Autonomous Security Robots Deployed in Partnership

- FieldAI's core technology, known as Field Foundation Models™ (FFMs), enables robots to operate autonomously in dynamic environments without needing GPS, pre-defined maps, or pre-programmed routes. This "physics-first" approach to AI is designed to be "embodiment-agnostic," meaning it can be deployed on various types of robots, including wheeled, legged, or flying models. - The collaboration will integrate FieldAI's software with Certis' proprietary Mozart™ orchestration platform, which is designed to coordinate human teams, robots, and operational workflows in real time. This integration aims to deploy robots alongside human security teams across large, multi-site operations globally. - FieldAI's technology was developed from research that began in 2016 with NASA's BRAILLE project and was later advanced through DARPA challenges. The company, led by former NASA JPL robotics head Ali Agha, has attracted significant investment from firms including Intel Capital, NVentures (NVIDIA's venture arm), and Temasek. - To support the partnership, FieldAI has established a new office in Singapore, signaling a commitment to the region and the collaboration's operational demands. - The robots are intended for deployment across a range of complex indoor and outdoor environments, including public infrastructure, transport hubs, commercial facilities, and hazardous locations. The initial focus is on security applications, with future plans to explore use cases in inspection and facilities monitoring. - This partnership reflects a broader industry shift from small-scale robotic pilots to full operational integration. The global security robots market was valued at approximately $16.5 billion in 2023 and is projected to grow to over $44 billion by 2030. - The strategic goal is to augment human security personnel, not replace them. The robots will perform routine and repetitive tasks, allowing human officers to concentrate on higher-level analysis and critical incident response.