E-con Systems will exhibit its Edge AI ALPR camera and turret camera solutions at Vision 2026, which will run from October 6-8, 2026, at Messe Stuttgart, Germany, demonstrating AI-based numberplate recognition and real-time pedestrian detection in designated risk zones.
The solutions integrate with E-con Systems’ ITS software suite and CloVis Central, its cloud-based device-management platform for remote device and evidence management. The combined system is designed to support scalable deployments for traffic monitoring and enforcement.
“As vision systems take on more demanding roles in robots and vehicles, image quality alone is not enough,” said E-con Systems president Ashok Babu. “Customers need imaging, optics, AI edge processing and system integration to work together reliably in the field. At Vision 2026, we will demonstrate how we are bringing these capabilities together across 3D perception, heated optics and intelligent traffic applications, and discuss how they can be adapted to specific deployment needs.”
The company will also launch its NetraVis active-stereo 3D depth camera at the show. Designed for robotic perception, the system provides depth accuracy of ≤1% deviation across its specified depth ranges and is designed to support obstacle detection, spatial perception and real-time decision-making in dynamic indoor environments. It uses dual global-shutter sensors, a synchronized RGB sensor and an onboard IMU.
NetraVis is designed for autonomous mobile robots (AMRs), automated storage and retrieval systems (ASRS), humanoid robots and pick-and-place applications.
GMSL-based camera with heated optics
The company will also showcase its STURDeCAM31FSH, a rugged GMSL-based camera with heated optics designed to maintain image quality during extreme temperature changes. Its integrated lens heater can de-ice the optics at temperatures down to -40°C and prevent condensation as vehicles and robots move between sub-zero and ambient conditions. The camera is designed for autonomous mobile robots (AMRs), cold-storage robots, automated storage and retrieval systems (ASRS) and autonomous vehicles.
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