SAQ™ — Secure Against Quantum™

Most digital systems collapse identity, authentication, and authority into the same trust event.

A person presents a password, token, key, certificate, or signed request. If the credential verifies, the system assumes the identity is valid and allows the associated authority to travel with it.

That creates a dangerous inheritance chain:

credential accepted → identity assumed → authority inherited → execution allowed

If cryptographic advances, credential theft, insider compromise, or implementation failure breaks the first link, everything downstream becomes exposed.

SAQ™ breaks that chain.

Core rule: possession of a credential must never be sufficient to inherit identity, authority, and execution rights.

SAQ™ separates the private identity record from the identifiers used throughout applications, workflows, models, ledgers, and execution systems.

The private identity remains inside a protected identity boundary. Operational systems receive a Shadow ID rather than direct access to the person or organization behind it.

Private identity → Shadow ID → validated authority → admissibility decision → execution

• Private identity data remains separated from ordinary system activity.
• Applications operate on a Shadow ID rather than exposing the underlying person record.
• A compromised application identifier does not automatically reveal private identity.
• A valid identity does not automatically inherit unlimited authority.
• Authority remains scoped to the entity, action, context, system state, and current permission.

The Shadow ID is therefore not merely a privacy alias. It creates a structural boundary between who someone is and what a system is currently permitted to do on their behalf.

SAQ™ does not claim that quantum attacks, cryptographic failures, or credential compromise can never occur.

It changes what an attacker gains if one does occur.

• A stolen credential is not automatically accepted as the complete identity.
• A recognized identity is not automatically granted authority.
• Previously valid authority is not assumed to remain current.
• A permitted action cannot execute outside its defined boundary.
• Drift, stale state, or failed verification can invalidate permission before execution.

In plain terms:

Stolen key ≠ verified identity
Verified identity ≠ current authority
Current authority ≠ automatic execution

Post-quantum cryptography and SAQ™ are complementary. One protects the cryptographic mechanism. The other prevents the entire authority model from depending on that mechanism alone.

Identity separation prevents a credential from silently becoming the person.

The SAQ™ Admissibility Gate prevents identity, output, or confidence from silently becoming permission.

It is a deterministic, fail-closed checkpoint placed directly in the execution path.

At runtime, the gate answers one question:

“Is this specific entity allowed to take this specific action, inside this boundary, under this authority, in the current system state, right now?”

• Approve — execution may proceed.
• Refuse — execution is blocked.
• Invalidate — prior permission is revoked when identity, authority, context, or state has drifted.

The model may suggest. The workflow may request. The agent may appear confident.

None of those conditions grants permission to act.

Runtime rule: identity + authority + boundary + current state → SAQ™ Gate → execute, refuse, or invalidate.

• Downstream of identity — after the acting entity has been resolved through the identity boundary.
• Downstream of authority — after current, scoped permission has been established.
• Downstream of boundary and ledger — after the system knows what is in scope and what is currently true.
• Upstream of execution — before any governed or irreversible action occurs.
• Inside the wired workflow — non-bypassable by design.

If an action can occur without passing through the gate, it is outside the governed surface.

If it passes through the gate, it is subject to the same structural checks every time.

Identity → Shadow ID → authority state → boundary and ledger → SAQ™ Gate → action surface.

SAQ™ is not a safety feature added after a model produces an answer. It is an execution mechanism operating inside the larger Reality Stack™ and Drift Stack™ architecture.

• A0 — Possibility: the actions the system could potentially request.
• A1 — Boundary: the actions that are actually inside the governed surface.
• A2 — Ledger: the current identity, authority, context, and system state.
• A3 — Drift: evidence that identity, authority, context, assumptions, or state have diverged.
• A4 — Correction: revocation, repair, revalidation, or reset before authority can resume.

Operationally, the Drift Stack™ is expressed as: Identity → Reference Frame → Coherence Boundary → Drift → External Correction.

SAQ™ sits at the transition between possibility and consequence. It determines whether a requested transition is admissible before that transition becomes part of reality.

You are not licensing a slogan or a general recommendation to “use guardrails.”

You are licensing an identity, authority, and execution architecture that makes the statement “this system is allowed to act” a testable claim.

• Separate private identity from ordinary application and model activity.
• Prevent credential possession from automatically granting authority.
• Bind execution to explicit, current, scoped permission.
• Enforce pre-execution admissibility rather than post-incident explanation.
• Detect identity, authority, boundary, or state drift.
• Invalidate stale permission before further execution.
• Support a control story that buyers, auditors, regulators, and partners can understand and verify.

To claim SAQ™ conformance, a system must demonstrate the architecture in operation—not merely adopt the language.

• Separate private identity from ordinary system identifiers and activity.
• Resolve operational activity through a protected Shadow ID or equivalent identity boundary.
• Bind execution authority to an explicit entity, action, boundary, context, and current state.
• Route every governed action through a non-bypassable admissibility gate.
• Produce deterministic approve, refuse, or invalidate outcomes.
• Detect and invalidate stale authority when identity, context, or system state drifts.
• Require correction or revalidation before authority resumes.

Conformance depends on the implemented architecture and evidence, not company size, marketing language, or stated intentions.

Licensing is determined by identity exposure, execution authority, action surface, and conformance effort—not company size, funding stage, or headcount.

The scope call exists to place the system in the correct tier, not to force a small implementation into an enterprise license.

• Limited-Scope Usage License
  Single application with tightly bounded identity and action surfaces. Designed for solo developers and small teams building a real but limited system.
  $500–$1,000 / year
• Usage License
  Internal systems or limited production deployments where execution authority exists but remains constrained and well-defined.
  $2k–$10k / year
• Integration License
  SaaS, multi-tenant, or externally facing systems where identity and execution authority operate across users, workflows, client organizations, or environments.
  $10k–$50k+ / year
• OEM / Platform License
  Embedded, redistributed, white-labeled, or platform-level implementations with broad or cascading identity and action surfaces. Scope and pricing are determined during the licensing review.

Final scope and pricing are confirmed during the SAQ™ Licensing Scope Call based on identity boundaries, execution authority, drift surfaces, and conformance requirements.

SAQ™ is covered by filed and pending U.S. patent applications related to identity separation, admissibility, execution authority, drift detection, invalidation, and external correction mechanisms.

Licensing grants the right to implement the SAQ™ architecture and make defined conformance claims under the applicable license. Ownership remains with Samirac Partners LLC.

Patent pending.