Trading Truth Layer
Verified Trading Claims OS
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Trust infrastructure for trading

Turn trading activity into verifiable performance records, canonical ledgers, and dispute-ready proof.

Replace screenshots and unverifiable claims with structured, cryptographically verifiable records that are auditable and externally provable.

What the system produces

Evidence JSON

Machine-readable structured evidence payload for systems, audits, and automation.

Evidence ZIP bundle

Packaged archive for dispute handling, sharing, and long-term storage.

Claim report PDF

Presentation-grade report for investors, institutions, and formal review.

Public record

Clean presentation surface for distributing claim results.

Verification route

Canonical proof layer for independent verification.

Integrity hashes

Claim hash and trade fingerprint ensure tamper-evident trust.

The problem: trading has no trust infrastructure

• Performance claims are easy to fake
• Screenshots are not verifiable
• Results are inconsistent
• Disputes are expensive
Trading Truth Layer turns trading activity into verifiable proof.

Deterministic claim definition

Define exactly what a claim includes so results can be recomputed, audited, and independently reviewed.

Canonical trade ledger

All ingestion routes normalize into a single source of truth used across claims, evidence, and verification.

Evidence-first computation

Metrics and performance outputs are derived directly from underlying trade evidence, not detached summaries.

Verification surfaces

Each claim produces both a public presentation layer and a canonical verification route.

Governed lifecycle

Draft, verify, publish, and lock states enforce discipline and prevent silent mutation of claims.

Audit and traceability

Every claim maintains a full lifecycle history suitable for internal review and external validation.

Controlled commercial rollout

Sandbox → Starter → Growth → Business
Sandbox: safe evaluation and onboarding
Paid tiers unlock governance and scale