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QILAHK™ Cybersecurity Trust Authority — Security You Can Prove. Prepare for the 2026 Secure Boot transition
QILAHK™Security You Can Prove
Cybersecurity Trust Authority

Security you can prove.

QILAHK turns endpoint posture into evidence, evidence into independent verification, verification into registry trust, and registry trust into operational proof.

The QILAHK Difference

Security claims become defensible evidence.

QILAHK joins technical collection, human review, cryptographic evidence handling, authority decisions, and public verification into one governed trust workflow.

CollectEndpoint and boot-chain evidence
ValidateIndependent technical review
IssueSigned TrustMark decision
VerifyRegistry-backed public proof
Lock & Key Workflow

From system state to governed trust.

1. Collect Evidence

QILAHK Key records endpoint identity, Secure Boot state, TPM readiness, encryption, firmware, OS posture, and timestamps.

2. Verify & Decide

QILAHK Authority normalizes the evidence, preserves hashes, validates findings, and records an approval, warning, pending, denial, or revocation decision.

3. Publish Proof

Approved outcomes can receive a signed TrustMark, certificate, lifecycle status, and a public registry verification record.

2026 Transition

Secure Boot readiness is now a trust continuity issue.

Organizations depending on Windows endpoints, firmware integrity, and boot-chain assurance need documented readiness—not an informal checklist. QILAHK provides technical assessment, evidence preservation, remediation review, and issuance preparation.

QILAHK Key

Install the endpoint evidence collector.

Connect Windows endpoints to the QILAHK evidence, verification, and TrustMark workflow.

Begin With Proof

Build a security position that can be reviewed, verified, and defended.

Start with Secure Boot readiness, an endpoint trust baseline, or a full TrustMark issuance engagement.