Explore Event-Based Vision by use case

Count fast-moving parts, products and particles continuously without motion blur.

Measure the size, shape and distribution of moving objects and particles for continuous quality and process control.

Calculate conveyor, component and object velocity from continuous pixel-level motion information.

Detect, count and measure microscopic particles moving through microchannels at high velocity.

Track illuminated particles and reconstruct evolving velocity fields across air and water flows.

Detect contaminants, inclusions, spatter and other transient particles that can disappear between conventional camera frames.

Identify fast, subtle or short-lived defects during continuous production.

Detect, track and classify cells and microbial contaminants in flowing samples for continuous biological measurement.

Measure vibration remotely across multiple points to identify abnormal motion and developing equipment issues.

Visualize movement across space and time to analyze fine mechanical and production dynamics.

Measure the continuous movement and changing behavior of liquids within industrial processes.

Monitor cable velocity, yarn quality and slipping during continuous production.

Assess dispensing uniformity, dispersion coverage and fluid behavior for inline process control.

Measure vibration, oscillation and component behavior remotely to identify developing instability.

Detect meaningful movement and physical change across distributed or power-constrained infrastructure.

Help robots, autonomous vehicles and civil or industrial drones detect obstacles and adjust their paths in real time.

Estimate platform movement and position from precisely timed visual information, including during rapid maneuvers or GPS-denied operation.

Track 3D edges and fiducial markers for robotic positioning, pick-and-place guidance, fitting and alignment.

Track rapid eye movement with low latency and limited data processing in compact wearable devices.

Track active visual markers for precise spatial localization and interaction.

Detect and track satellites, debris and other moving objects across extreme distances and lighting conditions.

Track stars during platform movement to support high-frequency spacecraft orientation and navigation.

Combine visual motion and tactile information to support responsive grasping and manipulation.

Detect and track small, fast and unpredictable aerial targets against cluttered backgrounds.

Bring responsive target detection, tracking and guidance onto SWaP-constrained airborne platforms.

Detect fast-moving road users and support earlier vehicle response to emerging collision risks.

Monitor changing occupancy, crowd movement and people flow using sparse visual information.

Identify potential falls and trigger timely alerts using privacy-conscious, change-driven visual data.

Detect unexpected movement across secured sites, remote facilities and restricted areas.

Detect, localize and decode short-duration optical signals with precise timing.

Combine event-based motion information with conventional imaging to reduce blur in fast-moving and low-light scenes.

Capture fluorescence blinking as precisely time-stamped events for super-resolution molecular localization.

Convert changes in the visual scene into stimulation patterns for experimental assistive-vision systems.

Apply sparse, time-resolved visual information to biological imaging, particle classification and experimental measurement.

Combine event data with RGB, infrared, polarization and other modalities to strengthen detection and recognition.

Detect rapid hand movement and gestures for low-latency interaction in compact XR devices.