Maris-Tech has introduced a new ultra-compact edge computing platform developed for advanced drone payloads and fiber optics-controlled aerial systems.
Built around a System on Chip architecture with multimedia and AI functionality, the platform supports direct integration with relatively low-cost Mobile Industry Processor Interface cameras.
Its low Size, Weight, and Power (SWaP) design enables deployment across a broad range of aerial platforms where payload constraints and operational efficiency are critical considerations.
The platform was developed in response to the operational requirements of a leading international defense contractor and integrates advanced video processing and artificial intelligence capabilities within a highly compact form factor designed for modern drone environments.
The system also incorporates a dedicated fiber optics connectivity interface intended to support secure, high-bandwidth, and low-latency video and data transmission for fiber optics-controlled drone operations.
Israel Bar, Chief Executive Officer of Maris-Tech, commented, “Fiber optics-controlled drone systems are becoming essential for loitering munitions and tactical surveillance. We identified this growing market need early and moved to develop a mission-ready solution that combines advanced edge AI, video intelligence, and compact deployment capabilities. We believe this New Platform positions Maris-Tech to support the next generation of resilient drone technologies being adopted by leading defense organizations worldwide.”
Maris-Tech develops video and AI-based edge computing technologies for defense and other space-constrained operational environments. The platform is designed to support modern drone applications requiring compact AI and video processing capabilities.
