Kaal claims by topic: smart-contracts, page 2

226 atomic, individually citable claims from the published work of Wulf A. Kaal tagged smart-contracts.

Smart contracts disrupt the foundational principles of contract formation in both common and civil law jurisdictions, specifically offer and acceptance, consideration, and enforceability, because their automated and immutable execution lacks the flexibility that law derives from human negotiation and judicial oversight. 2025
National courts and national law cannot be excluded from smart contract disputes, because almost all legal systems grant contracting parties an emergency or exorbitant jurisdiction whenever a party can show it would otherwise have no forum in which to bring its action. 2025
Posting cryptocurrency to escrow like smart contracts is often uneconomic compared with traditional financial instruments, and this inefficiency undermines the practical utility of smart contracts as a vehicle for consideration, especially in high value or long term agreements. 2025
Physical goods cannot be fully governed by code, so contracts requiring tangible performance need external mechanisms to verify compliance, and smart contracts may therefore fail to satisfy the consideration requirement in such contexts. 2025
Because blockchain based contracts are immutable, they cannot be altered by judicial order, which creates enforceability problems whenever a dispute arises outside the scope of the code, such as defective performance or unforeseen circumstances. 2025
The adaptability of common law to smart contracts is strained when the coded mechanism itself violates a legal norm, as with smart contracts that enable automatic collateral repossession contrary to the Uniform Commercial Code's restrictions on strict foreclosure. 2025
Unless the scope and permissible transactions of smart contracts are bounded by law, smart contracts risk being held unenforceable in jurisdictions that prioritize statutory compliance over technological innovation. 2025
Escrow based enforcement is effective for automation only if it is supported by reliable oracles and robust governance, without which the mechanism is open to manipulation. 2025
The code is law paradigm departs from existing legal systems in three linked ways: it shifts authority from sovereign institutions to technical protocols, replaces interpretive flexibility with deterministic enforcement, and substitutes technological neutrality for normative deliberation. 2025
Unlike legal systems that balance enforcement against fairness, the binary execution of code offers no mechanism for appeal or mitigation, which limits recourse for aggrieved parties and challenges basic notions of justice. 2025
Coded automation leads inevitably to corruption of the system and must be supplemented with decentralized governance of the code, which produces preferable outcomes and improved ethics. 2025
Automating smart contracts under the code is law paradigm incentivizes unethical behavior by enabling anonymous, opportunistic action, which reduces repeat business and undermines the minimization of transaction costs. 2025
The deterministic execution of smart contracts rigidly enforces coded terms and thereby incentivizes participants to exploit loopholes for immediate gain, because no mechanism exists to adapt the rules contextually. 2025
The Universal Digital Law Codex should require smart contracts to carry clear, human readable terms alongside their coded protocols, so that the parties' assent to automated terms satisfies the common law standard of mutual understanding. 2025
The Universal Digital Law Codex addresses the economic inefficiency of consideration by embedding dynamic compliance mechanisms that let smart contracts adapt to market conditions such as cryptocurrency price fluctuation or delays in physical delivery. 2025
Embedding choice-of-law protocols directly within smart contracts gives clarity on the governing law and reduces the risk of conflicting interpretations across jurisdictions. 2025
Smart contracts should incorporate clauses that trigger human review in cases of ambiguity, which secures equitable outcomes analogous to judicial discretion and counters the rigidity of deterministic execution. 2025
Where the Codex or the applicable law is applied largely automatically, the human understanding of the rule prevails over the outcome produced by that automated application, so automated execution never becomes the final authority on meaning. 2025
When an encoded legal status or act is disputed, the code is read against the party who selected the programme or determined the manner of coding, because the other party had no influence over it; the Codex names this in dubio contra programmatorem. 2025
Pledging a digital object requires the pledgor to hand over digital control, either to the pledgee, to a third party, or to a digital program capable of exercising that control, so the security interest is perfected by control rather than by filing. 2025
Terms expressed in code, such as those inside a digital contract, are legally valid and enforceable even when they are not provided in natural language. 2025
A DAO is formed on the basis of a DAO Agreement setting out its terms and rules, and that agreement may consist of digital contracts, of written documents, or of a combination of the two. 2025
HDCA is a successful translation of repeated-game cooperative equilibria into smart-contract form, so its defect lies not in the execution layer but in the absence of a generation layer. 2026
At commit 2d920ce the manifest, the only contract a tool presents, contains no economic field: no price, no settlement address, no attribution declaration, no revenue expectation. 2026
Code alone is not institution: the institutional infrastructure that supports cooperative governance has to be rebuilt for the DAO form, not assumed away by it. 2026
The institutional response to contract incompleteness cannot be to write more complete contracts, because that path is closed by the theorem; governance institutions must fill specification gaps as they emerge. 2026