Kaal claims by topic: law-and-legal-systems, page 2

537 atomic, individually citable claims from the published work of Wulf A. Kaal tagged law-and-legal-systems.

  1. Enforcement against the blockchain is unlikely to work because it is maintained and owned by a distributed group of anonymous users worldwide who would not likely recognize or comply with any legal authority. 2017
  2. As of publication, no American or European court had recognized blockchain technology or scrutinized its applications, leaving it unclear how courts will treat the technology. 2017
  3. Smart contracting often makes legal contracting unnecessary, because smart contracts frequently emulate the logic of legal contract clauses. 2017
  4. Because the public blockchain is public and immutable, the technology increases transparency while significantly reducing transaction costs, and intermediaries including lawyers are replaced by code, connectivity, crowd, and collaboration. 2017
  5. Smart contracting often makes legal contracting unnecessary because smart contracts emulate the logic of legal contract clauses. 2017
  6. Ledger-keeping legal services such as notary and registry services, legal motions practice in court, and legal title companies are likely to be among the first services to disappear. 2017
  7. The lack of maturity of blockchain technology has slowed its integration into the corporate world, and the absence of a legal framework leaves the whole industry operating in a grey area of the law, which introduces uncertainty and a new level of volatility. 2017
  8. Even where a smart contract reflects the underlying bargain between the parties, lawyers may argue that smart contracts are void and unenforceable under the law. 2017
  9. Although blockchain technology itself offers genuine data and privacy protection, storing blockchain data across a global network of nodes often will not comply with specific consumer protection rules, directives, and guidelines. 2017
  10. The existing legal infrastructure cannot address the legal challenges presented by crypto transaction disputes, because it is impossible to consistently identify the parties to a dispute arising from crypto transactions on the blockchain. 2017
  11. The authors stipulate distributed jurisdiction as a regulatory alternative in which conflict resolution for blockchain transactions is supplied by governance solutions inherent in the blockchain technology itself rather than by external legal authorities. 2017
  12. If the jurisdictional means necessary for conflict resolution mechanisms covering Ethereum blockchain based smart contracting are absent, consumers will mistrust the new technology, and that mistrust can undermine the evolution of the blockchain based crypto economy. 2017
  13. Personal jurisdiction technically still applies to parties transacting in encrypted distributed smart contracts, but the practicability of enforcement is impossible because physical identifiers are separated from the encrypted distributed contracts. 2017
  14. Even if every user and supporter of the blockchain and their locations were known, it would still not be possible to exercise jurisdiction in the traditional meaning of the word, because the system operates largely autonomously. 2017
  15. Because the challenges crypto transactions pose to the existing legal and jurisdictional infrastructure are severe, including good governance in crypto transactions requires instituting governance solutions inherent in the blockchain technology itself. 2017
  16. A government cannot control a blockchain by pressuring individuals within its territory; it would need complete control of 51 percent of the anonymous global users before it could change any part of the code. 2017
  17. The authors treat the near absence of decided case law on crypto smart contracting disputes as evidence that the existing legal infrastructure is too far removed from crypto dispute resolution, or incapable of adequately addressing the disputes crypto transactions generate. 2017
  18. Uniform Law Commission style registration of virtual currency businesses may give courts more information about registered businesses, but jurisdiction over the parties to a smart contract remains largely elusive because smart contracting is distributed and global. 2017
  19. Regulating blockchain through the non anonymous application of the technology creates large inefficiencies that will be bypassed by the more efficient anonymous applications, and it is for those more advanced applications that a system of distributed jurisdiction will be needed. 2017
  20. Proving personal jurisdiction over smart contracting parties by physical presence, domicile or place of business, consent, or minimum contacts becomes impossible, because none of these elements are known of the parties to a smart contract. 2017
  21. Even if a state or the federal government passed a law granting a court authority over blockchain smart contract disputes, it is hard to see how the court could in fact exercise that authority short of limiting access to the internet itself. 2017
  22. Not all smart contracts are fully anonymous and untouchable by traditional jurisdictional means, because contracts with a physical performance element, such as peer to peer transportation, do not automatically anonymize the parties. 2017
  23. Because smart contracts are coded for computer programming rather than for a human observer, courts may not be able to hypothesize a reasonable human's interpretation of a given smart contract. 2017
  24. To institute traditional remedies where a smart contract transaction disadvantages one of the parties, courts would have to change the blockchain, and that is computationally and practically impossible. 2017
  25. Real world court decisions on smart contract disputes, even where attainable, may not carry the same legitimacy and authority for the parties as intra-blockchain dispute resolution mechanisms. 2017
  26. Because courts cannot effectuate resolutions to disputes arising from blockchain based smart contracts, blockchain based resolution mechanisms are the only possible recourse for smart contract disputes. 2017
  27. Hybrid approaches and meta structures that connect the existing legal and regulatory infrastructure with blockchain based smart contracting will accelerate rather than slow the bifurcation of the jurisdictional infrastructure into traditional and crypto prongs. 2017
  28. Governing the creation and use of a blockchain may be the only practical way of exercising any form of traditional jurisdiction over blockchain technology. 2017
  29. The benefits of coding existing law into smart contracts are only temporary, because as smart contracting evolves over time fewer smart contracting solutions will have a real world equivalent. 2017
  30. The first of the two core requirements the authors set for distributed jurisdiction is that the anonymity of blockchain based smart contracting be maintained as the technology evolves. 2017
  31. The second core requirement of distributed jurisdiction is governance from within the blockchain technology itself, which is what allows the problems inherent in blockchain based smart contracts to be effectively addressed. 2017
  32. Giving disputants the power to select between notary pools, as OpenBazaar does, is a clear improvement over Aragon's method of completely random selection of judges from the entire group of users posting bonds. 2017
  33. Aragon appears not to post even a summary of its arbiters' reasoning, which may cause the losing party to second guess the legitimacy of the entire Aragon dispute resolution mechanism. 2017
  34. The economic incentive for Aragon judges to follow the more popular vote, since judges keep their bond only if they voted with the majority, calls into question whether the mechanism delivers effective, non arbitrary, and fair dispute resolution. 2017
  35. In contrast with OpenBazaar, the authors' proposed open source ecosystem allows dispute resolution only if and when a smart contract has actually resulted in a dispute, which keeps smart contracting transaction costs near zero. 2017
  36. Dual integration, as the authors define it, is the use of legacy legal infrastructure in smart contracting dispute resolution, such as Ricardian contracts, in combination with intra-blockchain systems for resolving smart contract disputes. 2017
  37. For crypto economy participants who wish to minimize the transaction costs of dual integration and retain anonymity, the authors' proposed open source platform ecosystem is more likely than all other available solutions to provide legal equivalence of dispute resolution mechanisms. 2017
  38. ICOs cannot be qualified as donations and are therefore distinguishable from crowdfunding, because ICO participants acquire a financial stake in the company and, as the case may be, a right to vote on future decisions. 2017
  39. The lack of a regulatory framework creates significant legal uncertainty in the ICO market, and because cryptocurrencies are censorship-resistant and arguably regulation-resistant by design, that uncertainty may sooner or later lead the Securities and Exchange Commission to declare ICOs illegal. 2017
  40. The core lawyer characteristics and skillsets produced by the existing legal education and regulatory framework are incompatible with what the practice of law in the 21st century demands. 2017
  41. Disruptive innovation in law renders obsolete many and probably most of the traditional legal skills and characteristics that law schools currently cultivate. 2017
  42. Even the law firms that are best at finding innovative solutions for clients remain reluctant to fully adopt Legal Tech innovations, so quality of client service does not predict willingness to adopt. 2017
  43. Law schools that invest early in artificial intelligence, machine learning, and blockchain will gain a comparative advantage over peer schools irrespective of ranking, because demand for lawyers trained in those technologies is likely to spike once law firm adoption crosses a threshold. 2017
  44. The curriculum of American law schools has changed only marginally over the past thirty plus years, even as the practice environment has been transformed. 2017
  45. The challenges created by Legal Tech, the new economy, and platform technologies justify a fundamentally more creative and innovative approach to legal education in the 21st century. 2017
  46. The first generations of Legal Tech did not reduce demand for lawyers; by making far greater volumes of legal material available faster, they created a need for additional lawyers to evaluate that material. 2017
  47. The decentralization of law pursued by Legal Tech startups has broad repercussions for the legal profession, the first of which is that existing legal services are rendered increasingly irrelevant or are replaced outright by Legal Tech. 2017
  48. Legal Tech applications will soon perform most of the work junior lawyers do, and will do so without the human elements that produce imprecision, flaws, inaccuracies, potential lawsuits, and delay; junior legal professionals and support staff are therefore the first casualties. 2017
  49. Legal Tech startups will force the legal profession to innovate perpetually, a demand that overextended and cumbersome legal organizations which have lost the capacity for agile reinvention cannot easily meet. 2017
  50. Legal Tech's disruptive innovation combined with the principles of the sharing economy requires lawyers and lawmakers to reevaluate their understanding of many areas of law. 2017
  51. Redesigning legal doctrine around sharing and decentralized peer to peer platforms demands out of the box thinking from a profession whose members were trained, both in law school and across their careers, to think inside the box. 2017
  52. The counseling, deal making, matchmaking, gatekeeping, and enforcement roles historically performed by lawyers are increasingly performed by technology, and blockchain technology and smart contracting will accelerate that substitution. 2017
  53. Intermediaries, lawyers among them, are replaced by code, connectivity, crowd, and collaboration. 2017
  54. Smart contracting on a blockchain often makes conventional legal contracting unnecessary, because smart contracts emulate the logic of legal contract clauses. 2017
  55. Once blockchain technology gains wider acceptance and its applications reach consumers, existing legal processes and structures will likely be among the first processes to become redundant. 2017
  56. Leveraging the big data collected through Legal Tech solutions and blockchain applications in combination with machine learning produces more creative and faster tools, which in turn generates a surge of innovative platforms that disrupt the legal industry. 2017
  57. Contrary to the widespread belief among legal professionals that code can only handle very simple transactions, blockchain enabled smart contracts generally do not require legal involvement across the spectrum of transactions. 2017
  58. Because the legal origin of smart contracting is unsettled, lawyers may argue that smart contracts are void and unenforceable under the law even where the smart contract accurately reflects the parties' underlying agreement. 2017
  59. Contract law rules on formation, interpretation, conditions, and remedies require substantive adjustment before smart contracts can be accommodated. 2017
  60. Although blockchain technology itself offers unprecedented data and privacy protection, storing blockchain data across a global network of nodes often will not comply with the consumer protection rules, directives, and guidelines of particular jurisdictions. 2017
  61. Open legal questions about the DAO, including which regime governs token issuance, minority token holder protection, taxation, the binding force of DAO smart contracts, ownership of intellectual property, and conflict resolution, must be answered before future DAO structures can operate seamlessly. 2017
  62. Exponentially increasing disruptive innovation will lead clients to routinely bring legal professionals problems that those lawyers cannot fully understand, inside a legal framework that does not always supply clear or helpful answers. 2017
  63. Law schools should educate lawyers who add value by helping clients and society adjust to the technological environment rather than lawyers who impose unnecessary or unwise restrictions on it, since such restrictions will not stop technological development anyway. 2017
  64. The traditional legal tool kit worked adequately when innovation cycles were long, but where innovation is exponential it is regularly out of touch with the radically different needs of a decentralized world and often produces disastrous outcomes. 2017
  65. Most lawyers and law industry representatives underestimate the implications of emerging Legal Tech. 2017
  66. Advising on blockchain contracts requires that law students and lawyers become familiar with the technology and learn at least basic coding as it pertains to Ethereum smart contracts. 2017
  67. Law schools must enable students to work in interdisciplinary teams with software engineers, and a greater appreciation of how code can be used and integrated in legal contexts is essential to that capability. 2017
  68. For the parts of dealmaking and other legal tasks that cannot be placed on a blockchain, the role of non blockchainable agents of trust may expand, and blockchain driven disintermediation of law may itself create additional legal tasks requiring human lawyers. 2017
  69. Despite the rising relevance of investment due diligence and increasing due diligence litigation, the private fund industry is largely left to its own devices to ensure adequate due diligence standards. 2017
  70. Since 2010 private fund advisers increasingly engaged in investor due diligence partly to protect themselves from investor criticism and lawsuits, rather than in response to regulatory mandate. 2017
  71. The legal standards applicable to private fund investor due diligence are somewhat inconsistent and suboptimal and merit clarification. 2017
  72. Because neither national nor international law recognizes artificial intelligence as a subject of law, AI has no legal personality and therefore cannot itself be held liable for the damages it causes. 2017
  73. Because technological transition is becoming a permanent state rather than an episode, rulemakers' inability to address the regulatory issues created by disruptive innovation will generate high levels of legal uncertainty and inconsistency. 2017
  74. In a world where regulatory competition is the new normal, regulators can pay a heavy economic price for being overly cautious or for abandoning the attempt to establish a meaningful basis for regulation, because first mover markets capture the benefits. 2017
  75. Corporate lawyers and governance experts still discourage executives from communicating in a personalized, speech-like way, particularly on social media, out of fear of market misunderstanding and subsequent liability. 2017
  76. The crypto economy can continue to develop without falling back on centralized regulating authorities only if two things exist: a system for evaluating reputation and trust, and a fair dispute resolution system that guarantees certainty of outcomes. 2018
  77. For decentralized dispute resolution to deliver certainty of outcomes, the arbiter's power to disburse the assets of a contract, once triggered, must be preeminent over the parties. 2018
  78. Arbitration on the platform fails at either end of the fee range: if the parties set fees too low the selected arbiter refuses the work and the arbitration fails, and if arbiters demand fees higher than the public will pay they fail to attract cases. 2018
  79. Smart contracts give insurance against an unfair settlement only under stated conditions, among them that anonymous arbiters are chosen randomly with weight given by their availability stakes and that arbiters must post evidence of work for evaluation by the forum. 2018
  80. Parties to a smart contract must avoid asymmetric encumbrance of assets, because in an anonymous blockchain environment where assets cannot be recovered from parties further down the transaction tree, an asymmetrically bound party can unfairly exert power by triggering a dispute. 2018
  81. Under certain restrictive assumptions it has been proven that no protocol can guarantee fair exchange with decentralized arbiters, so no design on this architecture can promise absolute certainty of fair machine arbitration. 2018
  82. There is no absolute certainty that using an expertise tag yields a fair resolution, because malicious experts can always choose an unfair algorithm to distribute the disputed assets. 2018
  83. The proposed fix is to value tokens by how the post was received and cited: tokens minted at a node with a large branch of positive references are worth more, while tokens from a post whose betting pool was close to 50-50 are worth less in future salaries than tokens from a post with uniform agreement. 2018
  84. Under the proposed weighting scheme a post that was initially downvoted can never yield its creator tokens even if expert opinion later reverses, an asymmetry the authors flag as a limitation of the core design. 2018
  85. Switzerland leads the world in total ICO funds raised, followed by the United States. 2018
  86. Switzerland ranks only fourth in the number of ICOs launched yet first in total funds raised, so the average Swiss ICO project raises a greater than average amount of funds. 2018
  87. Switzerland's disproportionate share of ICO funds raised relative to ICO count is attributable to the fact that many of the world's most successful ICOs are launched there. 2018
  88. The comparative summaries of national regulatory responses are necessarily incomplete and require much more analysis before they can be determinative for jurisdictional choice. 2018
  89. The National Bank of Slovakia takes the view that cryptocurrencies are not money because countries enjoy monetary sovereignty. 2018
  90. The National Bank of Serbia holds that financial institutions may not participate in ICOs or other cryptocurrency investments because cryptocurrencies are not legal tender. 2018
  91. Across the top 25 ICO jurisdictions the majority permit ICOs and cryptocurrencies or do not explicitly prohibit them, and only a very small minority has banned them outright. 2018
  92. Lawyers have historically been most effective and most socially useful when acting as transaction engineers who facilitate new business and social relationships, and the engineering of the near future will largely be code based. 2018
  93. The ability to understand and communicate with coders, as distinct from professional coding competence, is a necessary skill for the lawyer of the future, so law students benefit from grasping the basic concepts and power of coding. 2018
  94. The traditional knowledge transmission model of education is ill suited to a world of fast paced change and easy access to information, because prior experience may not be relevant to a fast changing reality and information is always one search away. 2018
  95. That the technologies driving social change remain a mystery to most people is itself a problem, so practical technical knowledge must be integrated into many fields of education, with coding and data analysis as the starting point. 2018
  96. A transaction engineer is a crucial intermediary who brings together, in a safe environment, parties holding different but mutually compatible interests and expertise. 2018
  97. Lawyers have often failed to perform the function of active transaction engineer and have instead become a hindrance or obstacle to transactions. 2018
  98. The major cause of lawyers obstructing transactions is the tendency to standardize or proceduralize legal solutions and to use standard form templates, because fixed standardized solutions imposed on complex, dynamic transactions produce frustration and difficulties. 2018
  99. The result of this pattern is reputational: lawyers have developed a reputation as the least trusted of professions. 2018
  100. Legal tech will profoundly disrupt the legal profession, and because these technologies are code based, lawyers must be able to understand and talk about code in order to participate in designing them. 2018
  101. Junior legal professionals and legal support staff are the first casualties of the Legal Tech evolution, because applications will soon perform most junior lawyer work without the human elements that create imprecision, flaws, inaccuracies, possible lawsuits and delay. 2018
  102. The most important consequence of legal startups is that the legal profession will be forced to innovate in perpetuity, a task that overextended and cumbersome legal organizations which have lost the capacity for rapid re-invention cannot easily accomplish. 2018
  103. Contrary to commentators who predict the end of lawyers, the authors reject that claim but hold that lawyers of the future can only function as effective transaction engineers if they understand the power of code. 2018
  104. Lawyers of the future will need to act as project managers or at least as active participants in the multi-disciplinary teams that design the solutions and transactions of the future. 2018
  105. A smart contract is computer program code that enables the verification, execution and enforcement of specific terms and conditions of a contractual arrangement. 2018
  106. Smart contract use scales with device connectivity: the more devices are connected to each other, the more smart contracts will be used to execute and enforce legal transactions, and they are already disrupting traditional legal assumptions, doctrines and concepts. 2018
  107. Law programs have been slow to adapt to these technological developments and most students are still being prepared for a hierarchical, centralized and proceduralized world. 2018
  108. Because the new solutions rewarded by the future labor market will be code based, an understanding of code and coding will be essential to participate effectively in the digital world. 2018
  109. Cybersecurity should not be addressed by introducing more law in books; law students should instead look for technology based solutions and at minimum acquire the knowledge needed to evaluate such solutions against the alternatives. 2018
  110. Building lawyers' capacity to think about the social and ethical implications of code is both essential and inevitable, but saying anything sensible about the ethics of technology first requires understanding coding and coders. 2018
  111. The Coding for Lawyers course is not about teaching students how to code but about making them realize how important it is to think about their relationship with new technology and with technology experts. 2018
  112. If standardized legal work and legal research can be performed by algorithms, the result is an opportunity rather than a threat, because it frees lawyer time for assisting clients with the new and very specific challenges of the digital world. 2018
  113. In the weighted directed acyclic graph precedent system, more reputation weight and salary flow to forum posts that other posts continuously reference, and as a precedent dissipates over time new precedent emerges naturally to replace the older one. 2018
  114. If block producers' identities are revealed, the supranational independence and security of the blockchain are threatened, because local jurisdictions can then exert legal power over block production. This threat is most acute in delegated proof of stake, where delegates must win popularity contests. 2018
  115. There is great regulatory uncertainty around blockchain and smart contracts, especially in financial services, and legal frameworks globally will have to change to adapt to the growing use of the technology. 2018
  116. Traditional limited liability entities can only partially benefit from blockchain based governance, because the dynamic regulatory features it offers are partially incompatible with the rule based legal environment those entities must comply with. 2019
  117. Traditional jurisdictional principles cannot directly apply to blockchain technology because the blockchain is merely a collection of agreed upon calculations by decentralized computer systems, and no particular node holds the entire blockchain. 2019
  118. A decentralized on chain precedent system makes reputation based DAO governance dynamic: a post or template that is increasingly referenced gains non fungible reputation weight and associated fungible salaries, while unused precedent dissipates over time. 2019
  119. Legal certainty is a necessary condition for the maturation of blockchain securities trading; the technology alone will not carry it there. 2019
  120. Overstock.com issued the first SEC registered digital securities using blockchain technology, and because the issuer was a public company conducting a shelf registration, the offering functions as a working model of blockchain benefits and as a map of the U.S. regulatory gaps. 2019
  121. The regulatory challenges of blockchain based offerings should be addressed by revising federal securities law provisions to recognize digital securities, to permit broad based trading of equity-equivalent digital securities, and to permit their margining. 2019
  122. The first DAO had no physical address, no jurisdiction able to claim control over it, no directors, managers, or employees, so all the core control mechanisms typically employed by principals in agency relationships were entirely removed. 2019
  123. Smart contracts remove centralized guarantors and self-regulate, with the consequence that only limited legal recourse is available if execution of the contract terms goes wrong. 2019
  124. Increasing counterparty trust in decentralized commerce requires that the full history of transactions be openly viewable and verifiable, so that counterparties' actions endure as part of a public record and a meaningful precedence system. 2019
  125. RegLegalTech startups will force the legal profession to innovate, but that task is not easily accomplished by overextended and cumbersome legal organizations that have lost the capacity for agile reinvention. 2019
  126. Most legacy insurance companies will not consider underwriting a smart contract that is not subject to the traditional legal framework, which leaves sophisticated smart contracts without the insurance they require. 2019
  127. The inherent mathematical logic of computerized code in smart contracts can clarify the parties' intent optimally, which increases certainty, creates efficiency, and thereby incentivizes commerce. 2019
  128. Because the smart contract removes centralized guarantors and self regulates, only limited legal recourse remains available when execution of the contract terms goes wrong. 2019
  129. A functioning decentralized reputation system requires that counterparties' actions in decentralized commerce endure and become part of a public record: their actions must stick and become part of a meaningful precedence system. 2019
  130. Breach by underwriters will in general happen only after a dramatic shift in the DAO's future prospects, such as a sharp decrease in expected future revenues or a sharp increase in expected payments on outstanding policies. 2019
  131. Business, administrative, and legal processes that depend on legal intermediaries may become redundant as blockchain technology advances and is accepted, with ledger keeping services such as notary and registry services, motions practice, and title companies among the first to disappear. 2019
  132. Smart contracts face a legal origin problem: lawyers may argue that they are void and unenforceable, and contract law rules on formation, interpretation, conditions and remedies require substantive adjustment before smart contracts fit within it. 2019
  133. A fund constituted purely through smart contracts on the Ethereum blockchain may have no domicile, foreign or domestic, which makes jurisdiction over blockchain transactions a genuine problem for the funds that use the technology. 2019
  134. Managers of funds that exist entirely in cyberspace cannot assume they are judgment proof; the practical consequence of operating across a global node network is exposure to more regulation, not less. 2019
  135. Direct hedge fund regulation faces a two sided trap: strong direct rules push hedge funds offshore where they escape regulation altogether, while weak rules leave investors without adequate protection. 2019
  136. Coordinated international cooperation in hedge fund regulation will ultimately be hindered by administrative costs, immense transaction costs, setup costs and, above all, the divergent interests of offshore havens and the resulting jurisdictional arbitrage, so it may never become a realistic regulatory option. 2019
  137. Indirect regulation is often the only feasible tool available, because in many jurisdictions regulators lack full direct regulatory authority over hedge funds and can act only through the regulated entities they do control. 2019
  138. Indirect regulation removes the problem of missing jurisdictional authority and therefore of jurisdictional arbitrage, because the Basel Framework applies to banks worldwide rather than to funds in any one jurisdiction. 2019
  139. Trust created by law is often limited because it is only indirectly democratically legitimized, inflexible, untimely, resistant to change, dependent on fallible human centric decision processes, and constrained to human speed. 2020
  140. The cost of legal services traditionally creates an unfair advantage in the law based on wealth, an inequity that blockchain based smart contract programs for streamlined alternative dispute resolution are designed to address. 2020
  141. Tying a DAO's legal existence to an existing legal and jurisdictional framework typically forces the DAO to appoint a representative in that jurisdiction, and that representative centralizes the DAO, which causes the DAO concept itself to fail. 2020
  142. A jurisdiction is only truly favorable to DAOs if it grants the DAO limited liability as an entity and accepts its independent status without requiring any representative in that jurisdiction. 2020
  143. Third generation DAOs are defined by taking an association or organization that already holds a legal construct with completed administrative paperwork and adding the DAO to that existing legal construct. 2020
  144. If DAO members do not formalize a structure for their human created entity, courts are very likely to impose one on them, which is a serious risk of DAO membership. 2020
  145. Where no legal entity is involved, partnership rules operate as the default rules that apply to all interactions between parties trying to achieve a common goal. 2020
  146. Parties may try to limit remedies to DAO assets through private agreements, but if the DAO faces a tort suit such an agreement is unlikely to be upheld. 2020
  147. Applying a common legal anchor and traditional jurisdictional principles to cybernetic systems is near impossible, because the status of a cybernetic system is constantly changing. 2020
  148. Lasting legal solutions for DAOs must increase and maintain the decentralization already achieved inside the DAO, because DAOs cannot exist and persist without ever increasing degrees of decentralization. 2020
  149. Existing legal solutions for DAOs typically require some form of legal representation in the relevant jurisdiction, and jurisdictional requirements pertaining to legal representation are always a point of centralization. 2020
  150. Because consumer protection is a core mandate of any legislature, legislatures are unlikely to surrender control and jurisdiction over a DAO, which would mean no legal recourse and no ability to sue in national courts, while at the same time granting the DAO limited liability. 2020
  151. A DAO needs a legal wrapper to represent it because a DAO on its own cannot rent an office or sign a contract that can only be executed on paper. 2020
  152. To avoid the corruptive gaming and arbitrage that static complex DAO rules invite, effective DAO governance designs should be focused on dynamic elements, including members' ability to re evaluate existing precedent in the system. 2020
  153. Because a Swiss Association is a legal entity, a DAA must have a seed in Switzerland and be run in Switzerland even though its members can be located anywhere in the world. 2020
  154. Where a DAO's internal voting mechanism is centralized and burdened with legacy voting problems, any higher degree of decentralization achieved in its external legal design will typically be cancelled out over the long run. 2020
  155. When the degrees of internal and external governance decentralization cancel each other out, the DAO is less likely to succeed in its decentralization attempt and correspondingly more likely to fail. 2020
  156. Without a legal wrapper, DAOs face potential regulatory enforcement actions and civil liability not only at the organization level but against individual participants. 2020
  157. Tying a DAO's legal existence to existing legal and jurisdictional frameworks typically requires a representative in the chosen jurisdiction, which centralizes the DAO and results in the failure of the DAO concept. 2021
  158. Only a jurisdiction that grants a DAO limited liability as an entity and accepts its independent status without requiring representation can be truly favorable to DAO concepts. 2021
  159. If DAO members do not formalize a legal structure for their entity, courts are very likely to impose one on them, which is a serious risk of DAO membership. 2021
  160. Default general partnership treatment would hold every stakeholder of a DAO liable for any debts or legal actions the DAO faces, exposing known participants to regulatory enforcement and civil actions. 2021
  161. Private agreements that limit remedies to DAO assets are unlikely to be upheld if the DAO faces a tort suit. 2021
  162. Cybernetic systems change constantly and are less amenable to jurisdictional reach, which makes it nearly impossible to apply a common legal anchor and traditional jurisdictional principles to them. 2021
  163. DAOs cannot exist and persist without ever increasing degrees of decentralization, so DAO legal designs must first and foremost supplement the internal decentralization the DAO has achieved. 2021
  164. Existing legal solutions for DAOs typically require some form of legal representation in the relevant jurisdiction, and such representation is always a point of centralization. 2021
  165. A DAO needs a legal wrapper to represent it, because a DAO cannot by itself rent an office or sign a contract that can only happen on paper. 2021
  166. Under the legal wrapper concept individual DAO members are not liable and the third party knows exactly with whom she is interacting and where liabilities arise. 2021
  167. Because a series of smart contracts grants DAO token holders voting rights, those smart contracts take the place of articles of association or bylaws and of the entire precedent system that a jurisdiction based legal structure would otherwise supply by default. 2021
  168. If a DAO's internal voting mechanism is more centralized and carries legacy voting problems, a higher degree of decentralization in its external legal design will typically be canceled out in the long run. 2021
  169. The DAO of DAOs uses a duality of internal and external governance: internal governance runs on reputation token staking, while external legal relationships are handled by a legal wrapper that represents the DAO of DAOs in real world legal contexts. 2021
  170. Because static complex DAO rule sets bring inevitable corruptive gaming and arbitrage behavior, effective DAO governance designs should focus on dynamic elements such as members' ability to re-evaluate existing precedent. 2021
  171. Precedent in the DAO of DAOs is replaced dynamically: if a newer template is referenced more often it becomes the prevailing precedent, while the old precedent dissipates over time through non use. 2021
  172. The sharing economy requires a reframing of legacy legal regimes, because the legal frameworks regulating disrupted and adjacent industries are often incompatible with the trends the sharing economy generates. 2021
  173. Fully compliant legal custody solutions for digital assets increase legal certainty and mainstream investor confidence, and that increased confidence in turn builds markets in digital assets. 2021
  174. Without the ability to rely on proven custody providers, mainstream and legacy institutional investors are restrained from making digital asset investments for legal or business reasons. 2021
  175. Legacy customer expectations of custodial solutions are what force continuous experimentation with digital asset custody within the existing and evolving legal framework, rather than a clean move to non custodial models. 2021
  176. Governments will try to tax increasing distributed value creation wherever they can assert national jurisdiction, and exercising that assumed authority inhibits distributed value creation. 2021
  177. Because decentralized technology at its core negates external control, censorship and oversight, regulatory approaches premised on government control undermined the technology's evolution, and without the ability to experiment in a legally protected environment decentralized products could not evolve. 2021
  178. Decentralized legal infrastructure solutions were almost entirely missing in the early 2020s despite strong demand, because other prerequisite decentralized infrastructure products, notably a functional public blockchain, were still missing. 2021
  179. The sharing economy outran its legal frameworks: the legal regimes governing the disrupted industries were often incompatible with the trends the sharing economy generated, forcing cities and municipalities into a proactive regulatory stance. 2021
  180. Courts expanded software patentability without proof that it would increase innovation, and the result was that corporations filed and acquired thousands of software patents used to strategically undermine competitor projects. 2021
  181. It is not possible to create a centralized regulator like the SEC for the decentralized economy, because doing so would place a supranational market under competing jurisdictions with naturally contradictory regulations. 2021
  182. Rigid code is law smart contracts over fungible currency are built to guarantee irreversible, unreviewable, self executing outcomes, which is a poor match for business because business ventures very rarely proceed exactly as imagined at the outset. 2021
  183. To preserve the efficiency of a self executing code is law smart contract, the appeals process must be built into the code itself, with triggers either party can engage that freeze the encumbered assets and transfer partial powers of disbursement to a third party arbiter. 2021
  184. Without unifying transcendental ideals, liminal cases will fragment a decentralized network; transcendental values are therefore always necessary to maintain the stability of a network and should be the first thing a DAO establishes. 2021
  185. A DAO will not be a genuinely profitable addition to the economy until decentralized versions of the legal system, the political system, the media, banking, and other services exist to support it. 2021
  186. Decentralized governance design must address all three branches: executive governance as automated policing, legislative governance as non-automated protocol development, and judicial governance as both automated and non-automated dispute resolution. 2021
  187. Bitcoin demonstrates the power of decentralized cooperation and transparency: after a decade without centralized oversight, no network transaction has sent the wrong quantity or gone to the wrong account and no bug has produced an accounting error in a system worth hundreds of billions of dollars. 2021
  188. Aragon's refusal to use its own protocol to arbitrate an internal dispute is testimony to the lack of trust its own system designers place in their system's capabilities, and its reputation and legislative and judicial governance protocols remain trivial. 2021
  189. The more decentralized products are, meaning more censorship resistant, autonomous, and beyond regulatory control, the more they are left in a regulatory vacuum, and the resulting legal uncertainty limits their expansion, reach, and evolution. 2021
  190. Unless the Web3 vision builds at least the features and social advantages of the current political and legal systems into its economy, the decentralized economy will merely be a parasite on the dying host of the traditional mainstream economy, and once the host dies today's social advantages will be lost. 2021
  191. The strong trust that sustained Maghribi trade, in which embezzlement was rare despite extreme information asymmetry, cannot be explained by a strong centralized government, since the Maghribis could not form a centralized legal or political hierarchy and the official legal channels were slow and unreliable. 2021
  192. There is little or no recourse for clients when reviewed code proves to be flawed even after functionality and quality review. 2021
  193. Existing legal incentives in many jurisdictions produce so called Zombie Charities, with the consequence that donative intent often cannot be optimally fulfilled. 2021
  194. Because boards and donors seek to preserve endowments rather than spend them, funds accrue tax free long after the donor has taken the deduction, which runs counter to the spirit of the rules governing charitable deductions and may contribute to harmful inefficiency. 2021
  195. Although the five percent annual payout is only a legal minimum for foundations under 2021 law, many boards treat five percent as the default rule, which entrenches minimal disbursement. 2021
  196. Any exercise of the multisig endowment wallet keys ultimately depends on a vote in the assembly of the DAO association that serves as legal wrapper, so a donor holding one key among many is involved in endowment payment decisions without controlling them. 2021
  197. Legally created trust is limited because it is only indirectly democratically legitimized, and is therefore arbitrary, inflexible, untimely, resistant to change, dependent on fallible human centric decision processes, and confined to human speed. 2021
  198. Ancient Egypt and China remained remarkably stable for thousands of years because of the protocol decentralization fostered by their Rule of Virtue legal systems. 2021
  199. The subsidiarity principle, which holds that issues should be addressed at the most immediate level consistent with their resolution, cannot by itself encapsulate the ontology and desirable outcomes of decentralization. 2021
  200. The decentralized reputation staking governance mechanisms provide a higher form of decentralized governance than most legal standards in any given jurisdiction. 2021