Secure Boot Bypass
A device with altered boot configuration continues to inherit organizational trust.
QILAHK Break Boot-chain evidence must support the trust determination.
Trust Attack Surface
Attack paths that depend on assumed trust.
QILAHK is designed to break trust-dependent attack paths before a compromised, altered, unauthorized, or unverifiable state becomes a consequential decision.
COMPROMISE System state changes
HIDE Evidence is incomplete
INHERIT TRUST Previous trust persists
GAIN AUTHORITY Existing permission applies
CONSEQUENCE Action is executed
QILAHK Trust Boundary
Break the chain before trust becomes consequence.
QILAHK evaluates whether the required conditions for trust can actually be established at the time a consequential decision is made.
EVIDENCE
VERIFY
IDENTITY
AUTHORITY
POLICY
TRUST DECISION
PROOF
Attack Path Analysis 01 02 03 04 05 06 07 08 09
What QILAHK is designed to eliminate.
These are not claims that QILAHK prevents every compromise. They are trust-dependent paths where a verified state, authority decision, or cryptographic proof can become the control boundary.
Firmware Compromise
Firmware state changes while higher-level security controls continue operating as if the platform were trustworthy.
QILAHK Break Firmware and platform evidence becomes part of the trust decision.
Compromised Endpoint → Privileged Action
A previously trusted endpoint is compromised but retains operational authority.
QILAHK Break Changed system state can cause trust regression.
Stolen Credential + Untrusted Device
Valid identity is treated as sufficient even when the originating device cannot establish trustworthy state.
QILAHK Break Identity does not independently establish system trust.
Privilege Escalation
An elevated identity attempts a consequential operation after the conditions supporting authorization have changed.
QILAHK Break Authorization can be evaluated against current evidence.
Configuration Drift
A device was trustworthy at T₀ but its security posture changed afterward.
QILAHK Break Trust becomes lifecycle-aware rather than permanently inherited.
Stale Authorization
An action remains authorized because an earlier authorization decision is assumed to remain valid.
QILAHK Break Authority can be evaluated against the state that exists now.
Evidence Tampering
Security evidence is modified, fragmented, or reconstructed after the consequential event.
QILAHK Break Signed evidence, hashes, provenance, and immutable records strengthen evidentiary integrity.
Unprovable Security Decision
An organization cannot reconstruct why an action was trusted or whether the required conditions existed at the time.
QILAHK Break The trust decision becomes independently verifiable evidence.
Evidence Architecture
QILAHK does not ask you to trust the assertion.
Establish the State
- Identity — resolve the system and relevant entity.
- Evidence — collect measurable security state.
- Provenance — preserve where evidence came from.
- Timestamp — establish when the state existed.
Establish the Decision
- Authority — identify who or what can decide.
- Policy — establish the governing conditions.
- Trust Decision — record the resulting determination.
- Cryptographic Proof — make the decision verifiable.
The QILAHK Principle
If trust cannot be established, authority cannot be assumed.
QILAHK converts security evidence into a governed trust determination and creates cryptographically verifiable proof of the decision.