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Caelex Verity

Prove compliance. Reveal nothing.

Privacy-preserving compliance attestations for satellite operators. Cryptographically signed proof that regulatory thresholds are met — without exposing the underlying telemetry.

Ed25519

Digital Signatures

SHA-256

Hash Commitments

Signed Commitment

Attestation Model

The Problem

The compliance paradox

Regulators need proof. Operators cannot share the data that constitutes that proof. Verity resolves this: prove the fact without revealing the data.

What regulators need

Proof of debris mitigation compliance

Evidence of passivation thresholds met

Fuel reserve attestations for de-orbit

Collision avoidance manoeuver records

What operators can't share

Exact fuel levels (competitive intelligence)

Orbital manoeuver parameters (ITAR/EAR)

Telemetry streams (proprietary sensor data)

Operational status of subsystems

How It Works

From telemetry to trustless proof

Four cryptographic steps transform sensitive operational data into independently verifiable compliance attestations.

01

Ingest & Evaluate

Operator submits telemetry to Caelex. The compliance engine evaluates the measurement against the applicable regulatory threshold.

fuel_reserve: 47.2 kg

threshold: ≥ 10.0 kg

PASS

02

Hash & Commit

The raw value is SHA-256 hashed to create a cryptographic commitment. The hash binds Caelex to the true measurement without revealing it.

47.2 kg → a3f8c1…e7b2d4

03

Sign & Attest

Caelex signs the threshold assertion with Ed25519. The attestation contains the claim, the hash commitment, and the digital signature — never the raw value.

claim: "ABOVE threshold"

sig: Ed25519 ✓

04

Verify Independently

Anyone can verify the attestation using Caelex’s public key. No login required. No API call. Fully offline-capable.

$ verity verify --attestation att.json

✓ Valid — signature verified

Capabilities

Cryptographic compliance infrastructure

Verity is not a checkbox tool — it is a cryptographic attestation engine that produces independently verifiable compliance proof.

Ed25519 Signing

Every attestation is digitally signed with Ed25519 elliptic-curve cryptography. Tamper-evident, non-repudiable, and verifiable by any third party.

Hash Chain Integrity

SHA-256 hash commitments bind Caelex to the true measurement value. The hash proves consistency without exposing the underlying data.

Selective Disclosure

Operators choose which compliance facts to attest. Regulators see only the threshold assertion — never the raw telemetry, fuel levels, or orbital parameters.

Offline Verification

Attestations are self-contained JSON documents. Verify with Caelex’s public key using any Ed25519 library — no API, no login, no network required.

Regulation Mapping

Each attestation references specific EU Space Act articles, NIS2 requirements, or national space law provisions. Full traceability to enacted law.

Trust Scoring

Composite trust scores aggregate multiple attestations into a single compliance confidence metric. Weighted by recency, coverage, and cryptographic strength.

Ready to prove compliance without exposure?

Ed25519 signatures. SHA-256 hash commitments. Zero-knowledge attestations. Verified by anyone, anywhere, offline.

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