Privacy Gate · Integrator decision room

Keep the hardware. Put consequential access behind authority.

Your cameras may already be good enough. The missing layer is proving that the exact person or AI requesting sensitive data is authorized for this exact purpose, target, scope, and current policy state before the provider action happens.

Run the four-decision proof Scope a partner integration Privacy Gate overview

existing hardware → exact request → ARBITER → one-use authority → constrained adapter → outcome receipt

Why this becomes a need

The capability gap is no longer the hard problem. The authority gap is.

Provider capability is broader than business authority

Without an authority layer: A camera/VMS/ALPR API may technically permit a search or export, but technical capability alone does not prove the actor, purpose, scope, or current policy permits it.

With ARBITER: ARBITER binds the exact actor, action, target, purpose, scope, policy version, approval evidence, and one-time authority before a constrained adapter can act.

Audit after access is too late

Without an authority layer: A log can show that a sensitive search happened after the data was already returned or exported.

With ARBITER: Privacy Gate can deny, hold, or require exact approval before the provider action, then leave a reviewable decision/outcome receipt.

Private-sector buyers need useful security without default tracking

Without an authority layer: A law-enforcement-first surveillance product can create unnecessary adoption friction for construction, property, campus, fleet, and private-security buyers.

With ARBITER: The same hardware can expose bounded site-health, event-summary, incident-evidence, retention, and role-limited workflows without making cross-site historical tracking the default product.

AI increases speed unless authority is equally machine-enforced

Without an authority layer: Adding AI to a powerful provider API can make broad actions easier to request without making the underlying authority any clearer.

With ARBITER: AI may prepare or recommend. ARBITER independently decides whether this exact consequence is authorized now, under this exact policy state.

Do not rip and replace

The partner keeps the hardware advantage.

→ Partner keeps camera/sensor hardware, enclosure, power, networking, firmware, capture pipeline, field installation, and provider operations.
→ INTIGNAI supplies action normalization, policy packs, exact approvals, scoped grants, provider-boundary conformance, receipts, revocation, and oversight.
→ The first technical proof uses a sanitized API/OpenAPI/example payload, simulator, or test device—not customer records or production credentials.

Commercial expansion

One hardware platform, two governed product modes.

Public-safety deployments can gain stronger purpose, scope, approval, and receipt controls. Construction and private-security deployments can lead with site health, incident evidence, retention, role-limited access, and privacy-safe operations instead of default historical tracking.

That creates differentiation without requiring the hardware company to become a policy-engine vendor or INTIGNAI to become a camera manufacturer.

Five-minute executive demo

Show control changing the outcome—not another dashboard.

01Show a legitimate narrow public-safety request: ALLOW.
02Show personal-curiosity tracking with no admitted purpose: DENY before provider access.
03Show a legitimate but overbroad request: REQUIRE APPROVAL.
04Show the exact approved request: ALLOW, while a changed scope would invalidate the prior approval.
05Switch to the partner view: keep existing hardware and use Privacy Gate as the authority/privacy layer.
06Finish with the low-disclosure integration ask: sanitized interface docs or one fake request/response, then synthetic conformance.

What we already proved mechanically

The demo sits on merged authority components, not presentation-only promises.

ARBITER CORE

Exact-action policy + durable receipts

Authority kernel, append-only-under-normal-DML receipt ledger, and signed non-widening policy-pack compiler are merged source.

ARBITER GATE

Provider consequence boundary

The synthetic provider adapter independently revalidates ALLOW, exact one-time grant binding, expiry, revocation, replay, and bounded scope before modeled execution.

PARTNER LANE

Low-disclosure integrator qualification

A partner discovery manifest and conformance path are merged so a sanitized interface description can become a real synthetic adapter fixture without production access.

The first ask

We do not need customer secrets to prove the fit.

→ A sanitized API, OpenAPI, SDK excerpt, simulator contract, or example request/response.
→ Whether device identity, time/camera/result scope, and provider request correlation exist.
→ Whether a sandbox or isolated test device is available after synthetic conformance passes.
→ One technical owner and one business owner if the proof works.

Explicitly not requested

No production keys. No active cases. No customer list.

The first integration proof should not contain live provider credentials, raw plate histories, active investigation data, covert deployment locations, customer-identifying records, or production execution authority.

If synthetic conformance passes, a separately approved sandbox or isolated test device becomes the next gate.

Decision point

Do not buy another promise. Test the authority boundary.

Give INTIGNAI one sanitized provider action shape. We will show whether it can be normalized, narrowed, approved exactly, denied when it should be, protected from replay, and closed with an outcome receipt before asking for a live integration.

Start the synthetic partner proof

Proof first

See the four outcomes before discussing integration.

The public proof demonstrates the distinction that matters: capability stays constant while purpose, scope, policy, and exact approval change whether access is admitted.

Open the decision proof