M. O. Nechepurenko · 2026 · SSRN Electronic Journal
DOI: 10.2139/ssrn.7547363 · cited by 0 works (OpenAlex) · open-access PDF
A modular leveraged event-market protocol can contain individually correct contracts for risk approval, positions, debt, settlement evidence, credit pools, junior backstops, reserves, liquidation, and governance while still lacking one authoritative financial execution path. This paper develops a canonical protocol graph in which each financial domain has one storage authority and composition components coordinate transitions without recreating balances, debt, positions, evidence receipts, queues, reserves, pause state, or terminal scenario state. この論文は、すべての金融ドメインに1つのストレージ権限があり、構成コンポーネントがバランスを再生することなく移行を調整します。
Machine translation (Meta M2M100); the English original follows.
A modular leveraged event-market protocol can contain individually correct contracts for risk approval, positions, debt, settlement evidence, credit pools, junior backstops, reserves, liquidation, and governance while still lacking one authoritative financial execution path. This paper develops a canonical protocol graph in which every financial domain has one storage authority and composition components coordinate transitions without recreating balances, debt, positions, evidence receipts, queues, reserves, pause state, or terminal scenario state. The architecture formalizes atomic position o
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Topics: Computer science, Composition (language), Protocol (science), Graph, Debt, Position (finance)
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