AITX's RAD Unveils RADSight 2.0 as the Next Evolution of Its Video Management Platform

Core Viewpoint - The company, Artificial Intelligence Technology Solutions, Inc. (AITX), is launching RADSight™ 2.0, an advanced video management system that enhances the capabilities of its Gen 4 autonomous security devices and supports third-party ONVIF compliant cameras, with a rollout expected to begin in February 2026 [1][6]. Product Development - RADSight 2.0 features a new software core that improves response times, efficiency, and is designed for future scalability compared to its predecessor, RADSight 1.0 [1][4]. - The new system leverages NVIDIA technology for advanced analytics and real-time decision-making directly on the device, significantly reducing power consumption by over 50% compared to previous configurations [3][4]. Technological Advancements - The platform is optimized for the Amazon Web Services (AWS) environment, allowing for efficient coordination and oversight while maintaining local processing capabilities [3][5]. - RADSight 2.0 enables the SARA™ (Speaking Autonomous Responsive Agent) AI platform to operate at the edge, allowing for faster and more reliable responses in environments with limited connectivity [5][7]. Market Positioning - The introduction of RADSight 2.0 positions the company to scale its autonomous security offerings and improve operational efficiency, aligning with the growing market demand for intelligent, software-driven security solutions [7][8]. - AITX aims to redefine the $50 billion security and guarding services industry by providing cost savings of 35%-80% compared to traditional manned security models [8]. Company Background - AITX, through its subsidiary RAD, has a strong leadership team with extensive experience in the security services industry, enhancing its credibility and capability to deliver innovative solutions [10]. - The company has a prospective sales pipeline that includes over 35 Fortune 500 companies, indicating strong potential for recurring revenue generation [11].