oToBrite and SINTRONES Showcased Bus Safety Tech

The companies are exhibiting integrated AI vision and anti-pinch systems in Chicago this week.

Updated on Sept. 29, 2026 in Automotive — General

Close-up detail of a modern industrial bus door sensor mounted on a metal frame, representing public transit safety technology. — oToBrite and SINTRONES exhibited their integrated AI-powered bus safety suite, including advanced door-sensing and ADAS technology, this week in Chicago. AI Illustration. Upload story photo >

Live Poll

Do you feel safer riding buses equipped with advanced AI collision and injury prevention technology?

oToBrite and SINTRONES have unveiled an integrated bus safety suite at the APTA TRANSform & EXPO 2026 in Chicago. The collaboration features advanced ADAS and door-sensing technology designed for intelligent public transit fleets.

Why it matters

The partnership combines vision-AI 3D perception with Edge AI computing to improve passenger safety. This integration aims to accelerate the deployment of intelligent transit systems in urban environments.

The oToCAM277 camera utilizes an 8.3MP image sensor capable of 60 frames per second. It also features 130 dB Flicker Free HDR performance for clear imaging in varying lighting conditions.

The players

oToBrite

An automotive technology firm specializing in vision-AI and perception systems for intelligent vehicles.

SINTRONES

A developer of industrial computing and Edge AI solutions for various transportation sectors.

The details

The display at Booth 4644 highlights the oToGuard 2.0 ADAS and the SafeZone bus door system, which previously earned a CES 2026 Innovation Award. The system leverages vision AI to detect passengers near doors in real time using the IBOX-604-G2 industrial Edge AI computer.

September 29, 2026: oToBrite announced its participation in the Chicago event.

Roadmap

This integration signals a shift toward equipping public transit with autonomous-grade safety systems that were previously limited to passenger vehicles. By embedding Edge AI, these companies aim to set a new standard for intelligent fleet operations in the competitive smart-city market.

Commuters may experience improved safety features as transit agencies begin adopting these collision-avoidance and anti-pinch systems. Operators looking to upgrade their fleets will find these integrated technologies provide a streamlined path to modernizing aging transit vehicles.

The takeaway

The move toward AI-driven transit safety reflects the industry’s broader push to minimize human error in public transportation. Transit agencies should evaluate these integrated perception systems as they transition to smarter, safer fleet management standards.