Head to head · Kyc identity · October 2026 research run

Socure RiskOS vs Veriff

Socure RiskOS scores 63.5 (B) on agent readiness against Veriff's 61.1 (C), and leads in 5 of 7 scored categories. Veriff leads on payments & pricing. Both do kyc identity.

Which one, for what

Socure RiskOS B

Good for A company in the United States that wants one decision from combined KYC, document, fraud and watchlist checks through a single evaluation call.

Ahead on

  • Reliability, 75 against 62

Also in its favour

  • A hosted endpoint, with nothing to install

Watch for

No service agreement or API terms are published. The only terms pages are website terms of use and end-user terms for document capture

Veriff C

Good for A team that needs document and selfie verification with public per-verification prices and a trial, and that can run a webhook receiver and HMAC signing.

Ahead on

  • Payments & pricing, 40 against 35

Watch for

No server-side SDK and no MCP server. Official packages cover only browser and mobile capture

Score by category

CategoryWeight this runSocure RiskOSVeriffEdge
Reliability16%207562Socure RiskOS +13
Performance10%pendingpendingpendingnot scored in this run
Schema & documentation13%16.28482Socure RiskOS +2
Agent ergonomics13%16.24643Socure RiskOS +3
Security & auth14%17.56063Veriff +3
Payments & pricing10%12.53540Veriff +5
Task success10%pendingpendingpendingnot scored in this run
Maintenance & community7%8.87574Socure RiskOS +1
Transparency & trust7%8.86867Socure RiskOS +1
Negative events≤1500
Total63.5 · B61.1 · C

Facts side by side

FactSocure RiskOSVeriff
KindHTTP APIHTTP API
VendorSocure Inc.Veriff OÜ
Hosted endpointhttps://mcp.riskos.socure.com/sandboxno (local only)
TransportsHTTPHTTP
AuthAPI keyAPI key
PricingPay per usePay per use
x402nono
LicenceProprietary service. No service agreement is published, and the OpenAPI file states its licence as ProprietaryProprietary service. The npm capture SDKs are ISC (@veriff/js-sdk, @veriff/incontext-sdk) and MIT (@veriff/react-native-sdk)
Tools exposed9none
Read-only variant documentednono
llms.txtyesyes
Last release2026-10-062026-10-02
Terms last updatedno document linkedcouldn't be read
Privacy policy last updatedno date given2026-04-16
Customer content may train modelsyesyes
Terms restrict automated accesscouldn't be read
Terms restrict benchmarkingcouldn't be read
Terms or service can change without noticecouldn't be read
Arbitration or class-action waivercouldn't be read
Popularity35k npm/wk32 stars, 110k npm/wk

Verdicts

Socure RiskOS

A public OpenAPI file, llms.txt, 15 documented error codes and dated release notes cover a ten-operation REST API, and Socure Launch publishes prices from $0.80 an evaluation with a free sandbox. API keys carry no scopes, no idempotency header is defined, no service terms are published, and production stays at zero requests until Socure activates it.

Veriff

Per-verification prices are public from $0.80, with a 15-day trial of 50 sessions and no card. Each endpoint page is Markdown with an OpenAPI 3.0 fragment. There is no server SDK, MCP server or idempotency key, most calls need an HMAC signature, and the status page shows nine incidents between 20 July and 7 October 2026.

Before you call either

Socure RiskOS

  1. Send Authorization: Bearer <key> to https://riskos.sandbox.socure.com/api/evaluation for tests and https://riskos.socure.com/api/evaluation for live checks. The two environments use separate keys.
  2. Use dummy data only in the sandbox. It returns predefined results, connects to no live data source and expects the documented test values.
  3. Store the eval_id from every POST /api/evaluation response. No list or search endpoint exists to find it later.
  4. On 429 wait the seconds given in X-Retry-After. Do not blindly resend a failed POST /api/evaluation, because no idempotency header is documented and Launch bills each initiated evaluation.
  5. The MCP server at https://mcp.riskos.socure.com/sandbox reads docs, workflows and webhooks with its own MCP Server Key. It cannot run evaluations or read results.

Veriff

  1. Take the base URL from the integration's API keys page. Send X-AUTH-CLIENT on every call and store verification.id from POST /v1/sessions
  2. Sign POST and PATCH bodies, and the session ID on GET and DELETE, with HMAC-SHA256 in X-HMAC-SIGNATURE. POST /v1/sessions needs no signature
  3. Stay under 30 session creations a minute on Self-Serve, 600 on Enterprise. A 429 carries code 1004
  4. Don't blindly retry POST /v1/sessions. Each call makes a new session, which is billed on a live integration
  5. Poll GET /v1/sessions/{id}/decision until verification is not null, or accept webhooks within 5 seconds and treat duplicates as normal

Questions

Which is better for AI agents, Socure RiskOS or Veriff?

Socure RiskOS scores 63.5 (B) on agent readiness against Veriff's 61.1 (C), and leads in 5 of 7 scored categories. Veriff leads on payments & pricing.

Do Socure RiskOS and Veriff need an API key?

Both need an API key.

Can an agent call Socure RiskOS and Veriff without installing anything?

Socure RiskOS has a hosted endpoint at https://mcp.riskos.socure.com/sandbox. No hosted endpoint is listed for Veriff.

Other comparisons with Socure RiskOS or Veriff

Machine-readable

For companies

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