B2IGE Verify

السجل الرسمي أدوات المطورين

Independent deterministic verification for AI-written software. Local, evidence-backed checks.

التثبيت

أضف هذا إلى إعدادات MCP في عميلك (Claude Desktop: claude_desktop_config.json، وCursor: ‏.cursor/mcp.json، ويستخدم VS Code وغيره الصيغة نفسها «mcpServers»).

MCPB package https://github.com/b2ige2-a11y/b2ige-verify/releases/download/v0.1.0/b2ige-verify-0.1.0.mcpb

التوثيق

مأخوذ من ملف README للمشروع على GitHub ويُحدَّث أسبوعيًا. تفتح الروابط على GitHub.

المحتويات
  1. B2IGE Verify
  2. Don't trust "done". Prove it.
  3. Latest release
  4. Quick install
  5. 30-second BlindTest demo
  6. Three verification products
  7. Easy Adoption
  8. Measured benchmark
  9. Platform support
  10. What the result means
  11. Trust boundary and limitations
  12. Documentation
  13. Contributing
  14. License

B2IGE Verify

Don't trust "done". Prove it.

B2IGE Verify is deterministic verification infrastructure for AI-written software. It runs real programs under declared contracts, records evidence, and produces a bounded PASS/FAIL/INCONCLUSIVE/ERROR result without asking the coding agent to grade its own work. BlindTest makes the boundary concrete: hidden tests exercise the produced program without exposing the suite or oracle to the agent.

Latest release

B2IGE Verify v0.3.0 is the current public release. The final release record documents its exact-main qualification, platform boundaries, and public asset set.

Also download SHA256SUMS and verify the matching archive before extracting. See installation details for prerequisites and offline validation.

Quick install

Choose the archive for the host, then verify, extract, and put bin on PATH:

B2IGE_RELEASE_URL=https://github.com/b2ige2-a11y/b2ige-verify/releases/download/v0.3.0
B2IGE_ARCHIVE=b2ige-0.3.0-aarch64-apple-darwin.tar.gz
curl -fL -O "$B2IGE_RELEASE_URL/$B2IGE_ARCHIVE"
curl -fL -O "$B2IGE_RELEASE_URL/SHA256SUMS"

if command -v shasum >/dev/null 2>&1; then
  shasum -a 256 "$B2IGE_ARCHIVE"     # compare with SHA256SUMS
else
  sha256sum "$B2IGE_ARCHIVE"         # compare with SHA256SUMS
fi
tar -xzf "$B2IGE_ARCHIVE"
cd "${B2IGE_ARCHIVE%.tar.gz}"
export PATH="$PWD/bin:$PATH"
b2ige --version

The archive is ready for the adoption flow or the product-specific commands. Docker is required for BlindTest; missing prerequisites remain a readiness or non-PASS result.

30-second BlindTest demo

BlindTest asks: does the produced program actually work? It runs visible checks against a correct and a buggy implementation, then executes sealed hidden cases in an attested Docker boundary. The correct implementation passes, the buggy implementation fails, and the sanitized Agent view is checked for private-value leakage.

From a source checkout or the source archive, with Docker available:

docker pull node:24.18.1-bookworm-slim
scripts/demo-blindtest.sh

The demo performs real execution and records evidence; its output is not canned terminal text. See the BlindTest example for the bounded secrecy boundary and the threat model for its limits.

Three verification products

ProductQuestionWhat it checks
BlindTestDoes it actually work?Sealed hidden tests against an agent-produced target inside the declared Docker boundary.
BehaviorSealDid it change?Trusted reference/candidate behavior under equivalent deterministic experiments.
SideEffect ProofDid it actually happen?Committed local SQLite effects under retries and fault schedules, not inferred attempts.

Easy Adoption

inspect → init → prepare → trust approve → doctor → verify ID

prepare is non-authoritative: it discovers inputs and writes a reviewable draft. Trust approval remains an interactive human/trusted-controller decision. doctor reports readiness, not verification. verify ID resolves the approved identity and produces the real, evidence-backed result. Read the adoption guide for the full boundary.

Measured benchmark

These are committed measurements on the bounded B2IGE Verify Bench v1 corpus, not a claim of exhaustive correctness or a replacement for product evidence.

B2IGE Verify Bench v1 / 31 explicit cases
Measurement (on the benchmark corpus)Observed
Known bugs detected16 / 16
False PASS0
False FAIL0
Verified reproduction16 / 16
Hidden leakage observed0
Agent private-value leakage0
Mutation adequacy: known benchmark mutants2 / 2

All numbers above are on the benchmark corpus only. Bounded testing cannot establish complete correctness.

See the measured snapshot and benchmark methodology.

Platform support

PlatformSupport boundary
macOS Apple SiliconNative release
macOS IntelNative release
Linux x86_64Native release; Docker and full benchmark CI
Windows x64Source/build plus bounded CLI smoke only; not VERIFIED_NATIVE
Linux arm64Deferred

macOS binaries are unsigned and unnotarized. See installation and platform details for Docker, source-build, and archive boundaries.

What the result means

  • PASS / 0: required evidence is complete within the declared executed scope, with no violation observed.
  • FAIL / 1: a violation is supported by evidence.
  • INCONCLUSIVE / 2: required evidence or execution coverage is incomplete.
  • ERROR / 3: the verifier, configuration, isolation setup, or stored evidence failed.

Missing evidence cannot become PASS. Models do not assign verdicts. A result is bounded by the declared experiment, evidence, and platform scope.

Trust boundary and limitations

  • Hashes provide integrity, not publisher authentication.
  • Same-user host access is outside the BlindTest secrecy boundary.
  • Bounded verification is not exhaustive proof.
  • The internal v0.3.0 holdout was AI-operated, not independent human or external validation.
  • Genuine external-user V110-D evidence is deferred; internal or synthetic evidence is not presented as external adoption.

Read the threat model, contracts, and evidence model before relying on a result.

Documentation

Use the documentation index for getting started, product guides, trust and architecture, benchmarks, release history, and developer resources. The false PASS report accepts only synthetic or sanitized details; never upload hidden suites, private canaries, raw human evidence, or credentials.

Contributing

Start with CONTRIBUTING.md, the architecture, and the security policy. Changes to verifier authority, evidence, contracts, or schemas require deliberate review; missing evidence must never be converted into success.

License

B2IGE Verify is licensed under Apache-2.0. No telemetry, hosted service, or paid API is required. Product names and trademarks are covered separately by TRADEMARKS.md.

الأسئلة الشائعة

ما هو B2IGE Verify؟

Independent deterministic verification for AI-written software. Local, evidence-backed checks.

كيف أثبّت B2IGE Verify؟

اتبع خطوات التثبيت في توثيقه المعروض في هذه الصفحة وفي مستودعه.

هل يحتاج B2IGE Verify إلى مفتاح API؟

لا يذكر إدراجه في السجل أي مفتاح أو سر إلزامي. قد تتطلب بعض الميزات حسابًا لدى الخدمة التي يتصل بها.

هل B2IGE Verify مفتوح المصدر؟

نعم. شيفرته متاحة على GitHub بترخيص Apache-2.0.

من يصون B2IGE Verify؟

ينشره b2ige2-a11y. يدرجه AI.tn لكنه لا يصونه ولا يوصي به.

من سجل MCP الرسمي. الإدراج ليس توصية: راجع شيفرة الخادم وصلاحياته قبل منحه الوصول إلى بياناتك.