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Oraclizer Research

Proofs

Higher-Order Logic as a Design Language: Why Our Verification Requires HOL

Higher-Order Logic as a Design Language: Why Our Verification Requires HOL

Cross-chain regulatory homomorphism demands quantification over state transition functions, a statement structurally impossible in first-order logic. This article derives the necessity of Higher-Order Logic from Oraclizer's verification target, introduces Isabelle/HOL through regulatory state modeling, and grounds the Regulatory State Functor in category theory.
Oraclizer Core ⋅ Feb 25, 2026
Why We’re Starting Formal Verification: Applying Our Own Standard

Why We’re Starting Formal Verification: Applying Our Own Standard

We argued RWA infrastructure needs mathematically provable compliance. Now we apply that standard to ourselves. This is the first entry in Oraclizer's formal verification journey: using Isabelle/HOL to verify cross-chain regulatory state synchronization preserves structural correctness at the design level, before any production code exists.
Oraclizer Core ⋅ Feb 21, 2026
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