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Security & Compliance

Quantropy is designed to meet information-theoretic security standards where applicable and to support auditability and compliance through on-chain provenance.

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Information-theoretic security

Information-theoretic security means security that does not rely on computational hardness assumptions—e.g. the randomness is truly unpredictable and not derivable from public information. Quantropy’s entropy is:

  • Non-deterministic — Sourced from physical quantum measurement, not from a deterministic algorithm. An attacker cannot compute future or past outputs from observed data.

  • Verifiable — Each output is tied to a Quantum Job ID and Solana transaction; the source and existence of the job are publicly verifiable, while the entropy itself is used only by the requester.

  • Anchored — The link between job and entropy is immutable on-chain, so tampering or forgery of the record is not possible without breaking the chain.

Where your use case requires information-theoretic or high-assurance randomness (e.g. key generation, lotteries, oracles), Quantropy supplies entropy that meets these standards: non-deterministic source, verifiable provenance, and on-chain anchoring.

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How this applies to the pipeline

Across the Integrity Stackarrow-up-right:

  • Subatomic Mapping & QPU Engagement — Jobs run on real hardware; no simulation, no deterministic RNG in the critical path.

  • Velocity Processing — Raw outputs are normalized without introducing predictability; the engine does not reuse or replay seeds.

  • API Delivery — Entropy is delivered with Quantum Job ID and Solana tx; you get proof with every response.

  • Solana Settlement — The on-chain record is the root of trust; see Solana Settlementarrow-up-right.

So the security and compliance story is: entropy is produced by physics, normalized by the Velocity Engine, and anchored on Solana—with full provenance for auditing and compliance.

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Compliance and auditing

  • Auditability — Use the Quantum Explorer and Solana explorers to verify jobs. Store Quantum Job IDs with your use of the entropy for later audit.

  • Regulated use cases — Where regulation requires verifiable randomness or non-manipulable sources, Quantropy’s design (non-deterministic source + on-chain proof) supports compliance. Consult your legal and compliance teams for your jurisdiction and use case.

For network capacity and metrics: Network Stats.

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