The Technology Behind Iron Gate Security

Iron Gate uses computer vision to identify threats as they happen. The system detects firearms in under 3 seconds and sends automated alerts to your security team and, where appropriate, to law enforcement, without depending on a human to catch the threat on a feed. Alongside gun detection, the AI handles person and vehicle detection, face recognition, license plate reading, and behavior analysis.

AI threat detection is now common across the security market. Most serious vendors have some version of it. That is exactly why the question worth asking is not whether a system has AI, but how fast it reacts and where the data it generates ends up. Iron Gate answers both directly: detection in under 3 seconds, and footage that can stay entirely on infrastructure you control.

All Iron Gate AI detection is developed in compliance with ISO/IEC 42001, the international standard for AI management systems. That standard governs how the AI is built, tested, and managed over its lifecycle, which matters for any buyer who has to answer for an automated system during an audit or a funding review.

The detection models run on the system itself, so a unit keeps watching and classifying even when its link to a monitoring center is degraded or down. Nothing about threat detection waits on a round trip to a distant server.

Security camera data can be stored three ways, and the difference matters more than most buyers realize. Cloud storage keeps footage on a vendor's remote servers. Hybrid keeps some data local and sends the rest to the cloud. On-premise keeps everything on hardware the customer owns and controls, on site.

Iron Gate supports the model you need, including true on-premise, where surveillance footage stays on your own servers and no outside provider ever touches it. For government, healthcare, and other regulated buyers, this is the architecture that supports data-sovereignty mandates: footage stays on customer-controlled infrastructure, which aligns with NIST SP 800-53 physical and environmental controls and FISMA requirements for federal information systems.

Here is the part the market does not advertise. Cloud-only systems cannot offer true on-premise storage, because the cloud is the product. Their architecture sends your footage off site by design, and the hardware often stops working if the subscription lapses. If your security policy requires an air gap, prohibits third-party cloud custody of recordings, or simply demands that you own your data outright, a cloud-only system cannot meet that requirement no matter how the contract is written.

Iron Gate's position is straightforward: you own the hardware, and you choose where the data lives. That choice is not a premium add-on or a future roadmap item. It is the architecture.

A SecMods unit runs 24/7 on solar power with a 72-hour battery backup and connects through 4G and 5G LTE cellular. No external power. No WiFi. No trenching, no electricians, no permits. A unit arrives pre-configured and tested, and deploys in under 30 minutes: position it, power it on, and it is watching.

This is an architecture difference, not a single product feature. A cloud camera still needs a power source and a network connection to do its job, which means a buyer has to solve power and connectivity before the camera is worth anything. Iron Gate's portable platform solves both inside the unit. That is what makes it practical to secure a construction site, a remote substation, a fence line, or an event venue where running infrastructure would be slow, expensive, or impossible.

Because power and connectivity are self-contained, the surveillance also stays up during the exact moments a site is most exposed: a network outage, planned IT maintenance, or a security event on the facility's own systems.