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Aegis
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Acugnito Aegis — Access Control

The right face isn't always the right visit.

Aegis pairs face recognition and liveness detection with a personal behavioral baseline — catching coercion and duress that identity checks alone can’t see.

Reading the face, every frame
The blind spot

Identity checks answer “who.” They don’t answer “why.”

A legitimate, enrolled user — coerced by someone off-camera — walks up to the door.
Every existing check welcomes them straight in.
Multi-Layer Pipeline

Four concurrent inspections, every single visit.

Conventional access systems rely strictly upon single-point identity confirmation. Aegis executes a comprehensive four-tier neural interrogation in parallel, preventing coerced entry and fraudulent bypass before granting physical passage.

Layer 01STAGE 1/4

Face Recognition

Confirms identity parameters against the enrolled biometric model within each video frame.

Sub-15ms Neural Match
Layer 02STAGE 2/4

Liveness Detection

Rejects photographs, high-resolution screens, and 3D silicone masks in real time.

Passive Depth & Texture
Layer 03STAGE 3/4

Weapon & Coercion

Identifies visible weapon profiles and forced-entry postures before gate actuation occurs.

Spatial Object Localisation
Layer 04STAGE 4/4

Behavioral Baseline

Evaluates micro-expressions against this specific individual’s historical emotional variance.

Gaussian Anomaly Model
What's different

Not just another face-scan lock.

A baseline built from this person, not a rule for everyone.
Aegis learns each enrolled user’s own history of sessions. A fixed threshold can’t account for how much people naturally vary in expressiveness — a personal one can.
An anomaly alone isn’t enough — it has to be the wrong kind.
One check catches anything unusual for this person. A second confirms the unusual part is specifically fear, anger, or sadness — not someone just having an unusually good day.
Operators confirm what the system flags — and what it misses.
Every flagged session can be marked a confirmed incident or a false alarm, and that verdict feeds directly back into what the system learns as normal going forward.
Local Infrastructure

Private by design, not by promise.

Aegis is engineered for institutions where biometric privacy and physical autonomy are absolute prerequisites[cite: 6]. Neural processing, behavioral baselines, and supervisory control reside exclusively on your physical premises[cite: 6].

AEGIS-CORE // PHYSICAL TOPOLOGY MAP
AIR-GAP VERIFIEDWAN ISOLATION: 100%
PHYSICAL FACILITY SECURITY PERIMETER — LOCAL SUBNET (192.168.1.0/24)PUBLIC WAN / THIRD-PARTY CLOUDPHYSICALLY ISOLATEDOPTICAL INGESTDirect USB / CSI-2Raw Memory BufferAEGIS NEURAL COREARM Cortex-A76ONNX Local Runtime< 35ms InferenceZero Cloud DelegationSOVEREIGN ENCLAVEAES-256 VaultLocal Biometrics0 KB/s Remote EgressPhysical Flash StorageCLOUD VENDORSNO TRANSMISSIONEgress Blocked by Design
HARDWARE AUTONOMY

Compact edge appliances, zero server racks.

The entire multi-layer verification stack executes directly on standard hardware—such as a Raspberry Pi 4 or 5 paired with a commercial USB optical sensor—requiring no cloud computation or costly infrastructure.

ARM Cortex-A76 / 64-bit On-Chip
PHYSICAL SOVEREIGNTY

Biometric records never leave your building.

Enrolled facial representations, behavioral baselines, and operator audit trails are sealed within an on-premises encrypted enclave, guaranteeing total compliance with sovereign privacy mandates[cite: 6].

AES-256 GCM / Zero WAN Egress
OPERATIONAL RESILIENCE

Immune to external internet outages.

Verification decisions are resolved instantly on-device; external network disconnections, ISP downtime, or cloud outages will never compromise building access or security desk operations[cite: 2, 6].

Sub-40ms Subnet WebSocket Feed

See where a coerced entry still gets caught.

Talk to us about deploying Aegis at your site — we’ll walk you through it.

Request a Demo