Industries

Event-Based Vision for demanding environments

From critical defense and industrial systems to autonomous machines and scientific imaging, vision systems need to perceive fast, subtle or unpredictable change in demanding environments.

Prophesee’s Event-Based Vision sets new benchmarks for speed, dynamic range, and data and power efficiency – enabling machines to detect, track and measure motion where conventional vision reaches its limits.

Defense & Aerospace

Detect critical targets sooner across ground, air and space

Low-signature targets can appear briefly, move unpredictably and be difficult to isolate against complex backgrounds or challenging lighting.

Prophesee combines event-based sensing, real-time processing and application intelligence to deliver fast, resilient perception within strict SWaP, compute and bandwidth limits.

  • Ground-based drone detection and tracking
  • Airborne counter-UAS and self-protection
  • Target detection and recognition
  • Space situational awareness
A drone in flight.
Industrial production lines inside a factory.

Industry

See critical production events as they happen

Event-Based Vision continuously captures fast-moving parts, transient defects and subtle equipment changes without waiting for the next frame.

This supports high-speed inspection, real-time process monitoring and predictive maintenance while limiting the redundant data generated by conventional machine vision.

  • Foreign-object and particle detection
  • High-speed counting and inspection
  • Particle and object-size monitoring
  • Vibration and predictive maintenance
  • Motion and flow monitoring

Robotics and Autonomous Vehicles

Enable responsive perception for moving machines

Event-Based Vision provides precisely timed, low-latency motion information for navigation, obstacle avoidance, localization and dynamic-object tracking.

Sparse, change-driven output limits processing from unchanged surroundings, helping robots and autonomous vehicles estimate their own movement, track relevant objects and react through rapid maneuvers and changing visual conditions.

  • Autonomous navigation and obstacle avoidance
  • Visual odometry, SLAM and localization
  • High-speed object detection and tracking
  • ADAS
Light trails of vehicles on a winding mountain road at night.
A concrete dam with glowing green motion traces rising along its curved wall.

Infrastructure

Monitor change without the constant video load

Detect movement, activity and physical change across transport networks, managed spaces and distributed assets using sparse, change-driven visual data.

Prophesee Event-Based Vision reduces bandwidth, processing and unnecessary visual information while supporting real-time, privacy-conscious monitoring at the edge – even across difficult and changing lighting.

  • Railway and overhead-line monitoring
  • Structural condition and vibration monitoring
  • Traffic data acquisition
  • People flow and safety monitoring
  • Site, perimeter and remote-asset monitoring

Scientific Imaging & Research

Reveal motion at the speed and scale of the phenomenon

Event-Based Vision helps researchers observe transient events, track individual particles and quantify motion that conventional cameras may struggle to capture efficiently.

With precise temporal information and sparse output, it opens new possibilities across experimental imaging, fluid analysis, microscopy, neuroscience and other data-intensive fields of research.

  • Single-molecule localization microscopy
  • Microfluidic particle tracking
  • Label-free imaging flow cytometry
  • Biomedical vision systems
  • Flow visualization and velocimetry
A network of glowing nodes and light streaks on a dark background, evoking scientific data.

Working in another industry?

Prophesee experts can help assess where Event-Based Vision creates meaningful value for your market and define a path from feasibility assessment to system integration.

Looking for a specific use case?

If you already know the perception problem you need to solve, browse Event-Based Vision use cases across detection, tracking, monitoring, measurement and analysis.