’s taxonomy of educational hierarchies, the layman is at the bottom stage. They struggle to recall basic facts and concepts and are taught rulings with the hope that they can retain them for implementation.

The talib al-‘ilm is an individual who has ascended beyond the level of general knowledge in fiqh. This individual has specialized in studying fiqh to an extent where he has a degree of competence in understanding a particular school and the science as a whole. The talib al-‘ilm is challenged by their teachers to genuinely understand concepts and ideas, as opposed to rote memorization for the purpose of being a functional Muslim.

The first level of fiqh scholarship is termed “the people of verification” or as’hab al-tas’hih. These scholars tend to comment on various legal manuals, comparing rarer or tertiary opinions, and clarifying what the default stance of their particular school is. They do not do the work of revising what opinions are strong or weak within a school’s epistemological paradigm (usul al-fiqh), but rather transmit at a higher level than a talib al-‘ilm. A sahib al-tas’hih can generally give the default hukm of a school on any topic, but may not necessarily tell you why the school has preferred this view over another.

Historically speaking, some scholars argued that this was the highest level of scholarship which could reasonably be obtained. These scholars held an extreme view that the door of juristic reasoning (bab al-ijtihad) closed here, and that scholars could only relate the views of previous, greater scholars, without determining why one view was stronger than another. It was not their place to revise the schools any more, only to preserve them.

The second level is “the people of verification” or As’hab al-Tarjih. As’hab al-tarjih investigate the opinions formed by scholars before them, utilizing their school’s epistemology (usul) to determine what opinions are most worthy of being relied upon and what opinions are weak. They sift through the views of scholars within their school on as many issues as they can, ultimately selecting one on each issue. They weigh the various positions and conclude what the school’s official, dominant positions are.

Next come As’hab al-Takhrij or “the companions of research” are scholars just under independent legal reasoning. They are highly dedicated and learned. Usually, these scholars have reached the highest level of scholarship within one particular field, but not mastered more than one. This kind of a scholar is the total authority within that field.

The first level of ijtihad is the Mujtahid fi al-Masa’il or “independent jurist in specified topics.” This kind of faqih is able to establish new precedents on issues by utilizing the school and usul of greater scholars. This scholar may actually be at a greater level of ijtihad but simply chooses to stick to the school of an even greater scholar and only formulate his own opinions on novel issues. However, these scholars are capable of restructuring the school if they wished and are not bound to the legal views of most of the scholarly class, as they have exceeded them. This would be the highest level of scholarship reasonable to reach in the modern era.

The scholars of fiqh disagree as to whether it is possible to exceed beyond the level of al-mujtahid fi al-masa’il in the modern era. Around the tenth hijri century, many scholars began claiming that the “door of ijtihad” was closed. This article is not the place to discuss this complicated issue. Whether the door was closed, whether it can be closed at all, and at what level it is closed are all issues of vehement dispute.

The Mujtahid fi al-Madh’hab is not at the level of scholarship required to go off and establish his own school without referencing anyone else, however he has reached a level where he no longer requires anyone else’s views on any particular subject outside of usul. They are still confined to a school, however they directly derive rulings from the source texts without referencing anything beyond the foundational principles of that school. They are not allowed to follow the opinion of any other scholar and are required to follow their convictions only.

The Mujtahid Mutlaq has reached the highest level of scholarship in every Islamic discipline and is required to develop his own school, not being allowed to take anyone else’s conclusions over his own research and conviction.

b. What Are the Possible Outcomes of Fatwa?

fatwa on a particular issue determines one of nine positions:

  • Obligatory (fard or wajib)
  • Highly recommended (Sunnah mu’akkadah)
  • Recommended (Sunnah, mustahabb, tatawwu’)
  • Slightly recommended (fadilah, raghibah)
  • Allowable (mubah)
  • Disliked/hated (makruh)
  • Minor sin (saghirah, dhanb, ithm, sa’yyi’)
  • Heretical innovation (bid’ah)
  • Major sin (kabirah, fahsha, munkar)
  • Disbelief or apostasy (shirk, kufr, ridda, nifaq akbar)

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4. What is Economics?

According to Investopedia, economics is:

Economics is a social science concerned with the production, distribution, and consumption of goods and services. It studies how individuals, businesses, governments, and nations make choices about how to allocate resources. Economics focuses on the actions of human beings, based on assumptions that humans act with rational behavior, seeking the most optimal level of benefit or utility. The building blocks of economics are the studies of labor and trade. Since there are many possible applications of human labor and many different ways to acquire resources, it is the task of economics to determine which methods yield the best results.

There are multiple kinds of economic systems. Traditionally speaking, economics was managed less by the intentional design of powerful governments and more between the parties involved in transactions. As centers of commerce grew in size and complexity throughout history, a need to develop centralized regulations developed. With the rise of bigger civilizations and national trade agreements, highly complex systems of economics were created. These systems were diverse, and economic thought is highly debated.

a. The History of Capitalism

Capitalism is an economic system prioritizing the private ownership of wealth, the means of producing wealth, and the creation of profit. Modern capitalism stems from a seventeenth century European renaissance system called mercantilism. In the sixteenth century, a sect known as “Calvinism” was born from the the Protestant revolution. Calvinists propagated the theology that working for wealth was a form of worship and God’s acceptance of a person can be objectively measured by their worldly success.

b. Unique Features of Modern Capitalism

Modern Capitalism is based on a technique called “fractional reserve banking.” In fractional reserve banking, banks are allowed to lend out more money than its customers deposit. If a bank has five customers, each with one dollar to deposit, then it should have five dollars within its reserves at all times. If all five customers wish to withdraw their funds, they should be able to do so. However, in fractional reserve banking, banks calculate how likely it is that all five customers withdraw.

Since it is unlikely that all customers withdraw at the same time, the bank may loan out two dollars to other people. The banks’ reserves now contain only sixty percent (60%) of its depositors’ funds. The bank will then charge interest fees on the two dollars it loaned out, and obtain a profit. By the time all five original customers seek to withdraw their money, the bank has profited from the loans it gave out.

One of the main issues with fractional reserve banking is that banks profit off of the capital of their customers without being able to return it when their customers’ need it the most, causing “bank runs.” However, this only occurs during serious crises, and can often be mitigated by the government.

A more pertinent problem is that the interest-based loans which banks give out require them to be paid back with more money than exists in the entire money supply. Following on from the previous example, if ten banks each loan out two dollars, and each bank expects three dollars in return, then the entire economy must somehow produce an additional ten dollars which did not exist before. This creates fictional money in the form of debt, inflating asset prices throughout the entire market.

When debtors cannot afford to pay the non-existent interest on their loans, this causes bank customers to withdraw their money. Since the bank has loaned out much of their money, and even begun to loan out some of this fictional money produced by interest, the bank cannot return all of the money to its customers. This process of crashing back to reality, which causes the value of assets to return to more realistic numbers, is referred to as popping economic “bubbles.”

Bubbles are almost entirely caused by riba. However, fractional reserve banking has proven capable of creating bubbles which crash not only regional or national economies – but the entire international economic order.

In an economy managed by a central banks, the bursting of a bubble is called a “bear market.” A market which is growing, and ultimately creating a bubble, is called a “bull market.” Historically, commodities and indices managed by central banks always return to some sort of a bull market. Once a bubble pops and the market reaches a low, it will then seek to find a new all-time high.

As such, inflation through riba is necessary for markets to reach new heights. As long as a currency is managed by a central bank in a capitalist system, it can be expected to inflate, and the overall market’s value to “increase.” It increases in terms of larger numbers, however those numbers are created by inflation. As such, an investor in the market always stands to gain, and a person holding currency always stands to lose. Assets always increase in value in relation to the currency, as the currency is constantly devalued.

This cyclical upswing and downswing feeds into mass psychology and the public psyche. The market influences the emotional and psychological outlook of entire societies. Entire nations of people are indoctrinated into believing that more money and economic success means more happiness for more people. Large upswings for years and relatively short bear markets, no matter how devastating, keep people enthralled.

Markets create and break “price ranges” based on the laws of supply and demand. Price ranges are a low or a high within a given time period. The market inflects based on price (x-axis) and time (y-axis).

When a market fails to take out a new low in a given range, it will have an objective to take out the high. When a market fails to take out a new high, it has an objective to make a new low. This is why price-time charts go up and down, as it does this on a second-by-second, minute-by-minute, day-by-day, and even century-by-century basis.

Therefore, market indices will always return to some type of bull market as, once a true low is formed, the market will have a price objective to take out a new high outside of its given range – which is an all-time high. Instruments can only functionally fall to zero, whereas they can grow infinitely.

Markets and instruments rise slower than they correct, however they rise much more than they fall. In the same vein, instruments can only fall to having no worth, whereas they could theoretically grow infinitely and have continued growth over time. Money in a fiat system is illusory. It is a fundamentally synthetic instrument which has no intrinsic value. Hence, the recent seemingly illogical fluctuations in the market.

c. Is Capitalism Compatible with Islam?

Capitalism is born out of a form of Protestant Christianity wherein the physical incarnation of God on this earth, traditionally Jesus, was replaced with money. In a capitalist system, the greatest good is to produce wealth, and the greatest evil is to be impoverished. “Titans of industry” are celebrated while those who are crushed under the weight of the system are spurned.

Since work is understood as the primary form of worship to this idol, the capitalist system encourages working as much as possible, as often as possible, to create as much money as possible – irrespective of actual needs. Elon Musk, briefly the richest man in the world, works so much that:

With Tesla’s Model 3 production behind, Elon Musk is so busy he doesn’t even have time to go home and shower. And he’s sleeping on the floor of the factory.

In the same way that, ideally, the Muslim seeks to dedicate as much time and effort serving Allah, the worker in the capitalist system ideally seeks to dedicate as much time as possible producing wealth.

The French philosopher and Christian anarchist Jacques Ellul writes,

The bourgeois morality was and is primarily a morality of work and of metier. Work purifies, ennobles; it is a virtue and a remedy. Work is the only thing that makes life worthwhile; it replaces God and the life of the spirit. More precisely, it identifies God with work: success becomes a blessing. God expresses his satisfaction by distributing money to those who have worked well. Before this first of all virtues, the others fade into obscurity. If laziness was the mother of all the vices, work was the father of all the virtues. This attitude was carried so far that bourgeois civilization neglected every virtue but work.

Nothing belongs any longer to the realm of the gods or the supernatural. The individual who lives in the technical milieu knows very well that there is nothing spiritual anywhere. But man cannot live without the sacred. He therefore transfers his sense of the sacred to the very thing which has destroyed its former object: to technique itself. In the world in which we live, technique has become the essential mystery, taking widely diverse forms according to place and race. Those who have preserved some of the notions of magic both admire and fear technique. [The Technological Society]

We worship Allah because we owe Him for everything and He deserves worship. Yet, capitalism worships something else. Italian sociologist Maurizio Lazzarato writes:

We are no longer the inheritors of original sin but rather of the debt of preceding generations. “Indebted man” is subject to a creditor-debtor power relation accompanying him throughout his life, from birth to death. If in times past we were indebted to the community, to the gods, to our ancestors, we are henceforth indebted to the “god” Capital. [The Making of the Indebted Man: An Essay on the Neoliberal Condition]

Not only is the fundamental measurable unit of success in capitalism, the dollar, tied to riba in an integral fashion, but the point of gaining these units is to worship the idol of capital. In Islam, we gain ajr [good deeds] for the purpose of drawing closer to the One True God, Allah.

What is the result of worshiping other than Allah? What has capitalism produced? Former mathematics professor turned anarchist philosopher and domestic terrorist, Theodore Kaczynski, explains in his work:

“…but they have destabilized society, have made life unfulfilling, have subjected human beings to indignities, have led to widespread psychological suffering (in the Third World to physical suffering as well) and have inflicted severe damage on the natural world. The continued development of technology will worsen the situation. It will certainly subject human beings to greater indignities and inflict greater damage on the natural world, it will probably lead to greater social disruption and psychological suffering, and it may lead to increased physical suffering even in “advanced” countries.” [Technological Slavery]

d. Is there such as thing as “Islamic Economics”?

Islam has a fully-fledged economic system which is compatible with the modern world. It is superior to any other economic system mankind has ever produced. Islam’s economic system balances material and economic success with taking care of the needy. In Islamic economics, the goal is to provide quality of life for all people, meaningful work, while allowing the primary focus to remain on worshiping Allah. A perfect balance is struck between material comfort and mankind’s other needs.

Interest is abolished and mandatory charity is taken from Muslims (zakah). It is also possible to create an Islamic commercial banking structure. Currency would be based on bullion (precious metals). Imam Abu Zayd b. Khaldun, a great scholar of Islam and the founder of several sciences such as sociology, wrote,

ثم إن الله تعالى خلق الحجرين المعدنيين من الذهب و الفضة قيمة لكل متمول، و هما الذخيرة و القنية لأهل العالم في الغالب. و إن اقتنى سواهما في بعض الأحيان فإنما هو لقصد تحصيلهما بما يقع في غيرهما من حوالة الأسواق التي هما عنها بمعزل فهما أصل المكاسب و القنية و الذخيرة.

Then, surely Allah – Exalted – created the two precious stones from gold and silver. They are the measure for all capital. They are the preferred [basis] of treasure and property among those who have knowledge. [That is the case] even if something else suffices in their stead sometimes, from what happens besides them in marketplace transactions which are subject to fluctuations, as they are utilized for the purpose of obtaining those two.  They are the root of profit, property, and treasure. [Muqadimma by Abu Zayd b. Khaldun]

Islamic economics has a long and robust history which may be researched elsewhere.

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5. What Kind of Financial Instruments or Transactions Are Prohibited?

Keeping in mind the qawa’id of fiqh: all worldly matters (with some important exceptions) are permissible until explicitly proven haram (الأصل في الأشياء الإباحة) and difficulty demands ease (المشقة تجب التيسير), then the default of all financial instruments and transactions is that they are either mubah or better (up to fard). If a specific proof from the Qur’an or Sunnah prohibits them, they contradict a qa’idah of fiqh, or a maqsad shar’i – only then will that default ruling change.

a. Interest and Usury

Interest is the process of reaping profit on a loan. Money or assets are given by a creditor to be borrowed by a debtor for a period of time, with the stipulation that more is returned. This can be in installments or all at once. This is known as riba.

i. The Prohibition of Riba

Riba is not only expressly prohibited in the Qur’an and Sunnah, it is deemed as a major sin (kabira). Allah تعالى says about riba:

الَّذينَ يَأكُلونَ الرِّبا لا يَقومونَ إِلّا كَما يَقومُ الَّذي يَتَخَبَّطُهُ الشَّيطانُ مِنَ المَسِّ ۚ ذٰلِكَ بِأَنَّهُم قالوا إِنَّمَا البَيعُ مِثلُ الرِّبا ۗ وَأَحَلَّ اللَّهُ البَيعَ وَحَرَّمَ الرِّبا ۚ فَمَن جاءَهُ مَوعِظَةٌ مِن رَبِّهِ فَانتَهىٰ فَلَهُ ما سَلَفَ وَأَمرُهُ إِلَى اللَّهِ ۖ وَمَن عادَ فَأُولٰئِكَ أَصحابُ النّارِ ۖ هُم فيها خالِدونَ

Those who practice usury will not rise from the grave except as someone driven mad by Shaytan’s touch. That is because they say, ‘Trade is the same as usury.’ But Allah has permitted trade and He has forbidden usury. Whoever is given a warning by his Lord and then desists, may keep what he received in the past and his affair is Allah’s concern. But all who return to it will be the Companions of the Fire, remaining in it timelessly, for ever.

[Surah al-Baqarah, The Heifer (2):275]

Allah continues:

يا أَيُّهَا الَّذينَ آمَنُوا اتَّقُوا اللَّهَ وَذَروا ما بَقِيَ مِنَ الرِّبا إِن كُنتُم مُؤمِنينَ

You who have iman! have taqwa of Allah and forgo any remaining usury if you are believers.

فَإِن لَم تَفعَلوا فَأذَنوا بِحَربٍ مِنَ اللَّهِ وَرَسولِهِ ۖ وَإِن تُبتُم فَلَكُم رُءوسُ أَموالِكُم لا تَظلِمونَ وَلا تُظلَمونَ

If you do not, know that it means war from Allah and His Messenger. But if you make tawba you may have your capital, without wronging and without being wronged.

[Surah al-Baqarah, The Heifer (2):278, 279]

Riba is war upon Allah and His Messenger ﷺ, a war which no person can ever survive without losing their eternity. It must be avoided by the believers at all costs. All partners were cursed on the tongue of the noble Prophet Muhammad ﷺ:

Narrated Jabir – may Allah be pleased with him,

Allah’s Messenger (ﷺ) cursed the one who accepts usury, the one who gives it, the one who records it and the two witnesses to it, saying, “They are all the same.” [Sahih al-Imam Muslim, 1598]

عَنْ جَابِرٍ ‏- رضى الله عنه ‏- قَالَ: { لَعَنَ رَسُولُ اَللَّهِ ‏- صلى الله عليه وسلم ‏-آكِلَ اَلرِّبَا, وَمُوكِلَهُ, وَكَاتِبَهُ, وَشَاهِدَيْهِ, وَقَالَ: ” هُمْ سَوَاءٌ ” } رَوَاهُ مُسْلِمٌ 1‏ .‏

Trade is different than riba in that it is a mutual exchange of different types of goods or services, not the same kind. It becomes riba only when the same item is traded at different quantities. Some kinds of riba are:

  • Riba al-qurud
  • Riba al-buyu’
  • Riba al-fadl
  • Riba al-nasa

Discussing the various kinds of riba is beyond the scope of this research.

ii. Entropy

Entropy is a scientific concept and measurable property of all physical systems. The rules of entropy indicate that systems move from a state of order to disorder. This occurs on small levels and larger ones. In order for a system to be moved from disorder to greater order, it requires a greater amount of disorder to occur within a larger system or an equal one.

Entropy is observed all around us. Vegetables expiring are undergoing entropy. People becoming old and dying experience entropy. Buildings which are not taken care of become dilapidated. A teenager’s room which is not tidied up becomes messy. The environment is experiencing constant decay. Some scientists believe that the universe itself will experience a final entropic state called “heat death.”

Entropy is highly relevant to the discussion of riba. Riba assumes that a person can borrow ten dollars ($10), utilize that $10 to create greater order, then be able to return eleven dollars ($11) – either breaking even or profiting. To highlight how irrational this is, an example taken from Tarek Diwany’s “The Problem with Interest” is given:

Imagine a person borrows three loaves of bread. If he is expected to return them in a week, then those loaves become moldy, or are needed for food, and depreciate in value. It is possible for him to preserve them, but then there would be no purpose to the loan, or to consume them and produce three more loaves. However, if he is expected to produce four loaves in return, then that means not only must his original three loaves not depreciate in value, by mold or otherwise, but they must somehow give birth to a fourth loaf. If the interest is compounded, then even this baby fourth loaf will be required to produce another loaf of bread.

As ridiculous as this sounds, the entire global capitalist system is based on a similar concept. Since riba involves entropy, it opposes Allah’s natural physical order which He created the world in. As such, it causes wide-scale economic disaster and the modern capitalist system can only exist by creating great amounts of entropy in our world: through war, subjugation, unjust slavery, widespread unhappiness, dissolution of the family unit, dehumanization, and environmental disaster.

 iii. Discounting

Discounting is riba working in reverse. In discounting, instead of receiving more money for the same loan or asset over time, the person receives less. A determination is made as to the present value of an asset or loan in the future, and a price is set now. It can be thought of as interest working in reverse, as the creditor or seller gains more by loaning or selling now than in the future.

Discounting is how riba is fundamentally intertwined with modern fiat currencies. It is the primary way in which the money supply increases. Over time, the value of the United States Dollar is intentionally depreciated and discounted so that assets can raise in value with respect to it, also creating more money within the money supply, and raising GDP. This kind of artificial economic “growth” does lead to some real growth, however it also leads to bubbles.

The United States Dollar and all fiat currencies managed by central banks are fundamentally riba instruments. By owning these dollars, a person is engaging in a riba system.

b. Gambling and Uncertainty

The Shari’a also prohibits gambling and transactions involving a great deal of uncertainty. Allah ﷻ says:

يَسأَلونَكَ عَنِ الخَمرِ وَالمَيسِرِ ۖ قُل فيهِما إِثمٌ كَبيرٌ وَمَنافِعُ لِلنّاسِ وَإِثمُهُما أَكبَرُ مِن نَفعِهِما ۗ وَيَسأَلونَكَ ماذا يُنفِقونَ قُلِ العَفوَ ۗ كَذٰلِكَ يُبَيِّنُ اللَّهُ لَكُمُ الآياتِ لَعَلَّكُم تَتَفَكَّرونَ

They will ask you about alcoholic drinks and gambling. Say, ‘There is great wrong in both of them and also certain benefits for mankind. But the wrong in them is greater than the benefit.’ They will ask you what they should give away. Say, ‘Whatever is surplus to your needs.’ In this way Allah makes the Signs clear to you, so that hopefully you will reflect. [Surah al-Baqarah, The Heifer (2):219]

Also:

يا أَيُّهَا الَّذينَ آمَنوا إِنَّمَا الخَمرُ وَالمَيسِرُ وَالأَنصابُ وَالأَزلامُ رِجسٌ مِن عَمَلِ الشَّيطانِ فَاجتَنِبوهُ لَعَلَّكُم تُفلِحونَ

You who have iman! wine and gambling, stone altars and divining arrows are filth from the handiwork of Shaytan. Avoid them completely so that hopefully you will be successful.

إِنَّما يُريدُ الشَّيطانُ أَن يوقِعَ بَينَكُمُ العَداوَةَ وَالبَغضاءَ فِي الخَمرِ وَالمَيسِرِ وَيَصُدَّكُم عَن ذِكرِ اللَّهِ وَعَنِ الصَّلاةِ ۖ فَهَل أَنتُم مُنتَهونَ

Shaytan wants to stir up enmity and hatred between you by means of wine and gambling, and to debar you from remembrance of Allah and from salat. Will you not then give them up? [Surah al-Ma’idah, The Tablespread (5):90-91]

Gambling is known as maysar. Uncertainty is known as gharar. Any kind of short-term investing strategy can have aspects of either or both, whereas long-term investing strategies can avoid both if done correctly. If the underlying value of the asset is important and the investor invests based on knowledge, not speculation, then they can remove maysar and gharar.

i. Maysar

Much of modern financial markets would be deemed gambling (maysar). It is not absolutely necessary to gamble in order to own assets in a capitalist system, however it must be consciously avoided.

Maysar has three components:

  1. Playing with money or assets in order to win money or assets;
  2. Risking money or assets due to randomness, and;
  3. Lack of control or ability to create an objective advantage.

If all players or investors stand an equal chance of loss, or you do not control the risk or loss probability, then this is gambling.

This occurs with stocks, even if the underlying business is not engaged in any haram activity, as many stocks do not have positive cash-flow or revenues. They have increasing debt. If there is no underlying value to the asset and a person simply speculates that it will increase in value, this would technically meet the criteria of gambling.

iii. Gharar

Gharar is uncertainty in transactions. When a person is unsure what they are buying, whether they will receive the product, or similar levels of doubt as to the deal – then it becomes haram to engage in it.

c. Permissible Risks in Economics and Finance

Not all risks in finance are haram. If a person avoids riba, maysar, and gharar, then, so long as there is nothing else intrinsically prohibited about the transaction, they may engage in it. All business and trade contains the possibility of loss or failure. This can be hedged by a variety of strategies, however the maqsad of the shari’a is hifzh al-mal, and a person should be prudent. Allah commands:

وَلا تُؤتُوا السُّفَهاءَ أَموالَكُمُ الَّتي جَعَلَ اللَّهُ لَكُم قِيامًا وَارزُقوهُم فيها وَاكسوهُم وَقولوا لَهُم قَولًا مَعروفًا

Do not give the simple-minded your property for which Allah has made you responsible, but provide for them and clothe them out of it, and speak to them correctly and courteously. [Surah al-Nisa, Women (4):5]

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6. What is Currency?

A currency is a medium of exchange. There is no strict Islamic definition as to what constitutes a currency or does not.

In a fiat system, money is an illusory and a fundamentally synthetic instrument with no intrinsic value – similar to Bitcoin. The primary difference between Bitcoin is the underlying technology which provides a slew of benefits that fiat does not. Fiat, however, has an advantage in being able to have the support of powerful nation-states which can use their might to ensure the currency’s value.

a. History of Currencies

In southern Iraq, the civilization of Babylon was situated between the Tigris and Euphrates rivers. Such river valleys are known as “cradles of civilization,” as they provide fertile soil and irrigation that supports surplus farming. With a surplus of produce or staple food, which have intrinsic value, items began to be traded. This created a “barter economy.”

However, staple foods or other produce are highly limited. Individual food items are not highly valuable, so massive quantities are required in order to purchase things which are expensive. Portability and delivery costs become problematic. Furthermore, food items expire relatively quickly.

Without a standard of measure, individual items could be accepted by one vendor and not another. Or they could be accepted at different rates. The economy becomes highly obtuse and obfuscated. It is highly impractical to keep various kinds of food on hand.

Allah سبحانه provided us with a solution:

زُيِّنَ لِلنّاسِ حُبُّ الشَّهَواتِ مِنَ النِّساءِ وَالبَنينَ وَالقَناطيرِ المُقَنطَرَةِ مِنَ الذَّهَبِ وَالفِضَّةِ وَالخَيلِ المُسَوَّمَةِ وَالأَنعامِ وَالحَرثِ ۗ ذٰلِكَ مَتاعُ الحَياةِ الدُّنيا ۖ وَاللَّهُ عِندَهُ حُسنُ المَآبِ

To mankind the love of worldly appetites is glowingly beautified: women and children, and heaped-up mounds of gold and silver, and horses with fine markings, and livestock and fertile farmland. All that is merely the enjoyment of the life of this wotld. The best homecoming is in the presence of Allah. [Surah Al ‘Imran, ‘Imran’s House (3):14]

Even in Paradise, Muslims are promised gold. Gold and silver have the ideal qualities to suffice man’s need for a stable medium of exchange. They can be transformed into inherently functional tools, do not expire, are naturally desirable, naturally occurring, limited by definition – they solve the problems of the barter system.

In Egypt, gold and silver were standardized into currency. In fact, the Prophet Yusuf عليه السلام was sold into slavery at the price of a few silver coins. The kingdoms of China, Lydia, Athens, Rome, and Persia adopted this medium of exchange. In Persia, the drachma was coined.

During the Madinan period, RasulAllah ﷺ established a state which provides a model for all of mankind in all aspects (Din). The Madinan state included bartering, but also utilized the Roman gold dinar, Persian dirham, and Persian copper fals.

The civilization of Islam spread across the globe, from East to West. With the spread of Islam and khilafah, came the spread of bullion currency. In 77 AH, caliph ‘Abd al-Malik b. Marwan minted the first Islamic dinar. He also instituted a system of weighing coins to ensure that they were not fraudulently shaved down.

In non-Muslim Europe, currency exchangers would charge a fee to exchange bullion coins from one kingdom’s currency to another. They also began earning interest on loans. The banks would earn profit from their customer’s money, which they did not own. From here, modern banking was born.

Fractional reserve banking was created in these banks. When Europeans deposited their gold in banks, they would receive promissory notes – notes that promise to return a certain number of gold coins upon receipt. The wealth was in the coins, but not the notes. However, these receipts began being utilized as payment themselves, with the promise of coins at will from the bank.

The first modern bank was the Reserve Bank of England. However, the English government required that promissory notes be utilized and officialized them. This model was copied around Europe and eventually the United States, where the Federal Reserve, a private corporation with a monopoly on printing promissory notes (dollar bills) was created.

Gold receipts eventually transformed into bank checks. Instead of handing out coins, these checks would dole out promissory notes. However, these bank checks were still theoretically redeemable for gold. These bank checks became fiat currency.

During World War I, European nations could no longer fund their armies with gold. They divorced their notes from gold in order to print more of them and supply their armies. This caused unbelievable inflation, especially in losing nations, such as Germany cum Weimar Republic.

In 1933, the United States government forcibly collected “all gold coin, gold bullion, and gold certificates” owed to the public by the Federal Reserve. The new dollar was not redeemable for gold, but only other reserve notes. Gold and silver were removed as a medium of exchange, and instead a piece of paper with no inherent value was instituted.

After World War II, the United States had collected a sizable portion of the world’s gold reserves by selling munitions for it. in 1940, they organized the Bretton Woods convention. In this convention, only the United States dollar was redeemable for gold, and only by foreign nations. Therefore, nations had to sell their gold to get United States dollars. The Federal Reserve became the bank for all other international banks, and the standard which all banks needed to do trade.

After witnessing the mass printing of dollars during the Vietnam war, other nations began ringing the alarm bells and withdrawing gold for dollars en masse. Nixon annulled Bretton Woods and cancelled gold redemption. The dollar was totally divorced from gold. This paved the way for Modern Monetary Theory.

Digital dollars are now allowed to be created from thin air as bank credits. Not even paper dollars are backing many of these virtual numbers upon which the entire international economy is based. Due to this, debt is always greater than the money in the money supply. The amount owed is always greater than the amount of money created. Hence, periodic bubbles destroy this imaginary wealth.

In 1960, the Organization of the Petroleum Exporting Countries (OPEC) was created. The United States utilized its pressure on Saudi Arabia, a major member of OPEC, to ensure that petroleum oil would only be sold with United States dollars. Therefore, the United States dollar become theoretically backed by wealth stolen from Muslims by oppressive governments.

b. Islam and Money

The fuqaha have different views on what constitutes money. Some of them mention three conditions: monetary value, shar’i value, and private value.

c. Monetary Value

Monetary value is known as thamaniyya. A currency must:

  • Have a standard of value
  • Be utilized to measure things against

A currency must have thamaniyya in order to properly value assets against a standard. Otherwise, another benchmark will be utilized, and the item in question is no longer a medium of exchange.

For thamaniyya to occur, it has to have some degree and acceptance. Gharar and severe volatility undermine thamaniyya.

d. Shar’i Value

For a currency to be valid, it has to have value according to the shari’a. In the shar’ia something is valuable if it is halal to deal in and is considered to be wealth (mal).

e. Private Value

Private value is known as mal. Mal is something which is acquired and possessed. It must be able to either have immediate utility or be able to be stored and considered to have worth in some meaningful fashion.

f. Permissibility of Fiat Currency

It should be clear due to the preceding discussions regarding the discounting inherent in fiat that they are not permissible as a hukm (theoretical ruling). Fiat has no thamaniyya nor shar’i value. However, due to ‘Umum al-Balwa (ubiquituousness of an affliction), they may be utilized. There is no way to realistically escape fiat in the modern world yet. That does not mean that Muslims should not seek alternatives. However, considering the impermissibility of fiat and its incapability of meeting the definition of a valid shari’i currency, it leads sound-minded Muslims to begin pursuing other alternatives.

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7. What is the Blockchain?

Most cryptocurrencies, including Bitcoin, are based on a distributed databases. A database is simply an electronic collection of organized data. Data are collected facts. Databases organize data for the purpose of extracting meaningful information.

The databases which cryptocurrencies are based on are known as “blockchains.” Blockchains are essentially decentralized virtual ledger books, replete with pages known as “blocks.” Each page in a ledger is composed of paragraph entries, which are the actual transactions in the block.

Blockchains store information in the form of numerical transactions, which are just numbers. We can consider these numbers digital assets, such as Bitcoin. The data in a blockchain is immutable and recorded only by consensus-based algorithms. Bitcoin is cryptographic and all transactions are direct, without intermediary, peer-to-peer.

a. Blocks

Blocks are the smallest unit of a blockchain, containing transactions. A block is the page in the ledger. Blocks are virtually created by a list of transactions, a signature validating the page, and a number produced by algorithms (known as a nonce) of previous blocks by miner nodes.

A miner is a computer that processes cryptocurrency transactions. They make sure all of the transactions recorded are valid, write them to the blocks, and keep copies of the entire blockchain. In reward for this, they are given some of the cryptocurrency.

b. Proof Algorithms

Proof algorithms are computer formulas which are used to validate a block. A proof verifies that every transaction on a block is legitimate, so that the block can be finished, and a new block started. There are about twenty different proof algorithms.

c. Blockchain Security

The blockchain provides numerous benefits for online transactions. It has many features which make it incredibly secure. Since the database is decentralized, blockchains have no single point of attack. The cryptocurrency owner or blockchain user has no need to trust a company, government, or individual. The trust is place in encryption and cryptography, which are computer security measures.

Blockchains are open-source and can be audited at any time. The records are totally transparent, while simultaneously maintaining confidentiality as each wallet has a randomly generated address – protecting the “right to be forgotten.” Decision making is done as a collective. It is impossible for fraud to occur or a block to be deleted. It is highly sustainable and accessible.

e. Blockchain Ecosystems

The blockchain is public. Anyone can read and write to it utilizing the proper software without needing authorization. This is acceptable because it has complex rulesets for security and integrity, including a consensus algorithm for transaction confirmation. Ownership is distributed.

Since it is computationally difficult and expensive to mine or add a block, miners are rewarded. Since miners increase blockchain integrity, they are incentivized by being given crypto as a reward for dedicating their computer power. Not all blockchains have miners, but Bitcoin does.

Cryptocurrencies are traded on exchanges, which are companies that either own a large amount of cryptocurrency and sell it or allow people to list their crypto for sale.

Additionally, some blockchains allow for smart contracts and decentralized applications.

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8. What is Cryptocurrency?

There are around ten-thousand (10,000) cryptocurrencies now. As such, this discussion will focus on the first and most popular: Bitcoin.

Bitcoin was created in 2008 by a now famous mysterious figure known as Satoshi Nakamoto and its open source code was released in 2009. It was the first decentralized cryptocurrency to utilize a novel protocol known as the blockchain. Up to one megabyte of data may be sent with each transaction. It is decentralized, anonymous, transparent, easy to set-up, and provides myriad other benefits. Bitcoin is not backed up by anything other than its own technology.

If the dollar is the currency of the United States and the yen the currency of Japan, Bitcoin is the currency of the internet.

a. Differences with Other Technologies

Bitcoin can never be expected to collapse as a framework, even were it to become worthless. The stock market has the potential to collapse in its entirety, whereas, as long as the internet exists, Bitcoin will be a functional system with a self-authenticating framework. That capacity to persist regardless of the actual price of Bitcoin and the deflationary nature of Bitcoin means that it has something which fiat does not – inherent value.

i. Decentralized Apps and Contracts

Decentralized apps or smart contracts are applications which do not require users to depend on developers by providing them with personal information or funds. A contract is a program that exists within a blockchain network, with its own value, memory, and code. When a transaction is sent through a contract, it executes its code dependent on its memory and can facilitate other transactions, along with working with other contracts. This places the dependence of the user on the developer into a new decentralized realm. These contacts are maintained by the blockchain network, without any individual having total ownership.

These kinds of financial applications empower users by allowing them to enter into contracts at will, with whatever conditions they agree upon, giving them freedom with their capital. Hedging contracts, savings accounts, wills, and employment contracts all fall under this domain. Many kinds of capital and non-capital goods, such as services, can be traded on such a platform – including totally decentralized marketplaces.

Non-monetary applications involve things like voting and other means of bartering or exchanging information. A decentralized data feed is also possible, through use of giving a certain number of individuals a token, and requesting they spend it in a shared contract. Each individual given a token will be incentivized to tell the truth to be a part of the larger token pool, compromised of people who convey the data as correctly as possible and sent their tokens there. Token systems can be used through sub-currencies that represent assets such as gold, the Yen, company stock, or ballots. These systems are easy to apply to currency like Ethereum as it is geared toward them; the logic must simply be implanted into a contract.

More complex contracts require third-party data separate from the blockchain, such as a Bitcoin to USD exchange rate. Blockchains such as Ethereum simply accept this third-party data. It considers a system of moving data from one trusted source to a certain number of semi-trusted sources to be distributed along the Ethereum network. Having semi-trusted oracles, with a reputation system for verifying contracts, of which multiple are required before a contract is completed and the transaction executed, would eliminate the need for trust by removing fear of a single oracle stealing funds. However, a universal contract language must be created for these oracles.

Islamic contracts are possible on these blockchains and would be executed without government oversight. Some of the kinds of possible contracts include:

  • Contracts of Exchange (murabaha, bay’ al-salam, ijara, istisna);
  • Contracts of Charity (Qard hasan, hiba, waqf);
  • Contracts of Investment (Mudarabah, musharakah), and;
  • Miscellaneous contracts (Rahn, daman, wadia)

b. Benefits of Bitcoin

Bitcoin does not require trust in a central bank. It requires trust in the technology behind it, which is open source and may be evaluated by anyone at any time. Furthermore, it is impossible to manipulate as doing so would require all of the nodes in the network to be hacked at once – unlike the stock market which is manipulated by the government and “Market Makers”. Bitcoin is also private in that, though the ledger is openly distributed, it is encrypted. Bitcoin’s blockchain has one of the greatest redundancy and information disaster recovery systems ever developed.

Bitcoin has a distributed governance model in that it is controlled by its users. There is no need to trust a payment processor or bank, or even to pay fees to such entities. There are also no third-party fees for transaction processing. As the ledger is immutable and transparent it is never possible to change it – the data on the blockchain is permanent. The system is not easily susceptible to attacks as it is widely distributed. Furthermore, as users of Bitcoin have their private keys assigned to their transactions, they are virtually impossible to fake. No lengthy verification, reconciliation, nor clearing process exists with Bitcoin.

Bitcoin is based on a proof-of-work algorithm. Every transaction on the network has an associated mathematical “puzzle.” Computers known as miners compete to solve the complex cryptographic hash algorithm that comprises that puzzle. The solution is proof that the miner engaged in sufficient work. The puzzle is known as a nonce, a number used only once. There is only one major nonce at a time and it issues 12.5 Bitcoin. Once it is solved, the fact that the nonce has been solved is made public.

A block is mined on average of once every ten minutes. However, the blockchain checks every 2,016,000 minutes (approximately four years) if 201,600 blocks were mined. If it was faster, it increases difficulty by half, thereby deflating Bitcoin. If it was slower, it decreases, thereby inflating Bitcoin. It will continue to do this until zero Bitcoin are issued, projected at the year 2140. On the twelfth of May, 2020, the blockchain will halve the amount of Bitcoin issued when each nonce is guessed. When Bitcoin was first created, fifty were issued per block as a reward to miners. 6.25 BTC will be issued from that point on once each nonce is solved.

Unlike fiat, Bitcoin is a deflationary currency. As BTC becomes scarcer, demand for it will increase, also raising the price. In this, BTC is similar to gold. It is predictable in its output, unlike the USD, as it is based on a programmed supply. We can predict BTC’s deflation and inflation almost exactly, if not exactly. Only 21 million BTC will ever be produced, unless the entire network concedes to change the protocol – which is highly unlikely.

c. Detriments to Bitcoin

Some of the drawbacks to BTC include congestion. At peak congestion, it may take an entire day to process a Bitcoin transaction as only three to five transactions may be processed per second. Receiving priority on a payment may cost up to the equivalent of twenty dollars ($20). Bitcoin mining consumes enough energy in one day to power a single-family home for an entire week.

Bitcoin has no tangible value outside of the advantages its technology provides. This could be considered a detriment. However many kinds of software are only valuable insofar as they provide a virtual service or advantage.

Bitcoin’s volatility is often used as a reason to deride it. However volatility in-and-of itself is not a value determination. Some argue that since Bitcoin is not backed by a government, that it is unstable. However, such an objection betrays deep ignorance about the purpose and philosophy behind Bitcoin.

One of the most specious arguments against Bitcoin is that it is used by criminals to conduct nefarious transactions. The problem with this argument is that it ignores that the primary currency in which most criminal activity is conducted throughout the world is the United States Dollar.

The question as to whether cryptocurrencies are even currencies or just investment vehicles, or neither, is another vector of critique. Currencies must be store of short- or long-term value, a hedge against inflation, a safe haven for investments, a tail protection against market crashes, or provide some other vehicle to act as an exchange of wealth. The original Bitcoin whitepaper describes its purpose as:

A purely peer-to-peer version of electronic cash would allow online payments to be sent directly from one party to another without going through a financial institution. [“Bitcoin: A Peer-to-Peer Electronic Cash System“]

Bitcoin has proven itself to hold some value (not drop to zero), hedge against inflation, increase in value in terms of investments, and provide relative stability against market crashes.

d. What Problems Does Cryptocurrency seek to solve?

Cryptocurrencies and the blockchain were initially created to solve several issues. Some of these include: arbitrary interest-based inflation, centralization, lack of privacy, transaction fees, and government control.

i. Inflation, Decentralization, and Encryption

Inflation is a currency’s decline in purchasing power. In fractional-reserve systems, deflation is disastrous for central banks and fiat-based markets. Deflation raises the possibility of an overall market with price objectives of worthlessness. Therefore, under a fractional reserve system with a fiat currency managed by a central bank – the goal of the central bank is to depreciate the currency. The dollar is manipulated constantly with the intention of depreciating its value. As such, central banks must continue to inflate the economy.

Central banks tend to inflate fiat values no more than ten percent (10%) yearly. This allows public to adjust to prices and believe that the economy is growing. In doing so, Capitalism’s promise is fulfilled. Money is created, GDP rises, and the idol of the dollar is kept afloat.

The Federal Reserve intends to regularly inflate the United States Dollar (USD) so that the market can continue to all-time highs. When recessions or depressions occur, then the amount of inflation matters little as there is always the potential to totally crash the US economy. The only way to save such a market from going to zero or negative values is to inflate it so much that it cannot possibly crash that low. Even if the market does not dip that low, inflation serves the interest of powerful people.

When the Federal Reserve causes so much inflation, it leads to serious consternation at their release of ridiculous amounts of money in an attempt to buoy the economy. At face value, it does not seem to have any rationale or logic behind it other than keeping the economy afloat long enough for individuals to profit financially and politically. However, there is an underlying basis to this strategy.

Central banks have a goal of continued inflated fiat values. They tend to ordinarily contain it at less than ten percent (10%) per annum in order for the psyche of the general populace to slowly adjust to price increases. As such, the markets are divorced from any other logic. Economic policy is the maintenance of human egos, not catering to fundamental analysis. Gross Domestic Product (GDP) growth is well-known not to be a measure of actual growth or output. It is a measure of increase in dollars processed. Banks seek to produce raising numbers which make society feel like it is growing economically, making people optimistic. To do so, the currency is inflated, though inflation itself does not actually increase growth. When society is optimistic, it spends and engages in business – resulting in actual growth. It also encourages people to take on credit and debts, creating more fictional fiat.

Inflation is necessary for markets to continue to reach new heights, generating positive emotional responses from the populace, encouraging spending, encouraging debt intake, further inflating the currency, and increasing the sale of government bonds. The fiat system only survives by generating more imaginary money on a regular basis.

Bitcoin seeks to solve this problem. All investors and asset holders always stand to profit from the market so long as it is managed by a central bank and does not collapse entirely. If those elements are filled, it has an unending price objective to raise to new heights.

Bitcoin is a currency or asset. However, the blockchain is an entire alternative market. Like traditional markets, it also undergoes a constant price-probing process. Unlike traditional markets, Bitcoin has the exact opposite goal. Bitcoin seeks to appreciate in value and not depreciate. This has a quite different affect in that Bitcoin could potentially become worthless and have a price objective of zero.

Since Bitcoin is not centralized, it cannot be directly controlled nor taxed. Individuals who own Bitcoin own it outright.

Bitcoin is encrypted which provides possible total anonymity.

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9. Is Bitcoin Halal?

Every argument made against Bitcoin’s Islamic acceptability can be applied to many other financial instruments and fiat currencies. Furthermore, Bitcoin has characteristics and features which make it more in-line with Islamic values than major components of the current international financial order, such as the USD.

Bitcoin meets the Islamic conditions of a currency: thamaniyya, shar’iyya, and maliyya. Though some arguments may be leveled against its volatility and lack of widespread acceptance, overall, it meets the broad strokes.

In order for Bitcoin to be haram, it would have had to contradict one of the maqasid al-shari’a, qawa’id fiqhiyya, or have a specific text of Qur’an and Sunnah to prohibit it. Since none of these is the case, it falls under the general permissibility of all financial transactions. The onus of proof becomes upon those scholars that deem it haram to prove otherwise in a decisive fashion.

a. Scholarly Views

Generally speaking, there are three views as to Bitcoin’s permissibility: haram, halal, and tawaqquf (unsure). Various scholars and their views on the topic are listed below.

Haram:

Halal:

Other:

b. Are all cryptocurrencies halal?

Each cryptocurrency requires its own independent analysis and research. To evaluate each of the ten-thousand (10,000) cryptocurrencies is beyond the scope of this article. However, this article has given the reader the tools in order to competently make their own decision and resources for further research.

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10. Conclusion

This article sought out to frame the question of Bitcoin and cryptocurrencies in light of the Shari’a. It did so by first contextualizing the broad strokes of the Shari’a and providing general fiqh principles upon which the issue would be adjudicated. Once the proper background was established, the question was investigated not only from the lens of Bitcoin, but from a greater economic lens.

The history and features of modern capitalism were examined. The mechanics of fiat currency were investigated. The ideal Islamic approach to economics and currency were highlighted. Then these two were contrasted.

A third element was introduced, which was the purpose of this meditation. Cryptocurrencies offer an alternative to the capitalist world order but were not designed to be Islamic per se. Therefore, they occupy a unique niche which had to be independently investigated. By knowing how Muslims ought to ideally set up an economy how Muslims deal with the current international economic order – then cryptocurrencies could be properly contextualized.

While cryptocurrencies are not a natively Islamic development and were not initially designed to suit the needs of conscientious Muslims, cryptocurrencies offer a degree of flexibility and some intrinsic features which are far superior to capitalism or fiat currency. In fact, unlike capitalism and fiat, nothing about crypto is fundamentally oppositional to Islam.

Cryptocurrencies are a new and burgeoning technology, promising the possibility of a comprehensive economic order which is not dependent on the current international capitalist system. The international capitalist order draws people away from their Creator, causing human misery and environmental disaster. However, people are in need of trade and finance. Until Muslims are able to institute an Islamic economic order, cryptocurrencies offer a wide latitude for halal instruments and systems which allow Muslims to escape the tyranny of the dollar.

Ultimately, each person must strive to engage in things they are certainly comfortable with and avoid what they feel to be doubtful with respect to its permissibility. While a case was made for the permissibility of Bitcoin, each person will be brought before their Creator alone, and asked regarding their intentions. If a person feels that a matter is doubtful or is unsure, then this must be a serious consideration with regards to their personal decision-making.

Notes

  1. The Noble Qur’an
  2. Concordance of the Qur’an by H. Kassis
  3. Maqasid al-Shar’iyya al-Islamiyyah by Al-Kayyani Ahmad Salih
  4. Imam al-Shatibi: Theory of the Higher Objectives and Intents of Islamic Law. Ahmad al-Raysuni
  5. Usul al-Fiqh of the Salaf by W. Al-‘Abbas
  6. Umdat Al-Fiqh Explained: A Commentary on Ibn Qudamah’s The Reliable Manual of Fiqh by Hatem al-Haj
  7. The Evolution of Fiqh: Islamic Law and the Madh-habs by B. Phillips
  8. Maqasid al-Shari’ah by b. Ashur
  9. Studies In Early Hadith Literature by M. M. Azami
  10. Who Are the Blind Followers? by Abu Usama Ayub
  11. The Problem with Interest by T. Diwany
  12. Investopedia.com
  13. I’lam al-Muwaqqi’in ‘an Rabb al-‘Alamin by b. al-Qayyim
  14. The Technological Society by Jacques Ellul
  15. The Muqadimma of ibn Khaldun
  16. The Making of the Indebted Man: An Essay on the Neoliberal Condition by Maurizio Lazzarato
  17. Technological Slavery by Theodore Kaczynszki
  18. The Bitcoin Whitepaper by Satoshi Nakamoto

الحمد لله رب العلمين

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Bit-thereum – The Potential of Bitcoin, Ethereum, and Orisi, Part One

Ethereum – The Next Step in Decentralized Systems?

In order to conduct transactions through a third party, one must assume that the centralized means through which the transaction is conducted is secure. When one wants to send a picture through Google Drive, the assumption is that the centralized means, Drive, is valid. However, many times this assumption has proven to be false, or inconsistent, exemplified by situations such as the Mt. Gox incident .

The alternative, systems without any required trust, has previously been difficult, both conceptually, and in application. Ethereum, a “Crypto 2.0″ system (or 3.0, some might argue), is a cross between a programming language and a platform. Being completely open protocol, it allows developers to develop in languages that they are likely familiar with. The goal is to allow any developer to create applications using Ether, which is used as an exchange token on a decentralized network. Ethereum is thereby used to decentralize, and barter, any item, from domain names, to allowing for crowd funding, to trading contacts similar to OpenBazaar, to being used as a democratic voting platform. It should even be possible for completely new digital currencies to be created within the Ethereum network.

Ethereum based applications do not require users to depend on developers by providing them with personal information or funds. A contract is a program that exists within the Ethereum network, with its’ own ether value, memory, and code. When a transaction is sent through a contract, it executes its’code dependent on its memory, and can facilitate other transactions, along with working with other contracts. This places the dependence of the user on the developer into a new decentralized realm. These contacts are maintained by the Ethereum network, without any individual having total ownership. However, re-engineering, through creating a new  proof of work or currency, may prove to be pointless. The complexity of the Ethereum system provides many possible avenues for malicious hackers to disrupt its’ security. This leads to a repetitive security testing phase that could cripple the entire system for years on end.

Ethereum’s Limitless Application Potential

Ethereum currently has three major types of applications: financial, semi-financial, and decentralized governance.

The financial applications empower users by allowing them to enter into completely arbitrary contracts and giving them freedom with their capital. Hedging contracts, savings accounts, wills, and employment contracts fall under this domain. A contract involving a savings account for security may include two partners, partner A can only with draw 1% of funds per day, partner be can only withdraw 1% per day, however, together, they can withdraw any amount. This allows security even if a hacker stole one of their private keys. If one is hacked, then the other partner can move funds to another contract. If one loses their key, the other will eventually be able to withdraw all funds. If a hacker attempts to steal, both partners have one hundred days to notice. One partner can also turn off the others’ ability to withdraw if maliciousness is proven to a third party oracle. Semi-financial involved capital and non-capital goods, such as purchases, or services. Peer-to-peer gambling, such as ‘BetMoose’,and decentralized marketplaces such as OpenBazaarare other possible applications on Ethereum.

Non-monetary applications involve things like voting and other means of bartering or exchanging information. A decentralized data feed is also possible, through use of giving a certain number of individuals a token, and requesting they spend it in a shared contract. Each individual given a token will be incentivized to tell the truth to be a part of the larger token pool, compromised of people who told the data as correctly as possible and sent their tokens there. Token systems can be used through sub-currencies that represent assets such as gold, the Yen, company stock, or ballots. These systems are easy to apply to Ethereum as it is geared toward them; the logic must simply be implanted into a contract.

Of course, as Ethereum contracts are capable of being manipulated in ways only limited by a programmer’s imagination, these areas are by no means the only ways it can be used.  The true capabilities of this system will not be fully realized until it has been stabilized, and the testnet is replaced by a live, fully functioning platform.  At that point, the monetary incentive inherent in digital currencies could bring in hordes of developers looking for ways to design contracts to bring their idea’s to life.  That is, unless Bitcoin can beat them to it…

Ethereum space

Bit-therum – Combining the Bitcoin Price and Power With Ethereum’s Innovative Possibilities

Ethereum’s concept of a contract that has funds, variable code, and multiple states, that are verified by the network with anonymous triggering through transactions, can be fitted to Bitcoin. “Bit-thereum could be constructed atop Bitcoin. If the verification of the network is exchanged by reputable oracles, then this becomes a possibility.

More complex contacts require third party data separate from the blockchain, such as a Bitcoin to USD exchange rate. Ordinary Ethereum simply accepts this third party data. It considers a system of moving data from one trusted source to a certain number of semi-trusted sources to be distributed along the Ethereum network. Having semi-trusted oracles, with a reputation system for verifying contracts, of which multiple are required before a contract is completed and the transaction executed, would eliminate the need for trust by removing fear of a single oracle stealing funds. However, a universal contract language must be created for these oracles.

Since Bitcoin is already global and has a public ledger, merging real world information with Bitcoin would not be too difficult. Yet it presents incredible possibilities, such as colored coin, or Orisi, which will be expanded upon in part II.

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Lex Cryptographia, Bitcoin, and the Revolution of OpenBazaar

OpenBazaar

OpenBazaar is a Dark Market spin-off that is supported by the official Dark Market team, going so far as to allow an OpenBazaar section on their online forums. OpenBazaar has the capacity to utilize Bitcoin and cryptography to become a competitor to the likes of eBay, by enabling pure peer-to-peer transactions without a middle man manipulating the entire scheme for their benefit. This notion immediately flows into the concept of the online auction house.

Ricardian Contracts, a system of exchanging agreed upon amounts of wealth, though not the wealth itself, would be used to facilitate such a progressive system. Its association with Dark Market does mean that OpenBazaar is subject to much of the aura of taboo surrounding such online marketplaces. Marketplaces such as the Silk Road have become infamous for the deepest depravities and oddities available on the internet, even going as far as to taint the entire image of Bitcoin in the eyes of many of the uninitiated.

Ricardian Contracts

Originally created by Ian Grigg and Gary Howland, as an addition to the Ricardo payment model, the Ricardian Contract is a means to translate capital of any sort into a series of agreements, or trade-able contracts. A transfer system moves capital from one account to another, this system must identify the type of capital being exchanged. The potential for thousands of kinds of currency trading, such as couches, Bitcoin, Yen, etc., causes a severe limitation in the online  marketplace.

This begs the question, when a currency is exchanged online, what does the recipient actually receive?

Few transfer systems answer this question fully. The currency being exchanged is defined in terms of fiat currency, usually, and any other problematic elements in terms of exchange are written off in a user agreement. PayPal, for example, requires the United States Dollar to define the worth of it online exchanges. Whereas those trading tungsten online are more dependent on user agreements, as it is not a form of capital as frequently traded or regulated. When bartering, be it Bitcoin or other items, using an external reference is clumsy. This can lead to exchanges being unfair or insecure. With the American dollar, there are multiple forms, whether online, physical dollars, or a dollar being transferred at a later date. These all have different values due to the time it takes to transfer them. Gold is even more fickle, as different exchanges can produce significant alterations in final amounts of seemingly definite wealth. Converting on an online platform between these different forms of capitals, potentially numbering in the thousands, becomes a logistical nightmare.

There is an alternative, however. Instead of having a user agreement, and then a currency, using an online system, the user agreement can BE the currency. By making the contract a universal currency on the platform that has a fixed amount in relation to every other capital, this allows every transaction to be regulated, understood, and made much more fair, by standardizing it for everyone. The confusion in terms of what is being traded is thereby diminished greatly. Bitcoin is an incredible avenue for this system, though every form of capital can benefit from such a system.

How Will OpenBazaar Work?

The seller would opt for an auction style contract. This type of contract would require the product  details, and auction details, of the capital in question to be entered into required sections within a file. The required fields would include, item name, description, minimum sell price, buy now price, expiration date, and a blank field for bidders to enter into the file and add their bidding amount into the contract. Some of these requirements would be optional, such as the buy it now price. As people bid on one item, the contract is updated with that formal agreement, and once the bid ends, it is digitally signed by a third party arbitrator. This is similar to verifying Bitcoin transactions through mining. Once this is complete, a multisignature Bitcoin address for the contract is created for the winning buyer. This process is utterly innovative and could potentially decimate competing online marketplaces.

This project is being done primarily in Python. The architecture of the P2P network means the seller may not constantly be available during her auction contract time limit. Therefore, the online version of the contract may not reflect the latest bid. Therefore, a negotiator node would be set up so that the contract would auto update in the case of a bid. The negotiator node would create their own version of the contract, sign bid contracts, update the changing bid price, and finalize the final bid contract to the seller for the digital signature once the term expires, it would then create the address key. If the seller signs the contract it is sent to a third party arbiter, similar to the concept of a miner for Bitcoin, for the  creation of the multisignature bitcoin address for the winning bidder, so that he can forward funds there. The negotiator node is paid a fee by the seller,  through another multisignature address hosted by another arbitrator. The buyer has control, and if they dislike how the contract was negotiated by the negotiator node, they can refuse to sign the contract and voice a dispute for a refund from the multisignature address.

Open Bazaar Tent

Tentative Nature

The concepts involved with OpenBazaar are not final. Basic infrastructure and creating the fundamental system takes priority over something such as the auction house, the transaction system must first be finalized. However, the auction house is an extremely likely possibility already being considered at an extremely technical level. Other ingenious ideas have been proposed, however, incorporating them proves to be the biggest challenge. Development of the system has proven to be a much more difficult reality than formulating concepts that could potentially innovate industries. Application is harder than planning. The proposal for OpenBazaar describes the specifics of the Ricardian Contract and the auction house in detail, however, this would not be a requirement for users, so as to lower the bar of entry. The complexity of the system would be unneeded information for many users, yet a strong advocate for those that choose to research it.

Insurance

The seller can feel confident that the funds for the contracted item actually exist when the buyer has forwarded the agreed amount of bitcoins to the multisignature Bitcoin address. The seller would then ship the item to the buyers’ address, or complete the exchange in however method. The buyer can also be refunded from the multisignature address if the arbiter is satisfied with his proof that the contracted item did not arrive, or another serious irregularity occurred.

A surety bond is required by the arbiter node by both the seller and the buyer. The surety bond is a significant amount of Bitcoin sent from both the buyer and seller. It is held in a multisignature bitcoin address that will refund the Bitcoin when the contracted transaction is complete. Were a dispute to arise and one party is proven to be intentionally at fault, the surety bond funds are given to the other party as compensation. An accidental fault as opposed to a malicious fault includes shipping companies damaging goods as opposed to intentionally sending a damaged good. The surety bond value is alterable and the entire process is optional. Though, through web reputation, the surety bond system would be less and less important for decorated individuals on the market.

To verify arbitrators, OpemBazaar will have a trusted group of individuals, and this will expand to others based on reputation generated by user ratings. OpenBazaar does not force arbitrators, and early adopters would furnish the first extremely trust worthy group of individuals. Arbitrators are chosen by the buyer and seller based on rating.

 A Potential Revoluton in the Making

Ricardian contracts using Bitcoin multisignature addresses have the potential to support an entire platform for transactions, including an auction house that would rival the likes of eBay. The means by which this would occur are still being created, however, a third party negotiator would, in theory, be a sufficient moderator for the transactions. The team at OpenBazaar needs more developers, and whilst Dark Market has potential, the scale of the project was much larger than the scale of the teams capacity. The OpenBazaar team is asking for assistance and is being very open with their code so that contributions can be made, as well as asking for Bitcoin donations.

The ramifications this market could have through having proven identities, a rating system, a third party node, and usage through Bitcoin addresses would remove any serious potential for scamming. This would create a universal international market through Bitcoin, whilst also removing much of the fees involved with eBay, Amazon, or other online retailers. A cheaper, faster, safer, all inclusive, and potentially extra-legal, marketplace.

Bitcoin has opened the flood gates to a internet culture with more freedom than has even been possible, crossing all boundaries between country and different instruments of currency. However, even more interesting, is the capacity that a platform like OpenBazaar has to create arbitrary legal systems. Since contracts can represent any kind of exchange, the potential that such a system could be used to utilize any formal or informal series of laws is incredibly fascinating. Not only would the marketplace be free from nation state regulations, but entire communities sharing certain common beliefs or desiring certain protections would have avenues to establish those practically without a pre-existing legislative body to rule over them. They could compel themselves to abide by a law, or avoid another, without having to engage politically. This voluntary form of contract arbitration is perhaps the most democratic possibility on an individual level within recent history.

An Innovative Idea, but Not Necessarily a New One

To understand the roots this system has grown from, one must go back hundreds of years to one of the earliest breakthroughs in decentralized trading and contract enforcement, Lex Mercatoria.

Lex Mercatoria

History of Lex Mercatoria

Lex mercatoria was originally a fluid system established by merchants to regulate the marketplace. Despite local variation, it had many staple characteristics that were agreed upon in many locations across Europe. This system rose from the need for a quick, effective, legislative force that was universal. As opposed to being subjected to the changing laws of different lands, merchants could follow a single code tailored to their needs wherever they went. This system bolstered trade in the regions it existed.  The medieval Lex Mercatoria did not originate from any singular legislator, instead consisting of a system of principles that could be adapted or re-adapted, and grew out of the desire of the users. Though there is no definitive understanding of the specifics of ancient Lex Mercatoria, as to whether there was a rigid uniformity or impromptu rulings, whether it applied to all merchants or was manipulated by the more successful, the influence it has had on the global marketplace is clearly evident. This concept could also be reestablished outside of the economic sphere.

Trans-lex

Modern Lex Mercatoria

Though revivalists in the sixties attempted to recreate some form of Lex Mercatoria, widespread adoption has been nonexistent. In order for this system to work, with the intended benefit being the arbitration of rules being left to the user, going through a pre-existing court system or evading economic laws on the ground is a difficulty. The Trans-Lex Principles are an extremely robust series of rules drawn from international law, domestic situations, court cases, and contracts that have been compiled to give those within a Lex Mercatoria system the capacity to refer to any ruling and arbitrate contracts. Each text has a sort of exegesis that highlights its’ practical application, and its’ inter-relation with other TransLex principles. This allows a new Lex Mercatoria to develop. However, this does not solve the issue of the platform by which such a marketplace would exist.

Their website states,

The TransLex-Principles may be used for many purposes, for example as a means:

  1. to determine the applicable rules in a dispute if the parties have chosen “transnational commercial law”, “general principles of law”, “the lex mercatoria” or the like;
  2. to determine the applicable law, if, absent a choice of law by the parties, the arbitrators decide to apply this concept to the dispute before them;
  3. to allow for an autonomous interpretation of and for the filling of internal gaps in international conventions and other uniform law instruments16;
  4. to allow for the “internationally useful” construction of domestic law in international disputes;
  5. to ascertain the disputed meaning of key legal terms of transnational commerce, e.g. “force majeure”, “hardship”, “best efforts”, “time is of the essence”, “FOB”, “CIF” etc.;
  6. to supplement or correct a future European Civil Code in international commercial disputes17;
  7. to provide legal know how about modern commercial law to developing and transition countries;
  8. to provide information about transnational law to other sciences (politics, economics, sociology) which are exploring the clash between the territorial limitations of the law and the transnationalisation of international commerce and trade in an era of globalization.

TransLex intends to continuously update with more rulings and their explanations along with relations to other rulings without pause, so as to create a library capable of allowing any form of nuanced arbitration to develop in a Lex Mercatoria market.

Lex Cryptographia Scales

Lex Cryptographia

This revolution is also applicable to Bitcoin security and cryptography through Lex Cryptographia. A malicious miner might mine a block containing a double spend only to then pay the merchant, and broadcast the block. A malicious miner might purchase Bitcoin with a modified wallet that submits a double spend, they would then mine as much as they had the capacity to before returning the capital. A solution to this is to have honest miners build on such blocks, yet this has the potential for several flaws. Such scams are difficult to locate, automatic notification of scams would make many innocent miners blocks look like scam attempts, and miners who decide not to work on a block may potentially lose their efforts in terms of mining.

Several alterations could potentially solve these issues. By having miners submit double spends of themselves to the service by using an external software, they could detect scam blocks if they see their own double spend. Scam blocks would be redistributed across everyone involved in a chain, thus not wasting the work of the scammer whilst reimbursing other miners and preserving their efforts. This system is functional as long as the majority of the miners are honest. A voting mechanism on choosing blocks would be applied, but not to arbitrary transactions. This way, individuals’ bitcoins would not be stolen, but a miner can refuse to mine a suspicious block. This gives the miner total control over how specifically they make their wealth and can foster a sort of reputation system.

A mining pool could offer this as an optional service that is paid for. They would create an application wherein merchants could submit transactions, and warnings would pop up if the same double signature were to pop up. It could also specify how much mining has been done on a certain block by a scammer. If miners were to offer this, a merchant could choose how much douoble spend protection he’d like that fits his desired income. However, if individuals do not want to operate through mining pools, a large interface spanning all miners could be established. Similar to Lex Mercatoria, this would allow for a fluid marketplace in which one agrees to the set double signature rule, or can choose to ignore it.

Arbitrators would be used to handle all disputes and contract enforcement, and, in essence, provide a voluntary court system to the community. While this isn’t an exact implementation of Lex Cryptographia, and it does not seem that OpenBazaar is currently planning to utilize all of the aspects of the idea, it is possible that the developers are envisioning are expanding upon their current plans, or using this system to provide a ‘proof of concept’ for future systems.

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Dark Wallet Alpha 5 Release

A new version of Dark Wallet, labeled Dark Wallet Alpha 5, has been released, and includes much re-factoring of internal code.  This release introduces BitID integration, ‘Watch-Only pockets’, seed scanning, new controls for history, new pocket types, and a series of bug fixes. BitId login allows for website integration, though desktop wallets can implement it for added protection, and it has the potential to change internet usage as a whole through crypto-identification. Additional pocket types include two of three pockets, allowing users to combine incoming funds amongst two or three users, to confuse onlookers by making it much more difficult to see not only who, but also how many, users were sending the funds. The centralized server situation still allows for potential targeted attacks, but with the P2P infrastructure, and work on personal nodes being supported, several projects for the client side overlay protocols are being investigated. The beta is expected within one or two months, as a conservative estimate, with safety for Bitcoin usage available before that through the new pocket types.

BitId Login Support

BitId proposes an open protocol that allows secure authentication through the use of public key cryptography. It would allow an application to have a specific Bitcoin address that is validated by signing a challenge, thus allowing users to login. It was developed due to frustration that Bitcoin related sites rely on arbitrary identification methods alien to Bitcoin, such as username and password systems. Wallet identification allows for one click registration, one click login, with no need to remember passwords.  Only public Bitcoin addresses are utilized, and return addresses are given to services.  The potential to connect to a decentralized identification system to automatically fill in personal information during sign-ups or form processes is a huge asset, and it should be very interesting to see how this develops. BitId requires logging into websites through signing a Bitcoin message using a user key, thereby eliminating the need for any passwords other than those used for wallet security. A Bitcoin address produced from the website name is provided, and that is then signed, so each key is unique whilst the process of key generation is deterministic. Signing with other cryptographical systems, along with reputation systems, are being investigated to justify initial user trust on a website. This is to protect users from a website owner, or 3rd party, using user keys for malicious purposes.

Watch-Only Pockets

Dark Wallet introduces a watch only system that allows watching seized coins by viewing pockets that hold an infinite number of individual Bitcoin addresses in a view only mode. Notifications and history can be viewed, but usage of the wallets is not possible. This allows users to link extra addresses for incoming funds, to assist in hiding the capital being transferred, but also for access to physical devices that require addresses to login Contracts are used for watching and un-watching commands. They have a toggle button that switches the state of the contract. The pocket holds any keys the contract is set to watch, but only for normal or multisignature addresses. The pocket and contract are linked, so that changes in state of one affect the other, such as deactivating a pocket, will un-watch and un-sync other actions. The seed scanner deals with the predicament that if a wallet is restored from a seed, it will originally have older addresses attached to it. The wallet will need to scan for addresses with a previous history. That requires evaluating the history of several pockets and addresses for each pocket until enough empty addresses arise. A tool for wallet scanning was added for easier accessibility, however it will later be run on initialization automatically. The tool added can now be manually accessed to assist in restoring a seed.

New controls for Bitcoin transaction history

The history view has been altered, and now contains a pop-up menu that allows copying the tx-hash, navigating to the block explorer, or copying addresses. A label can be set for history rows, allowing for easy management of a growing database. This is related to the peer-section URLS.  Each wallet section has its own URL address, so browser history becomes easier to manage. Refreshing a page will redirect to the same sections, and links will do the same. Indexes and general terms have been put in the URL, which makes for easier usage, however this also presents several issues, as one can guess a URL, thus gaining access to information that may not be intended for them. Of course, a user could clear their browser history, but this contradicts the intention of the section URL premise.  Hopefully at some point in the near future a solution to this issue will be developed.

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Dark Wallet Alpha 4 Release

Dark Wallet

The Silk Road became the first widely successful online market operating solely on cryptocurrency, with a record for providing otherwise unobtainable items. Whether illegal intoxicants, the rising possibilities involving gambling, or illicit materials of any nature, the online black market has the capacity to enter into every crevice of our society. The Silk Road utilized the users’ wallet, along with a mixer, a reputation system, private messages, seller pages, and arbitrators. Bitcoin is the primary cryptocurrency used in such online transactions, and though it is private, features such as an online public ledger may cause some who want to remain entirely invisible to be wary. A group of coders, known as unSystem, released Dark Wallet on May 1st, 2014. Dark Wallet is an application designed to completely shroud the identities and activities of it’s users, in a way that is attempting to provide Bitcoin users with the kind of anonymity Darkcoin’s Darksend provides to Darkcoin users.

The program seeks to eliminate government regulation that will rely on tying specific bitcoins to an individual through their wallet. Through complex encryption, and the mixing of user payments into an untraceable wad, it seeks to make online capital completely untraceable. This has the potential to ignite black markets such as the Silk Road. More generally, their goal is to provide encrypted tools to the masses and open up a new range of trade possibilities.

Architecture

Dark Wallet uses libbitcoin, another project of the unSystem team, as its Bitcoin standard. It has been under development since May 2011. Libbitcoin provides asynchronous code that serves as a foundation for several other projects. The project claims to be primarily interested in Satoshi’s original protocol, with the goal of creating an extendable, scaleable, flexible architecture that allows Bitcoin to be highly configurable. This is all in accordance with the team’s focus on privacy along with the growth of Bitcoin by increasing flexibility and keeping the entire system as decentralized as possible. Dark Wallet also uses Obelisk, a blockchain query. It is also scaleable and based on financial applications. Obelisk also has an entirely Python based client and a library, that will allow for easy porting to multiple platform, including Android, Windows, and Mac. The team is also working on Javascript libraries for further spread of Dark Wallet, along with plugins to allow web services to access similar cryptographical technologies. To hide transactions, Broadcaster, a third party proxy, broadcasts transactions by mixing them with other wallet transactions. It also has the capacity to have an adjustable speed-to-discovery fee option.

The procedure used to propagate transactions is called Coin Join. By removing the assumption that the person on the receiving end, from A to B, is the same as the person receiving a transaction’s funds, from C to D, then B and D can be confused just as A and C can be confused, thus creating an anonymous series of transactions between the four people. Each signature in a multisignature transaction becomes independent. This allows Bitcoin users to choose a number of inputs to use, along with a number of outputs to receive funds. Then each transaction can be independently signed, and their signatures merged. However, it won’t be verified until each signature is provided. Each of the keys associated with the multikey would be used for community verification, and also to mask the identity of the singular owner of the Bitcoin. Users can refuse to sign a transaction that they see issue with. Coin Join would be used when multiple people are purchasing from a certain area, or sending funds to a singular account, so the two or more users would collaborate for privacy and to make the load on the network easier. The joined transactions is indistinguishable from a normal transaction, if this system became widespread, even those who didn’t use Coin Join would have their privacy increased as input co-joining will not be very strong evidence of control over a wallet. Coin Join is possible without altering any of Bitcoin’s fundamental code.

Effects on Bitcoin Price

By fueling directly into the black market and increasing security, Dark Wallet has the potential to raise Bitcoin price significantly. Increasing security, thereby increasing comfort, would attract individuals in search of otherwise unobtainable goods, or who intend to keep their financial transactions secret. This causes them to purchase more Bitcoin, at higher prices. The entire value of Bitcoin would continue to rise, causing further investment by those debating involvement with Bitcoin.   This would draw even more attention to Dark Wallet, and potentially create a subtle cycle that would regularly assist in rising Bitcoin prices.

Alpha 4 Version

Released on June 13th, 2014, the Alpha 4 version of Dark Wallet is aimed at delivering multisignature automation, so that multikey manual signing is unneeded. The new development ends the previous hassle of having to copy-paste odd scripts in order for the multisignaure signing to go through. The basic features of Dark Wallet are now in place, therefore development has progressed to a stage where security, stabilization, and user friendliness have become the focus of development. The lobby pairing mechanics opened the door, so that multisignature signings can be automatically sent to other users, also allowing the signatures to be propagated to other fund members of a specific wallet.  Now, when funds are created, they are also sent to paired owners.  These peers are notified, so that they may accept the funds, allowing the wallet importation to take place.  The spent funds are then propagated to mask them, peers can sign the funds, and the signatures are propagated.  When enough signatures are received by a certain peer, they will broadcast the transaction, and propagation is stopped, as the funds have been successfully transferred secretly. The alpha 4 release took longer than expected due to the development of the unSystem forums, and the translation of the unSystem wiki pages into Farsi and Spanish. The beta is intended to arrive soon, though much work needs to be done.

The developers encourage testers to use testnet coins, and not real Bitcoins, with Dark Wallet, until the system is fully secured, and thoroughly tested.

Full release notes are available here.

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Mt. Gox’s Bitcoin Bankruptcy

Gox’s Bitcoin Scandal

Mt. Gox was the largest Bitcoin exchange as of February 2014, handling over seventy percent of all transactions. It was launched on July 2010 and operated out of a humble building in Tokyo, Japan. It began as the brainchild of Jed McCaleb as a means of selling Magic the Gathering Trading Cards in a way that was similar to the way stocks are sold, but after seeing the potential of Bitcoin, he converted it to a Bitcoin exchange. As popularity grew, McCaleb tired of the exchange, and agreed to sell it to Mark Kareples, a Linux software developer, who ran it until it became the most popular exchange by a wide margin. However, in April 2014 the company halted trading suddenly. It was announced that approximately 850,000 bitcoins held on the exchange were likely stolen, explaining the seemingly spontaneous closure. A lack of transparency as to exactly how many bitcoins were removed, and their whereabouts, yielded extreme backlash from the Bitcoin community. The possibility of fraud on the part of the senior officials involved with Mt. Gox, along with the possibility of hackers cracking a faulty security system have been widely discussed.

Recent Developments

In February 2014, the company began the Japanese bankruptcy process under the pretext of seeking refuge from potential legal backlash of wronged Mt. Gox creditors. Karpeles has since been subpoenaed by the United States’ Financial Crimes Enforcement Network to provide testimony on May 5th, 2014.  He did not appear. On May 21, 2014, an “Announcement of Commencement of Bankruptcy Proceedings” in relation to Mt. Gox was released in Japanese. This document represents the current legal situation of Mt. Gox as of April 24, 2014, as set forth by their trustee and attorney, Nobuaki Kobayashi. The document also specifies Karapeles as the “bankrupt entity” under the Mt. Gox name. It seeks to explain the intentions of the Mt. Gox entity, with especially interesting implications in terms of retrieving bitcoins left on the exchange at the time of its’ crash. The announcement proposes two fundamental points:

  • Persons owning debts to the bankrupt entity are not to repay such debts to the bankrupt entity.
  • Persons possessing assets of the bankrupt entity are not to deliver such assets to the bankrupt entity.

The document states that all debts owed to the exchange should not be paid to it, neither should held assets be returned at this time. This is likely a legal formality to absolve Mt. Gox from bearing a further burden. Were they to accumulate whatever capital or assets owed to them whilst in such a sensitive situation, it could reflect negatively on their level of responsibility, especially from a legal standpoint.

Debts to the Bankrupt Entity

In development of the former point, a creditor meeting is vaguely mentioned. This is likely intended for those holding mass quantities of Bitcoin on the exchange prior to its crash, or for those who are outspoken about the situation. Information about the meeting will be disclosed at a later date on the Mt. Gox website.  Though, it is clearly stated, not every creditor must attend this meeting to receive compensation for their Bitcoin. The most important revelation involves specifics on the process by which people may be re-accredited. The document suggests that a formal application system will be present on the website, including the required criteria for investigation, that will then be used to distribute liquidated assets to qualifying individuals. It asks potentially qualifying creditors to remain patient as this system is built. Though one could file for their assets prematurely, the announcement implores such concerned individuals not to file a lone claim, as such claims “may lack legally required information, or there may arise discrepancies in the interpretations of the descriptions in such documents.” The answer as to where the bitcoins are is still elusive. The 200,000 recovered bitcoins are expected to be involved in this liquidation process, though this is a fraction of those stored on the exchange. Likelihood in terms of every, or perhaps even most, Mt. Gox users to see their funds returned to them seems remote at this time. Mt. Gox is on the defensive legally, with irate users slowly losing their drive and beginning to accept the possibility that their bitcoins may not ever be returned to them. The system being put in place for filing an investigation seems promising, though the specifications as to how such investigations will be undertaken, to what level of meticulousness, and the difficulty in which qualifying for distribution of liquidation of funds is very much questionable. The Bitcoin community will simply need to accept henceforth that no exchange, however large or seemingly reliable, is an infallible system by which to dedicate all trust. Entire document in original Japanese and English