Micropolis Holding Co. (NYSE American: MCRP), a UAE-based developer of autonomous mobile robots and AI-driven security solutions, has launched a new industrial-grade Edge Computing Unit powered by NVIDIA Orin SOC. The IP67-rated system delivers high-performance, low-latency AI processing directly on Microspot, the company's real-time surveillance and mission-management platform.
The new computing unit features an IP67 enclosure designed for demanding environments, industrial connectivity, and multiple GPU configurations up to 64 GB. This hardware enables real-time computer vision, behavior analysis, suspect profiling, and mission planning without reliance on cloud networks. CEO Fareed Aljawhari emphasized that the system ensures secure, on-device AI processing for law enforcement, border control, and national security operations.
The distributed edge networking capability allows Micropolis robots and fixed installations to share intelligence across wide areas, facilitating faster and more resilient autonomous decision-making. This development represents a significant advancement in edge computing technology for security applications, where real-time processing and data security are critical requirements. The system's ability to operate independently of cloud networks addresses concerns about connectivity limitations and potential security vulnerabilities in remote or sensitive operational areas.
For investors and industry observers, the latest news and updates relating to MCRP are available in the company's newsroom at https://ibn.fm/MCRP. The launch positions Micropolis to capitalize on growing demand for autonomous security solutions in both public and private sectors, potentially expanding the company's market reach in urban security, border protection, and critical infrastructure protection applications.
The technology's industrial-grade specifications make it suitable for deployment in challenging environmental conditions, while the NVIDIA Orin SOC provides the computational power needed for complex AI algorithms required in modern security operations. This combination of rugged hardware and advanced processing capabilities could set new standards for autonomous security systems in various sectors including government, industrial facilities, and urban security applications.
