Everyone reads MiCA as a crypto regulation. Its harder demand is accountability: prove who authorized a decision, why it happened, and whether policy was followed — months later. H33 provides the Decision Integrity Infrastructure that turns MiCA's governance, record-keeping, and accountability obligations into post-quantum, independently replayable evidence.
H33 is technology infrastructure, not a regulated crypto-asset service provider.
Regulation (EU) 2023/1114 (MiCA) places obligations on crypto-asset service providers (CASPs) and token issuers. H33 is neither. H33 provides the cryptographic evidence layer that a regulated entity uses to demonstrate that its governance, record-keeping, and conduct obligations were met. The regulatory duty stays with the authorized entity; H33 makes that duty provable.
This page describes how H33's infrastructure maps to MiCA's accountability requirements. Article references are indicative and intended as a starting point. It is informational only and is not legal advice — confirm scope and obligations with qualified counsel.
The question MiCA forces is not "can you hold crypto?" It is "can you prove who authorized a decision, why it happened, and whether policy was followed?"
Traditional compliance answers that question with application logs, screenshots, and "trust us." Logs can be edited, screenshots prove nothing, and reconstruction after the fact is exactly what a regulator distrusts. H33 closes the gap by making every governance decision a cryptographically verifiable, replayable artifact at the moment it happens.
Each authorization, denial, delegation, escalation, and policy decision generates a post-quantum signed attestation through H33-74, H33's 74-byte attestation standard. These attestations are timestamped, chained to prior events, and anchored to external chains for tamper-evidence. Any auditor or competent authority can replay the decision and verify it independently — without trusting H33 and without access to the underlying personal or commercial data.
All attestations are signed by three independent post-quantum signature families — ML-DSA-65 (NIST FIPS 204), FALCON-512, and SLH-DSA-SHA2-128f. The evidence remains valid against future quantum capability, which matters for records a regulator may examine years after the event.
MiCA requires CASPs to maintain robust governance, sound administrative arrangements, and effective internal control. H33 records governance as evidence, not as a policy document.
H33's authority plane binds every action to an authority chain: the requesting party, the authority that approved it, any delegation or escalation, and the policy in effect at the time. The chain is signed and replayable, so the answer to "who authorized this?" is a verifiable fact rather than a reconstruction.
Controls are enforced as authorization constraints. When a request falls outside policy, it is denied before execution, and the denial — with its reason — is itself attested. Both the actions taken and the actions refused become part of the evidentiary record.
Because attestations are chained and externally anchored, the governance record cannot be silently rewritten after an incident. Any modification invalidates every subsequent attestation, which is detectable on replay.
MiCA requires CASPs to keep records of all services, activities, orders, and transactions, available to competent authorities on request. H33 turns those records into independently verifiable evidence.
Every recordable event — an order, a transaction, an authorization, a conflict check, a policy decision — produces an H33-74 attestation that cryptographically binds the input, the action, the authority, and the result. The record is post-quantum signed, timestamped, and chained, then anchored to Bitcoin and Solana for tamper-evidence.
When an authority requests records, the entity produces a package that the authority can verify on its own: the attestation chain, the policy in effect, and the replay trace for each decision. There is no need to trust the entity's word or H33's infrastructure — the mathematics carries the proof.
MiCA requires CASPs to act honestly, fairly, and professionally, and to identify, prevent, manage, and disclose conflicts of interest. H33 makes the enforcement of those policies provable.
Conduct and conflict policies are expressed as machine-enforced rules in H33's policy layer. When an action touches a defined conflict — a restricted counterparty, a self-dealing pattern, an order ahead of a client — the policy fires at decision time. The check, its outcome, and the authority that applied it are attested.
This produces evidence of the control operating, not merely a written claim that it exists. If a regulator asks whether conflict controls were active on a given date, the entity replays the decisions and shows the controls firing — or, where an action was denied, shows the denial and its reason.
MiCA requires safekeeping of clients' crypto-assets and funds, segregation from the provider's own holdings, and a register of positions. H33 attests the register and every movement against it.
Each custody movement — deposit, withdrawal, internal transfer, segregation event — is recorded as an attested decision bound to the authority that approved it and the policy that permitted it. The register of client positions is itself a chained, signed artifact, so its state at any past moment can be reproduced and verified.
The result is a continuously provable answer to the supervisory question behind Art. 70 and Art. 75: were client assets segregated, and can you demonstrate it for any point in time?
MiCA's market-abuse provisions prohibit insider dealing and market manipulation and require controls around inside information. H33 records who knew, who authorized, and when.
Access to inside information, disclosure decisions, and order authorizations are captured as attested events with their authority and timing. If a question of insider dealing or manipulation arises, the entity can demonstrate the sequence of who held information, who authorized which action, and under which policy — as cryptographic evidence rather than email archaeology.
The future compliance question isn't "which employee clicked the button?" It's "which agent acted, under whose authority, using which data, under which policy — and can you prove it later?"
H33-Agent-008 attaches authority and evidence to every autonomous action. Each agent action carries the same replayable proof as a human one: the agent identity, the authority it acted under, the data it used, and the policy in force.
And there is a second layer most frameworks have not yet reached. As encrypted computing becomes mainstream, organizations won't only govern who can act — they will govern who can compute. Which cryptographic engine was authorized to process the data? Why was that engine selected? Was a stronger privacy profile required? Was the computation denied because policy prohibited the path? H33 records the routing decision itself as attested, replayable evidence — so the answer survives to the audit.
How each component of H33's infrastructure supports a MiCA accountability obligation.
| MiCA Obligation | H33 Function | Implementation |
|---|---|---|
| Governance arrangements (Art. 68) | Authority plane | Who-requested / who-authorized / delegation / escalation, signed & replayable |
| Record-keeping (Art. 72) | H33-74 attestation chain | 74-byte PQ-signed record per event, chained & externally anchored |
| Honest conduct & conflicts (Art. 66, 73) | Policy enforcement | Machine-enforced checks; the control firing is itself attested |
| Custody & segregation (Art. 70, 75) | Attested register | Chained register of client positions; every movement authorized & signed |
| Market abuse (Title VI) | Evidence of knowledge & authority | Who knew / who authorized / when, as verifiable records |
| Independent supervision | Governance Replay | Authorities verify decisions without trusting the entity or H33 |
| AI-agent accountability | Agent-008 | Authority + evidence bound to every autonomous action |
| Quantum-resilient records | Three-key PQ signatures | ML-DSA-65 + FALCON-512 + SLH-DSA — three hardness assumptions |
How traditional tooling and H33's cryptographic infrastructure answer the same MiCA accountability questions.
| Accountability Question | Traditional Approach | H33 Approach |
|---|---|---|
| Who authorized this decision? | Application logs, email trails, reconstruction | Signed authority chain, replayable |
| Record integrity | Append-only logs, SIEM forwarding | PQ-signed, chained, externally anchored |
| Was policy actually followed? | Written policy + periodic sampling | Control firing attested at decision time |
| Independent supervision | Trust the entity; trust the auditor | Any authority verifies — no trust required |
| Proof months/years later | Hope the logs survived and weren't altered | Deterministic replay of the original decision |
| Quantum resilience of records | None — RSA/ECDSA vulnerable | Three independent PQ families |
| AI agents acting on regulated work | No authority or evidence model | Agent-008: authority + evidence per action |
MiCA does not stand alone. Its accountability demands overlap with operational-resilience, data-protection, identity, and transfer regimes. H33 produces a single verifiable evidence layer across them.
DORA (Regulation (EU) 2022/2554). Digital operational resilience for the financial sector — ICT risk management, incident reporting, and resilience testing. H33's attested governance and replay provide an evidence backbone that complements DORA controls.
GDPR (Regulation (EU) 2016/679). Personal-data protection. H33 processes personal data inside fully homomorphic encryption and attests every operation — see the H33 GDPR page.
eIDAS 2.0 (Regulation (EU) 2024/1183). Electronic identification and trust services. H33's post-quantum attestations align with a future of long-lived, verifiable digital evidence.
Transfer of Funds Regulation (Regulation (EU) 2023/1113). The "travel rule" for crypto transfers. Originator and beneficiary information handling can be attested and replayed within the same evidence model.
No. H33 is technology infrastructure, not a regulated crypto-asset service provider (CASP) or token issuer. MiCA obligations rest with the in-scope, authorized entity. H33 supplies the cryptographic evidence layer — governance, record-keeping, and accountability — that helps a regulated entity demonstrate compliance. This page is informational and is not legal advice.
Every authorization, denial, delegation, escalation, order, and policy decision generates a post-quantum signed H33-74 attestation that is timestamped, chained to prior events, and externally anchored. The result is a tamper-evident, independently replayable record that can be retained and produced to competent authorities — stronger than traditional application logs.
H33's authority plane records who requested an action, who authorized it, what was delegated or escalated, and which policy was in effect at the time — as cryptographically verifiable evidence rather than after-the-fact reconstruction. Auditors and regulators can replay the decision and verify it independently, without trusting H33.
H33-Agent-008 binds authority and evidence to every agent action: which agent acted, under whose authority, using which data, under which policy — provable months later. As encrypted computing becomes mainstream, H33 also governs which cryptographic engine was authorized to process the data, and records why.
DORA governs ICT and operational resilience; H33's attested governance and replay provide an evidence backbone that complements DORA controls. GDPR governs personal data; H33 processes personal data inside fully homomorphic encryption and attests every operation. MiCA, DORA, and GDPR overlap on accountability — H33 produces one verifiable evidence layer across all three.
Stop relying on logs and reconstruction. Make every authorization, denial, and policy decision a post-quantum, replayable proof — ready for any competent authority.