Alpha Release Soon

Prove what AI can do.

Misbar builds cryptographic infrastructure for confidential, verifiable AI evaluation. Test model performance and uncover vulnerabilities while keeping sensitive models, benchmarks, and findings private.

Private BenchmarkingConfidential Red-Teaming
● EVALUATION RECORD · PRIVATEMODELsha256:9f2a...c71bBENCHMARKsha256:4e1d...88a0EVALUATED2026-07-13 · 09:14 UTCTEST CASES1,240SCORE87.4 / 100SCORING METHODweighted-avg-v2PROOFzk-SNARK · generatedRESULT✓ VERIFIEDPROOF HASH0x3045022100d4e8...9f2a✓ VERIFIEDEVALUATIONS VERIFIED4,821↑ 14% vs last weekAVG VERIFICATION TIME1.8snegligible overhead● VERIFICATION LOGmodel identity0x9f2a...c71bokbenchmark suite0x4e1d...88a0okscore computation0x3045...9f2aok

Trust the evidence, not just the claim

AI evaluations tend to require access to proprietary models, hidden test sets, sensitive prompts, or security findings.

Share everything, and you create confidentiality risk. Share too little, and nobody can verify the result independently.

Misbar is building a third option: verifiable evidence with controlled disclosure.

How it works

One pipeline, four stages

01

Commit

The model and the benchmark are each fixed to a digest before anything runs, so neither can change after the fact.

02

Evaluate

Scoring runs against the committed pair inside an enclave neither party can read.

03

Prove

The enclave emits a proof that the committed model was scored on the committed suite by the stated method.

04

Verify

Anyone holding the record can check the proof against the digests without seeing either input.

Two products. One evidence pipeline.

Private Benchmarking

Evaluate AI models against private tests. Verify defined aspects of the evaluation and scoring process without exposing the underlying assets.

Confidential Red-Teaming

Probe models for vulnerabilities and produce verifiable evidence of defined testing procedures and findings, while protecting sensitive attack materials.

Benchmarks measure performance against defined tests. Red-teaming searches for the failures nobody wrote a test for. Findings become regression tests. Benchmarks show whether the fix held.