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CRITICAL INFRASTRUCTURE

Protect what the rest of the country runs on.

A power station, a water plant, a transmission corridor, a data center — these are large, remote, high-consequence sites where a breach is measured in more than a stolen asset. Sentinel is the intelligence layer for the control room that protects them: every camera across a sprawling perimeter on one live picture, intrusion and hostile reconnaissance caught early, and an operation you can run entirely inside your own network — or fully off the internet.

SOC Command Wall showing a wide-perimeter facility: fence lines, gates, site map with camera positions, and a calm threat dial. Faces blurred.Click to enlarge

Every camera on a sprawling site — one live picture, one operations console.

On-premise
Or fully air-gapped
no internet dependency
On-site AI
No cloud GPU
video understood locally
Perimeter
To the fence line
one live picture of the site
24/7
Control room ops
every action audited

WHAT A CRITICAL-INFRASTRUCTURE SECURITY TEAM ACTUALLY NEEDS

Four jobs, one platform.

Critical-infrastructure security isn’t a retail loss-prevention problem dressed up larger. The sites are vast and often unmanned, the consequence of a breach is national, and the network these systems live on may never be allowed to touch the public internet. Sentinel is built around the jobs that actually define protecting infrastructure at this scale.

Protect a large perimeter

Energy, water, and data-center sites span fence lines, substations, gates, and remote outstations. Sentinel pulls every camera into one live operations picture — a map with each camera positioned, organized by zone, gate, and building, with AI that flags what needs attention now.

Catch reconnaissance early

The serious threat rarely starts at the fence — it starts with someone watching the fence. Sentinel detects intrusion, flags loitering, and surfaces counter-surveillance patterns: the same person or vehicle appearing repeatedly near a perimeter over days, casing approaches and access points.

Operate inside your own network

Sentinel runs on-premise inside your own network, or fully air-gapped with zero internet connectivity — same platform, same intelligence, no phone-home, no telemetry. On-site AI processing means video is understood locally on your hardware.

Run a 24/7 control room

A single live picture, a multi-operator incident board for when something escalates, and a tamper-evident record of every action an operator takes — every camera viewed, every search, every export.

YOUR NETWORK. NO INTERNET REQUIRED.

On-premise, air-gapped, sovereign — the way infrastructure has to run.

For critical infrastructure, on-premise and air-gapped deployment isn’t a preference — it’s a mandate, and Sentinel is the same full platform inside your network as it is in the cloud.

  • On-premise — self-contained stack (app + databases + vector store + object storage) behind your firewall
  • Air-gapped — zero internet connectivity; install by secure media, license validated on-site
  • On-site AI — ONNX models run on your hardware; no cloud GPU, no video leaving the perimeter
  • Sideloadable model updates — even platform updates never touch the public network
  • Offline licensing — every feature works with no internet dependency
Explore Deployment & On-Prem
Cameras
Any ONVIF / RTSP
On-site Agent
ONNX AI · local, on CPU
Cloud or On-Prem
events · faces · evidence
Operator Console
respond · investigate · govern
Edge AI · no cloud GPU · footage stays in your network

Cameras → on-site agent → your on-prem stack. Nothing crosses the perimeter.

HOW AIR-GAPPED DEPLOYMENT WORKS

From secure media to a fully operational control room.

1

Install from secure media

The entire platform stack — application, databases, face vector store, and object storage — is bundled for transfer on secure media. No internet connection required at any point in the installation.

2

Validate the license on-site

Licensing is validated entirely on your own server using an offline HMAC token — no call-home, no telemetry, no outbound dependency. Every feature unlocks on your hardware.

3

Process video at the edge

AI models run on your hardware, where the cameras are. Faces, plates, intrusion events, and counter-surveillance patterns are analyzed inside the perimeter — nothing leaves the site for inference.

4

Sideload model updates

AI model updates can be transferred on secure media and sideloaded without an internet connection — so even platform improvements never touch the public network.

See it on a site like yours.

Request demo access and we’ll send you a private, pre-loaded environment — watch a perimeter come together on one live picture, surface a reconnaissance pattern across days, run an incident from the control room, and see how the whole platform runs on-premise or fully air-gapped, inside your own network.