Gazex builds ultra‑compact, AI‑driven autonomous payloads that provide high‑resolution aerial intelligence for applications such as surveying and security. Their GAZEX10S EO payload combines rugged design with precise, adaptable performance to operate from diverse environments, delivering clear visual data to users in real time.
Funding
Funding not disclosed
Founders
Product
Problem
Organizations conducting aerial surveying, security monitoring, and other remote-sensing tasks often rely on bulky, manually operated camera payloads that limit deployment flexibility and increase integration complexity with various platforms.
Solution
Motionmatics develops ultra‑compact, AI‑driven autonomous payloads that can be mounted on unmanned aerial, ground, marine, or space vehicles to capture high‑resolution visual data. The GAZEX10S electro‑optical (EO) payload incorporates onboard artificial‑intelligence algorithms to manage exposure, focus, and scene analysis without operator intervention. Its lightweight, ruggedized design enables operation in diverse environments, from rugged terrains to dense urban areas. Captured imagery is streamed in real time to user devices or cloud services, supporting immediate decision‑making for surveying, security, and surveillance applications. The system is engineered for plug‑and‑play integration, allowing customers to retrofit existing platforms with minimal mechanical and software modifications.
Target Audience
Primary customers include surveying firms, security and border‑monitoring agencies, defense contractors, and operators of UAV, UGV, and marine surveillance platforms seeking compact, intelligent imaging solutions.
Features
- Ultra‑compact form factor optimized for payload‑limited UAVs, UGVs, USVs, and satellite platforms
- Onboard AI engine that autonomously handles focus, exposure, and basic image analytics
- High‑resolution electro‑optical sensor with rugged housing for operation in harsh weather and vibration conditions
- Real‑time video and image streaming over secure links with low latency
- Modular interface supporting standard mounting and power connections across multiple vehicle types
- Compatibility with custom software APIs for seamless integration into existing mission‑control systems