failure family

regulatory lag

102 claims across 28 works.

• corporate law silence on risk: For different structural reasons in each country, corporate law in both Germany and the United States has little to say about the problem of excessive
• crisis driven rulemaking producing suboptimal governance: Governance adjustments made through stable rules in reaction to a systemic shock can result in suboptimal governance outcomes, market volatility, and
• regulatory sine curve of enactment and dilution: Following enactment, governance adjustments are often later repealed or diluted, and anticipation of future developments plays no significant role in
• post-crisis rule retraction cycle: Governance adjustments enacted via stable rules in reaction to financial crises are inevitably followed by relaxation, revision, and retraction of tho
• absence of anticipatory rulemaking: Initiatives for sustainable financial regulation are largely missing, because anticipation of unknown future contingencies and preemption of possible
• shock conditions for rulemaking: The aftermath of a financial crisis creates shock conditions that constitute a suboptimal environment for rulemaking.
• systemic risk unaddressable by cyclical rules: Regulatory cycles make it nearly impossible to address financial regulatory concerns adequately, and systemic risk in particular is difficult to addre
• retraction of politically expedient rules: The partial repeal of Section 404 of Sarbanes-Oxley through the Dodd-Frank Act illustrates that broad rules enacted during times of political expedien
• post-crisis easing of constraints: The Jumpstart Our Business Startups Act exemptions for emerging growth companies from Section 404(b), from say-on-pay, and from pay ratio disclosure i
• phase mismatch between regulation and crises: In the current regulatory environment the relationship between the regulatory sine curve and the common elements of banking and financial crises is su
• regulatory timing failure: The core problem for financial regulation is timing: governance improvements are not enacted before crises when they are most needed, because the coll
• static rulemaking infrastructure outpaced by change: The institutional infrastructure for rulemaking was designed for a relatively stable society and stable economic and market environments, and it there
• suboptimal rulemaking under incomplete information: Rulemaking conducted under conditions of incomplete information and bounded rationality produces suboptimal outcomes that require costly rule revision
• ex-post information acquisition in trial-and-error rulemaking: Trial-and-error rulemaking is suboptimal because participating actors acquire the necessary information ex-post, only after rules have turned out to b
• lagging congressional studies: Congressional studies do not remedy regulators' informational disadvantage because they mostly follow after Congress has already identified concerns a
• politically timed rather than information timed rulemaking: Rules, especially in financial regulation, are mostly enacted when it is politically opportune rather than when appropriate information for rulemaking
• illusory information sufficiency from path dependence: Assessing the sufficiency of information by rulemakers alone can lead to suboptimal results because path dependencies may lead decision-makers to beli
• waiting for sufficient information is not feasible: A core tenet of incomplete contract theory, that rulemakers should act only when sufficient information becomes available, is often politically, econo
• false confidence in information sufficiency: In the current model of stable rulemaking, path dependencies lead rulemakers to act on a boundedly rational assumption that they already control suffi
• ex post only information acquisition: The trial and error approach to rulemaking structurally prevents rulemakers from obtaining relevant information ex ante, before rules are enacted.
• section-1c-guidance-gap: Where SEC guidance failed, the failure was localized: respondents who found guidance inadequate pointed predominantly to Form PF Section 1c, Item B, w
• Collingridge dilemma: Regulators face a two ended timing trap: at the early stage of an innovation they lack information about its possible impact, and at the later stage t
• political gridlock in rulemaking: Systemic factors widen the divergence between regulation and innovation, including the political and ideological structures of the rulemaking process
• APA rulemaking drag: The most widely recognized drawbacks of traditional rulemaking under the Administrative Procedure Act are its lack of speed, its cumbersomeness, and t
• legal certainty trap: The pacing problem is partly a byproduct of the goal of legal certainty: because regulation is designed to be a durable source of predictability, rule
• ex post rulemaking blindness: Facts based, ex post, trial and error rulemaking cannot anticipate the regulatory issues created by innovation, so rulemakers may never recognize, or
• regulation obsolete on arrival: Formal rulemaking in the existing regulatory infrastructure is almost always too time consuming, because product innovation moves fast enough that reg
• update mistaken for reform: Introducing a regulatory update where genuine regulatory reform is needed can deteriorate the relationship between regulation and innovation, because
• sub optimal existing framework: The existing regulatory framework is sub optimally equipped to remedy both existing and future regulatory challenges associated with exponential innov
• static remedies for a dynamic problem: The three core law and technology proposals for the pacing problem, regulation via the judiciary, early stage regulation of innovation, and principles
• judicial remedy insufficiency: Addressing the regulatory issues created by innovation outpacing law through the judiciary is insufficient in the face of exponential innovation, beca
• litigation latency: Litigation in the court system can take years, which increases the likelihood that courts will not react in a timely manner, much less in real time, t
• early intervention rarely happens: Despite the consensus favoring it, early regulatory intervention in innovation is rare in practice, and regulation mostly fails to keep pace as the in
• early stage information deficit: Early regulatory intervention is subject to massive information asymmetries and associated regulatory uncertainty because the early stage of an innova
• closed window for late stage change: In the later stages of more matured innovation it is often not possible to alter the regulatory status quo, which closes the window that early interve
• comprehensive knowledge precondition: The pace of innovation is incompatible with existing regulatory approaches that demand comprehensive knowledge as a precondition for regulatory action
• missing national foresight mechanism: The United States lacks an anticipatory system at the national level because no mechanism exists for bringing foresight and policymaking into an effec
• Ex post trial-and-error rulemaking breakdown: Ex post facts-based, trial-and-error rulemaking combined with stable and presumptively optimal rules often produces suboptimal regulatory outcomes, an
• Information timing gap in rulemaking: In an environment of exponential disruptive innovation, the information rulemakers need is less likely to materialize soon enough for traditional rule
• Regulatory process overwhelm: Exponential disruptive innovation has the potential to overwhelm the existing regulatory process entirely, not merely to strain it.
• Inability to identify beneficial innovation: The existing regulatory infrastructure cannot sufficiently distinguish beneficial innovation from harmful innovation and therefore cannot harness the
• Ex parte prohibition information blockade: The current regulatory framework lacks any mechanism that anticipatorily informs rulemakers of beneficial innovative ideas, and because the rulemaking
• Late or absent recognition of regulatory need: Because facts-based rulemaking does not anticipate the regulatory issues created by innovation, rulemakers may realize far too late, or never, what ne
• Timing dilemma of premature versus delayed regulation: Regulatory timing under disruptive innovation is a two-sided failure: regulating too early risks inhibiting innovation, while withholding regulation t
• Political pressure trigger requirement: Because it lacks anticipatory capabilities, the existing regulatory system only addresses regulatory issues ex post, and then only if core constituent
• Expedited crisis rulemaking: Evidence exists that the suboptimal ex post timing of rulemaking in the existing regulatory infrastructure regularly forces expedited rulemaking, whic
• Inaccurate and delayed regulatory timing: A core problem for most regulation is its inaccurate and delayed timing, which follows from the collective action problem of regulation, path dependen
• Regulated entities outrunning regulation: Companies that received venture capital investments have outrun and continue to outrun regulation and regulatory efforts, and they drive innovation tr
• Suboptimal regulatory response rates: Existing regulatory processes are suboptimally equipped to address the challenges of exponential disruptive innovation, and the notice and comment pro
• Information lag in rulemaking: Under exponential disruptive innovation the information rulemakers need arrives too late for trial and error rulemaking to be effective, regulatory is
• Regulatory process overwhelmed: Exponential disruptive innovation has the potential to overwhelm the existing regulatory process outright, not merely to strain it.
• No anticipatory information channel to rulemakers: The current regulatory framework contains no mechanism that succinctly and anticipatorily informs rulemakers of beneficial innovative ideas, which is
• Missing precondition for trial and error rulemaking: Ex post trial and error rulemaking requires as a precondition that information about optimized rule requirements becomes available, and in an age of e
• Timing dilemma of early versus late regulation: Regulatory timing under disruptive innovation is a two sided risk: regulate too early and innovation is inhibited, withhold regulation too long and co
• Rulemaking one product cycle behind: Formal rulemaking is simply too time consuming for disruptive innovation: the speed of product innovation lets a new product reach the market while a
• Political pressure trigger requirement: Because it lacks anticipatory rulemaking capability, the existing regulatory system addresses issues only ex post, and only once they have materialize
• Expedited rulemaking under crisis timing: Evidence shows that the suboptimal ex post timing of rulemaking regularly forces expedited rulemaking, and expedited rulemaking itself produces subopt
• Accelerated regulatory sine curve: Exponential innovation will intensify the frequency of the regulatory sine curve, because rulemakers are still trying to comprehend the regulatory dem
• Reactive procyclical regulation: Regulation is mostly reactive and follows business cycles rather than preempting crises, because of the collective action problem of regulation, path
• Regulatory lag behind venture capital: Venture capital has outrun regulation and regulation is now too slow to react, and that lag itself damages the process.
• unpredictability-blocks-rulemaking: Regulators cannot draft specific blockchain regulation because the risks, opportunities, and concrete outcomes of blockchain in reshaping financial ma
• absent-judicial-guidance: As of publication, no American or European court had recognized blockchain technology or scrutinized its applications, leaving it unclear how courts w
• sec-guidance-vacuum: Despite early cautioning and a call for action from its own commissioners, the SEC has not addressed core issues pertaining to the recognition of bloc
• tax-guidance-gap: The IRS confined its virtual currency position to transactions in convertible virtual currency, which leaves the tax treatment of crypto limited partn
• Ex-post trial-and-error rulemaking cannot anticipate innovation: Facts-based, ex-post, trial-and-error rulemaking cannot anticipate the regulatory issues created by innovation, so rulemakers may not realize, or may
• rulemaking timeframe inadequacy: The time frame for rulemaking in the existing regulatory infrastructure is largely inadequate to address the regulatory challenges created by disrupti
• regulator chases the last product: The speed of product innovation allows a new product to reach the market while formal rulemaking, which takes months and often years of procedure, is
• obsolescence at promulgation: New regulations addressed to an innovative product can be obsolete before they are even finalized.
• inability to identify beneficial innovation: The existing regulatory infrastructure cannot sufficiently distinguish beneficial innovation from other innovation, and therefore cannot harness it.
• missing anticipatory information channel: The current regulatory framework contains no mechanism that informs rulemakers of beneficial innovative ideas succinctly and in advance, so regulators
• unsettled and politicized factual basis: The relevant facts on which regulation rests are never going to be obvious or settled, so the regulation of any disruptive new technology will always
• recklessness or paralysis dichotomy: Faced with disruptive innovation, regulators believe their only options are reckless action, meaning regulation without sufficient facts, or paralysis
• wrong facts under time pressure: Time pressure produces two distinct fact failures: the facts about a new technology may simply not exist yet, or regulators may select the wrong, cont
• false factual premise: The premises on which regulation of a new technology is built may not be facts at all, or at least not the most relevant facts about that innovation,
• structural rather than capture failure: The problem is not regulator bad faith: the acceleration of innovation cycles means that selecting the relevant facts is difficult even under the best
• post truth paralysis: The post truth diagnosis is self defeating as a basis for regulation: if there is no objective basis on which to act, the conclusion is inertia or rep
• regulatory-obsolescence-on-arrival: The speed of smart contracting and associated DAO revisions will render regulations aimed at morphing decentralized systems obsolete before static cen
• commercial law non-recognition of digital securities: Digital securities are not recognized under any state's current commercial law, which matters because that recognition governs margining and the pledg
• absent blockchain disclosure standards: The SEC has developed neither blockchain-specific offering disclosure standards nor retail investor protection measures particular to blockchain based
• SEC recognition vacuum: Despite an early call for regulatory leadership from Commissioner Stein in 2015, the SEC has not addressed core recognition questions for blockchain i
• widening regulatory gap: Governmental endorsement and guidance on crypto investments is essential for future securities offerings involving cryptocurrencies and blockchain, an
• Lack of regulatory recognition blocks infrastructure conversion: The absence of regulatory recognition of blockchain technology is not merely an inconvenience: it hinders implementation of the technology across indu
• legacy legal regime incompatibility: The sharing economy outran its legal frameworks: the legal regimes governing the disrupted industries were often incompatible with the trends the shar
• unbacked token claim: Tokenization is meaningless unless the token is underwritten by someone who puts their reputation and ultimately their money on the line to attest tha
• regulatory lag: Centralized securities bureaucracies are slow to update their regulations, so those regulations often hurt the very people they were designed to help.
• Regulatory pacing failure: Strict legal enforcement becomes impossible once a market is sufficiently complex and dynamic, because law cannot keep pace with the creative contract
• regulatory-vacuum-inaction: The absence of clear regulatory direction from the SEC and state governments helps explain why many DAOs take minimal action to establish regulatory c
• ex-post timing gap: Ex-post governance, which applies regulation only after AI systems are developed and deployed or after large language models have been pretrained on e
• legacy feedback deficit: Ex-ante regulation is preferable in principle but is neither practical nor sufficient inside legacy systems, precisely because legacy systems, unlike
• static landscape assumption: Legacy ex-ante regulatory attempts fail because they assume a static technological landscape, while AI development is dynamic and requires rules that
• ex-post oversight gap: Ex-post AI governance, in which regulation is applied only after AI systems have been developed and deployed or after large language models have alrea
• regulatory pacing problem: Technology has historically outpaced regulation, and the exponential trends in AI development will continue to widen the mismatch between regulation a
• tradable token resilience erosion: Reliance on fungible, publicly tradable governance tokens undermines a protocol's resilience by exposing it to risks such as 51 percent attacks, as sc
• unresolved-defi-regulation: Decentralized finance and participatory governance models create their own problems, specifically unresolved regulatory frameworks and ethical conside
• regulatory-lag: The accelerated evolution of AI and blockchain technologies outstrips regulatory development, which can situate AI agents in legal interstices, partic
• static-regulation-obsolescence: Expectations of enhanced regulatory oversight fail because the accelerating evolution of AI agents, which will soon dominate financial transactions, r
• yield compression and safe harbor delay: LER scalability is limited by three identified risks: yield compression from rising interest rates, delays in the creation of binding regulatory safe
• SEC approval timeline delay: Regulatory uncertainty, in particular the timeline for SEC approval of the NASDAQ and Dinari tokenization frameworks, could delay LER implementation.
• institutional-velocity-deficit: No existing legal order, whether national, supranational, or private, can evolve at the speed of exponential technological change without sacrificing
• ossification-on-ratification: Each traditional lawmaking channel fails the speed test in its own way: legislatures need years for a single technological shift, judicial precedent l
• Pacing Problem: Static regulatory frameworks calibrated to legislative timescales cannot govern technologies evolving on exponential timescales, so dynamic regulation
• Structural Governance Singularity: The institutional lag between technological capability and governance capacity is approaching a structural singularity in which governance instruments