Insight — Oracle Transparency & Risk Intelligence

Insight helps DeFi applications, operators, developers, and AI agents inspect oracle prices and the risks of relying on them. It compares data from 10 oracle providers across 40+ blockchain networks, evaluates deviation, freshness, source independence, and protocol impact, and can issue signed evidence of its assessments.

Oracle observations → Cross-source comparison → Risk assessment → Verifiable evidence

Pre-Trade Safety Check assesses a proposed action. Oracle Watch monitors changing conditions between actions. The REST API, MCP server, Guard SDK, and independent verifier make these capabilities available to applications and agents. Insight also works independently of PriorSeal; see the product positioning guide for the combined assessment, authorization, execution, and review workflow.

Insight is not a real-time oracle tracker. Price snapshots and feed health are collected every 15 minutes, reputation scores are recalculated hourly, and data is aggregated into daily reports. Check each assessment's freshness and validity window before using it.

Start here

Goal	Where to go
Assess a trade from an application or agent	Guard SDK or API reference
Verify a signed receipt with your own trusted keys	Independent verifier or browser demo
Explore the product	Website or AI/MCP hub
Run the website and API locally	Local development

What Insight provides

Pre-Trade Safety Check

Before a swap, borrow, lend, liquidation, or repayment, an application can request a cross-oracle assessment. The response combines price agreement, deviation, freshness, stablecoin peg status, reputation, and relevant protocol risk into a PASS, CAUTION, DANGER, or BLOCK verdict with a recommended maximum position size. Agents should not execute when the verdict is DANGER or BLOCK.

The verdict comes from deterministic rules; experimental ML scores provide additional context but do not drive it. Lending checks can freeze new borrowing when sustained oracle dispersion consumes the protocol's liquidation buffer. Successfully returned judgments are audit-logged before issuance; an audit-storage failure prevents a successful response.

When signing is configured, the check can include an EIP-712 attestation. A signature proves who issued the signed fields and whether they changed. It does not prove that the underlying prices were correct or that an agent obeyed the verdict. See the verifier's supported schemas for version-specific verification requirements.

Oracle Watch

Oracle Watch gives a running strategy a cross-oracle NORMAL, CAUTION, or DANGER signal and a proceed, proceed_with_caution, or halt recommendation. Applications can poll it between trades and pause on halt. It checks deviation, agreement, stale or outlying feeds, coverage, and independent source groups; it can also issue signed receipts when an attester key is configured.

Historical coverage is guaranteed for ETH, BTC, USDC, and USDT on Ethereum, Arbitrum, and Base. Other pairs can return a current signal without a historical curve; check meta.historyGuaranteed rather than treating an empty series as evidence of no incidents. Use the AI/MCP hub or GET /api/v1/oracle-watch?symbol=ETH&chain=ethereum to explore the signal.

Explore oracle and protocol risk

The web app also provides cross-oracle price comparison, feed health and reputation, position safety and liquidation analysis, Peg Risk for stablecoins and wrapped assets, and daily reports. Researchers can inspect source timestamps and export results; developers can use the corresponding API endpoints.

Integrated providers include Chainlink, API3, RedStone, DIA, WINkLink, Supra, Uniswap V3 TWAP, Reflector, Flare, and Band. Position safety supports selected Aave V3, Compound V3, Morpho Blue, Venus, and BENQI markets. Coverage varies by asset and chain, so confirm the available sources and protocol parameters for the position being assessed.

SDK, API, MCP, and verifier

• Guard SDK — TypeScript integration for assessment, monitoring, and supported execution-price evidence. assessSwap() supports an assessment-only workflow; optional helpers can gate transaction submission and request execution receipts. The SDK uses the Insight API and its credit wallet.
• REST API — versioned /api/v1/ endpoints for prices, risk, safety checks, and Oracle Watch. Metered calls use an X-API-Key; public receipt-verification endpoints do not require one. The API reference has request and response details.
• MCP server — exposes the same services to compatible agents through stdio, HTTP, or the app's /api/mcp endpoint. See the AI/MCP hub for client configuration and tools.
• Independent verifier — verifies receipt signatures and signed fields locally without depending on the Insight API. Consumers must independently establish trust in the attester key or key registry; successful signature verification is not an endorsement of a trade or verdict.

REST, MCP, and SDK calls draw from the same API-key credit wallet. Plans add credit capacity rather than separate feature tiers. See current pricing for plans and per-call costs.

Local development

Requires Node.js 22 or later. From the repository root:

npm install
npm run dev

See .env.local.example and src/lib/config/serverEnv.ts for environment configuration. Development can run with safe defaults for missing secrets; production requires Supabase credentials, CSRF_SECRET, and JWT_SECRET. Signed pre-trade attestations require ATTESTATION_SIGNER_PRIVATE_KEY.

To run the MCP server separately:

npm run mcp:stdio   # local stdio transport
npm run mcp:http    # HTTP transport at http://127.0.0.1:3001/mcp

The application is built with Next.js, React, TypeScript, Tailwind CSS, and Supabase. App routes and API handlers live in src/app/; core oracle, risk, attestation, and billing logic lives in src/lib/; MCP code lives in src/mcp/. Database migrations are under supabase/.

Documentation

Topic	Details
Product scope and PriorSeal relationship	Product positioning and Guard SDK
Receipt schemas and independent verification	Verifier README and registry release policy
Partner protocol and release isolation	Mainline partner isolation and protocol README
Operations and data collection	Production readiness, cron dispatcher, and integration reliability
Database changes	SQL inventory and execution order
Experimental RWA work	RWA v1, RWA v2, and instrument registry

RWA/tokenized-equity adaptations remain opt-in research; no production RWA signer or authorization policy is activated. The optional Robinhood Stock Token issuer context is read-only and does not count as an independent oracle source.

License

See LICENSE.