our AI solution
Transforming Vehicle Perception with AI-Powered Multi-Object Detection
VISIONAIRY® Multi-Object Detection provides vehicles with unprecedented environmental awareness through advanced AI perception technology.
Our system enables vehicles to detect, classify, and track multiple objects simultaneously with exceptional accuracy and reliability, creating the foundation for safer driver assistance systems and more capable autonomous vehicles.
At the heart of VISIONAIRY® Multi-Object Detection is our cutting-edge neural architecture:
Detects and classifies over 100 distinct object types relevant to driving scenarios, from common road users to rare but critical obstacles.
Works with RGB cameras, thermal imaging, radar, and LiDAR to ensure reliable detection across all conditions.
Intelligently adjusts processing focus to maintain detection performance at both close and long ranges.
Leverages frame-to-frame information to improve detection stability and handle temporary occlusions.
Designed specifically for automotive-grade compute platforms, delivering high performance within strict power and thermal constraints.
System design allows for regular updates to improve detection capabilities without hardware changes.
Traditional Vehicle Sensing Systems Fall Short
Modern vehicles operate in increasingly complex environments where traditional sensing approaches struggle to provide the comprehensive awareness needed for safety and autonomy:
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Enter the next level of safe navigation
ON BOARD
We support all chips, all sensors and all robots.
highest embedded performance
We support all chips, all sensors and all robots.
ON BOARD
We support all chips, all sensors and all robots.
Resources
Demo Video
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Solutions for Vehicles
Multi-Object Detection
The Vehicle Perception Challenge – Comprehensive Awareness in Complex Environments
The Cost: Safety Risks, Limited Autonomy, and Competitive Disadvantage
These perception limitations translate into significant impacts:
Safety Incidents
Failure to detect or correctly classify objects leads to preventable accidents and injuries.
Autonomy Constraints
Limited perception capabilities restrict the operational design domain of autonomous and ADAS-equipped vehicles.
Driver Mistrust
High false alarm rates or missed detections erode driver confidence in assistance systems.
Regulatory Challenges
Difficulty meeting increasingly stringent safety standards for advanced driver assistance and autonomous systems.
To overcome these challenges, vehicle manufacturers and suppliers require advanced perception solutions that can:
1
Detect and classify all relevant objects in the driving environment with high accuracy.
2
Maintain performance across all weather, lighting, and environmental conditions.
3
Process information in real-time to support high-speed driving scenarios.
4
Handle occlusions and partial views to maintain awareness even when objects are partially hidden.
5
Integrate seamlessly with existing vehicle systems and sensor suites.
6
Scale across vehicle platforms from entry-level ADAS to full autonomy.