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RWA Risk Reports — delivered as verifiable evidence.

Cryptographically signed risk scores for tokenized asset protocols, with audit-ready proof you can verify in 30 seconds.

AI Evidence Layer live — 44 MCP tools across 3 servers, natural language queries Learn more →

Generate Evidence View Reports

✓ Deterministic JSON ✓ SHA-256 receipt ✓ ECDSA signature ✓ JWKS verification ✓ MCP Protocol

How It Works

From API Call to Verified Evidence

Every response becomes a cryptographically provable artifact in three steps.

Fetch

Call any API endpoint. You receive structured JSON with the data payload, a SHA-256 content hash, and an ECDSA signature.

GET /api/v1/macro/risk → { value, hash, signature }

Verify

Check the signature against our public key (JWKS). Recompute the SHA-256 hash to confirm data integrity. Takes 2 lines of code.

Public key: /.well-known/jwks.json

Anchor

Data hashes are anchored on XRPL blockchain. Anyone can verify the on-chain record matches your local evidence artifact.

Explorer: xrpscan.com/tx/{anchor_hash}

What is a Verified Proof? An API response that generates an Evidence Pack — a JSON envelope containing the data payload, SHA-256 hash, ECDSA signature, and verify URL. Store it, replay it, defend it.

The Problem

Why Traditional RWA Data Falls Short

Institutional workflows require evidence — not estimates, dashboards, or promises.

Untrusted Data

On-chain metrics can be incomplete, inconsistent, or gamed. Without cryptographic proof, how do you know what's real?

No Audit Trail

Risk decisions need evidence you can store, replay, and defend. Regulators require timestamped, immutable records.

Regulated Workflows

MiCA, DORA, and Basel III require policy-friendly artifacts — not dashboards and hype. Compliance requires proof.

Platform

One Platform, Four Intelligence Streams

A core risk engine with specialized modules for regulatory, macro, and AI-native evidence data.

Core

RWA Risk Oracle

Signed risk intelligence for tokenized asset protocols, covering major DeFiLlama- and GeckoTerminal-listed RWA protocols.

9-vector risk scoring with transparent methodology
Signed reports with SHA-256 + ECDSA proof
Real-time monitoring: TVL, liquidity, yield spreads
De-peg alerts and concentration warnings

Module

MiCA & Regulatory Evidence

Automated compliance data for audit-ready workflows.

Stablecoin registry references
DORA-compliant evidence artifacts
Audit trail generation

Module

Macro Economic Oracle

86 FRED + 20 ECB indicators with on-chain verification.

Recession probability & yield curves
Inflation, employment, GDP signals
Blockchain-anchored timestamps

New

AI Evidence Layer

The only compliance infrastructure with an AI-native query interface. One request replaces 23 API calls — with cryptographic proof on every bundle.

Explore AI Gateway →

✦ Natural language → signed evidence bundle
✦ 44 MCP tools across 3 servers for AI agent integration
✦ Grade explainability — Why B? What needs Grade A?
✦ Full provenance graph — FRED series to chain hash
✦ Enterprise Trust Layer — JWS, registry, streaming, agent trust, SDK Live proof →

Use Cases

Built for Decision Makers

Different roles, one common requirement: evidence you can trust and defend.

Compliance & Risk Teams

Replace manual checks with cryptographic proof. Every data point is signed, timestamped, and audit-ready.

Outcome: Audit-ready evidence packs for MiCA, DORA, and Basel III — generated on demand.

View Compliance Reports

Developers

OpenAPI 3.1, real curl examples, and JWKS verification. Integrated into your stack in under 5 minutes.

Outcome: Verified risk data in your app with one API call.

5-Minute Quickstart

Asset Managers & Protocols

Transparent methodology and verifiable coverage. Show counterparties and LPs the data behind your decisions.

Outcome: Shareable risk reports with cryptographic proof your counterparties can independently verify.

Request Coverage Review

Integration

Production-Ready in Minutes

Clean API. Cryptographic verification. No SDK required.

# Fetch a signed RWA risk report
curl -s -H "X-API-Key: YOUR_KEY" \
  "https://api.feedoracle.io/v1/rwa/risk/ondo-global-markets"

# Response (signed, deterministic JSON)
{
  "protocol": { "slug": "ondo-global-markets", "risk_score": 76, ... },
  "evidence": {
    "payload_hash": { "alg": "SHA-256", "hex": "da220e0c..." },
    "signature": { "alg": "ES256K", "kid": "feedoracle-prod-2026" },
    "jwks_url": "/.well-known/jwks.json"
  },
  "freshness": [{ "source": "defillama", "stale": false }, ...]
}

Read Full Documentation OpenAPI Reference

For AI Agents

The Evidence Layer for AI-Native Compliance

FeedOracle is MCP-compatible. Your AI agent queries evidence in natural language — no manual API wiring, no hallucinations, cryptographic proof on every response.

Natural Language Queries

Ask "Is USDC MiCA-compliant?" or "What's the macro risk?" — the AI Gateway classifies intent and returns a signed evidence bundle automatically.

POST /ai/query → signed bundle in <2s

Zero Hallucination Risk

LLMs classify intent only — never generate evidence data. All values come directly from verified APIs: FRED, ESMA, CoinGecko, on-chain. SHA256-signed.

chain_hash: sha256:a14eafcb4ed...

Full Provenance Chain

Every data point traced from source to bundle. FRED Series IDs, ESMA register entries, on-chain addresses — individually hashed, Merkle-chained.

POST /ai/provenance → 17 nodes, 17 hashes

# Connect to FeedOracle Compliance MCP Server
# SSE: https://feedoracle.io/mcp/sse
# HTTP: https://feedoracle.io/mcp/

# Tool: ai_query — natural language to evidence
{
  "tool": "ai_query",
  "input": { "query": "Is EURC MiCA-compliant and what is its reserve quality?" }
}

# Response: signed evidence bundle
{
  "intent": "mica_compliance", "asset": "EURC",
  "mica_compliant": true, "grade": "A", "score": 81.7,
  "evidence": {
    "pack_id": "FO-AIG-99F42D062F67",
    "content_hash": "sha256:42738bace3...",
    "verifiable": true
  }
}

View MCP Documentation MCP Manifest JSON

Compatible with Claude Desktop, Claude Code, and any MCP-enabled AI agent · 44 tools · 3 MCP servers · SSE + Streamable HTTP transport