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Volatile Memory Zeroization
Video streams process entirely within isolated RAM buffers and zeroize in under 50 ms. No video or biometric vectors are ever written to persistent storage - designed for military privacy directives.
Zero-Trust Physical Access & Perimeter Intelligence · 100% Air-Gapped
Sub-Second Perimeter Authorization. Zero Network Exposure.
Air-gapped 1:N facial clearance at walking speed, license-plate-to-driver cross-matching and real-time virtual perimeter intrusion defense for high-security defense compounds.
- Air-Gapped (Zero Cloud)100%local mesh isolation
- In-RAM Match Latency<10ms1:N vector search
- Parallel Tracking30targetsper frame
- Persistent Storage0KBvolatile memory only
Operational scenarios
Built for the people who hold the gate.
Four operational challenges faced by base defense officers - and how Chkdin AI addresses each.
Operational scenario 01
Peak Shift-Change Garrison Gate Congestion
The challenge
Hundreds of active-duty personnel, contractors and military transports arrive simultaneously during 0600 shift changes. Manual ID checks by sentries create massive vehicle queues, making entry gates prime targets for standoff threats.
The Chkdin AI solution
Walking-speed, hands-free 1:N biometric verification integrated directly into heavy automated barrier gates. Personnel walk through entry turnstiles at normal pace without stopping to swipe badges or present paperwork.
Key outcome
Gate throughput increases by 400%, eliminating perimeter vehicle queues while maintaining 100% zero-trust identity verification.
Operational scenario 02
Vehicle-Driver Impersonation & Convoy Security
The challenge
Authorized supply vehicles entering ammunition depots or logistics yards driven by unverified third-party personnel using stolen access badges.
The Chkdin AI solution
Dual-channel optical processing links license plate extraction with in-cab driver biometric verification in a single sub-second pass. If plate and driver do not match authorized manifest pairings, barriers stay locked and sentries receive an instant alert.
Key outcome
Eliminates unauthorized vehicle access and prevents credential-sharing exploits across garrison perimeters.
Operational scenario 03
Virtual Perimeter Intrusion & Low-Light Detection
The challenge
Vast compound perimeters prone to covert intrusion across dark fence lines where physical patrols cannot provide continuous coverage.
The Chkdin AI solution
Thermal and infrared feeds linked to localized neural edge nodes. Define custom polygon virtual boundaries; when a target breaks a virtual fence line, the system tracks up to 30 targets simultaneously and alerts command consoles in under 1.0 second.
Key outcome
Real-time spatial tracking that filters false alarms from animals and foliage movement.
Operational scenario 04
Tactical Readiness in Denied Environments (Air-Gapped)
The challenge
Defense networks operate under strict air-gap rules. Cloud-dependent security software is banned due to electronic warfare, network jamming and data leakage risks.
The Chkdin AI solution
100% on-device neural processing. Localized edge nodes run all AI models, database matching and barrier relay actuations inside volatile RAM - zero cloud dependencies, zero external IP traffic.
Key outcome
Continuous 24/7 security operation even during total WAN disruption, satellite blackout or tactical network isolation.
Institutional defense & privacy guarantees
Engineered for captured-hardware scenarios.
1:1
Cryptographic Enclave Binding
Firmware and biometric vector databases are cryptographically bound to specific hardware node enclaves, preventing unauthorized extraction if hardware is physically captured.
IP66
All-Weather Ruggedization
Deployable in extreme heat (+65°C), high-humidity monsoon zones and freezing tactical environments (-20°C).
Hardware form factors
Deploy at the gate, the FOB or the guard room.
Technical specification summary
Defense parameters.
Defense parameterSystem specification
Inference Match Speed
< 10 ms (1:N local RAM vector search)
Multi-Target Ingest
Up to 30 targets / frame (simultaneous tracking)
Detection Range
Up to 40 m optical identification vector
Air-Gap Integrity
100% zero-cloud / local mesh isolation
Cross-Camera Re-ID & Alert
< 1.0 s command console relay
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Explore Vision MilesFAQ
Defense deployments, answered.
Can Chkdin AI run inside an air-gapped defense network?
Yes. All AI models, database matching and barrier relay actuations run on-device inside volatile RAM, with zero cloud dependencies and zero external IP traffic.
How fast is garrison gate verification?
1:N facial matching runs in under 10 ms as a local in-RAM vector search, enabling walking-speed, hands-free clearance at barrier gates.
Does it detect vehicle-driver impersonation?
Yes. Dual-channel optical processing links license plate extraction with in-cab driver biometric verification in a single sub-second pass; mismatches keep barriers locked and alert sentries.
What happens if hardware is physically captured?
Firmware and biometric vector databases are cryptographically bound to specific hardware enclaves, preventing unauthorized extraction.