PHILADELPHIA, PA — VSBLTY Groupe Technologies Corp. (CSE: VSBY) (OTCQB: VSBGF) is moving an artificial intelligence surveillance platform into production for delivery before the end of 2026, expanding its ability to serve law enforcement, defense and critical infrastructure customers that require threat detection without transmitting sensitive video to external cloud systems.
The Philadelphia-based company developed VSBLTY Edge with AirBrij Technology under a joint development agreement, combining VSBLTY’s computer vision software with specialized hardware and networking technology designed for deployment at surveillance sites.
The platform processes video and other sensor information locally, allowing operators to conduct real-time analysis without relying on cloud-based computing infrastructure.
VSBLTY reported that the technology is being deployed or evaluated in India, the Philippines, the Gulf Cooperation Council region, the United States and parts of Africa.
The system is intended for environments where transmitting surveillance footage to external servers presents security, connectivity or operational challenges.
Each VSBLTY Edge device uses an NVIDIA Jetson Orin NX processor capable of 100 trillion operations per second and can analyze four camera feeds simultaneously.
Its software supports weapons detection, facial recognition, license plate recognition, crowd monitoring and behavioral anomaly detection.
The platform also incorporates sensor-data integration, information provenance and verification functions intended to support the assessment of surveillance information.
Unlike conventional cloud-dependent surveillance systems, VSBLTY Edge performs AI analysis at the point where video is collected. The architecture is designed to reduce network bandwidth requirements and processing delays while keeping sensitive information within the operator’s controlled infrastructure.
“The edge is where AI becomes real,” VSBLTY Chief Executive Officer Jay Hutton said. “Our customers: law enforcement, defense agencies, critical infrastructure operators, cannot send sensitive video to the cloud.”
The hardware is housed in a weather-resistant enclosure designed for pole-mounted installation and operation in temperatures ranging from minus 20 degrees Celsius to 50 degrees Celsius.
VSBLTY specifies a mean time between failures exceeding 50,000 hours, a reliability measure used to estimate the operating interval between equipment failures.
AirBrij provides the networking and device management infrastructure, including telemetry, security controls and data management capabilities.
Individual devices can operate as interconnected nodes across larger surveillance networks, with coordination provided through an on-premises deployment of AirBrij Cloud.
Communications between devices and central servers use certificate-based security and virtual private network connections, according to the companies.
The architecture is intended to support installations ranging from individual security sites to networks containing hundreds of devices across municipalities or industrial facilities.
VSBLTY identified several potential applications for the platform across its existing international markets.
In India and the Philippines, deployments and evaluations involve law enforcement and public safety surveillance.
In Gulf Cooperation Council countries, the company is targeting perimeter security and counter-drone detection at critical energy infrastructure.
U.S. applications include weapons detection and behavioral analysis for defense organizations and commercial enterprises, while additional opportunities are being pursued in Africa.
The company has established contract manufacturing arrangements in North America and internationally, including domestic production capabilities in India, to support the planned rollout.
AirBrij Chief Executive Officer David Shoup characterized the partnership as an effort to combine surveillance analytics with hardware capable of operating in demanding field conditions.
The product broadens VSBLTY’s offering from AI surveillance software into an integrated hardware, software and networking system.
For customers managing sensitive surveillance operations, the principal operational distinction is the ability to process camera feeds locally while maintaining centralized coordination through privately controlled infrastructure.
VSBLTY expects production units to ship before the end of the year as it pursues adoption across public safety, defense and critical infrastructure markets.
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