Vizgard

Vizgard is a multi-award-winning UK SME building platform-agnostic visual intelligence and precision control for automating time-critical electro-optical systems.

Vizgard’s cutting-edge autonomy engine interfaces with existing UxV, C-UAS, and long-range surveillance systems infrastructure, offering increased situational awareness and reduced operator cognitive load through human-on-the-loop camera and vehicle platform control. VIZGARD has secured numerous innovative UAV, USV, and counter-drone projects by MOD, Home Office, and Defence primes.

Who we are – Submariner veteran-founded team of police, ex-military, and leading UK experts in edge-based video analytics for Defence and Security.

Our mission – To fully automate the cameras that protect us.

Our vision – To pioneer vision automation for a more peaceful and prosperous world.

FortifAI

Cutting-edge visual autonomy software

FortifAI is cutting-edge visual autonomy software that enhances existing systems with real-time visual intelligence and precise control of cameras and UxV platforms. This revolutionary, platform-agnostic solution runs on low-power edge processors and has been field-proven across various platforms, including UAVs, UGVs, USVs, C-UAS systems, long-range surveillance cameras, and even uncrewed submarines.

The powerful system enables advanced multi-domain autonomy and significantly increases situational awareness for better decision-making. The FortifAI platform offers an ever-expanding suite of essential features, including:

• Rapid integration with existing systems
• Time-critical visual and thermal video
• Person, crowd, and vehicle behaviour risk analysis
• Multi-camera and UxV automation
• Hot-swappable models for land, air and sea
• Open architecture to run your own models

FortifAI is interoperable with a wide variety of C2 (command and control) platforms and EO/IR sensors and gimbals. It is compliant with industry-standard protocols such as MAVlink, SAPIENT, NMEA, Pelco-D and ONVIF, making it easy to interface with your existing systems.