BUILD YOUR OWN VISION
From giving sight back to the blind to touching cells or tracking space debris,
Since 2014, a network of researchers, start-ups and companies have shown incredible imagination and innovation using Prophesee’s neuromorphic vision technologies.
This has created an Event-Based Vision ecosystem of inventors sharing their work and ideas. Their creativity with Prophesee’s technologies inspires us.
We are gathering them here to inspire future inventors in turn, in the hope that, like the projects here, they create something new together and reveal the invisible.
MEDICAL
BIOMEDICAL
MICROSCOPY
SPACE
ROBOTICS
MEDICAL
MICROFLUIDIC
FLUID FLOWS
AUTOMOTIVE
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INVENTORS AROUND THE WORLD
July 2024
PUBLIC PROJECTS
CAMBRIDGE CONSULTANTS
UNIVERSITÉ SORBONNE
GENSIGHT
UNIVERSITY OF SINGAPORE
WESTERN SYDNEY UNIVERSITY
UNIVERSITY OF GLASGOW
XPERI
TERRANET
SYNSENSE
LANTERN LLC
October 20, 2021 Lantern successfully completed a research study for Iowa Department of Transportation in cooperation with Iowa State University. The purpose of the study was to find the latest technologies available from the #autonomousvehicles industry that could be used in highway work zones to protect workers from traffic incursions, specifically paint striping operations.
Technologies evaluated included:
1) Advanced Lidar / Camera fusion technology from AEye, Inc.
2) Radar / Camera fusion from smartmicro supplied by AutonomouStuff with computer vision algorithms developed by Lantern
3) Event cameras and their ability to augment the performance of the above from PROPHESEE
Many thanks to all the participants and to Iowa for supporting such an important project which will one day save countless lives.
October 20, 2021 Lantern successfully completed a research study for Iowa Department of Transportation in cooperation with Iowa State University. The purpose of the study was to find the latest technologies available from the #autonomousvehicles industry that could be used in highway work zones to protect workers from traffic incursions, specifically paint striping operations.
Technologies evaluated included:
1) Advanced Lidar / Camera fusion technology from AEye, Inc.
2) Radar / Camera fusion from smartmicro supplied by AutonomouStuff with computer vision algorithms developed by Lantern
3) Event cameras and their ability to augment the performance of the above from PROPHESEE
Many thanks to all the participants and to Iowa for supporting such an important project which will one day save countless lives.
ISTITUTO ITALIANO DI TECNOLOGIA
INDIAN INSTITUTE OF SCIENCE
UNIVERSITÉ CÔTE D'AZUR
SHANGHAITECH UNIVERSITY
JOHN HOPKINS UNIVERSITY
UNIVERSITY OF MARYLAND
ICATCH
DMP
RESTAR
SUMMER ROBOTICS
CENTURY ARKS
SONY SEMICONDUCTOR SOLUTIONS
DLR
ETH ZÜRICH
UNIVERSITÉ TECHNOLOGIE COMPIÈGNE
AUSTRALIAN NATIONAL UNIVERSITY
UNIVERSITÉ PARIS SACLAY
UNIVERSITY OF DAYTON
UNIVERSITY OF PITTSBURGH
SEOUL NATIONAL UNIVERSITY
LUCID
IMAGO
UNIVERSITY OF FLORENCE
TECHNISCHE UNIVERSITÄT BERLIN
AUSTRIAN INSTITUTE OF TECHNOLOGY
GRAYSCALE AI
Grayscale AI is building neuromorphic software for ADAS applications.
As part of the Zenzic CAM Scale-Up programme, we tested our neuromorphic-based solution in ADAS scenarios on state-of-the-art automotive testbeds.
The goal was to improve automotive safety for vulnerable road users such as pedestrians or cyclists.
More about the project: https://zenzic.io/cam-scale-up/grayscale-ai/
Grayscale AI is building neuromorphic software for ADAS applications.
As part of the Zenzic CAM Scale-Up programme, we tested our neuromorphic-based solution in ADAS scenarios on state-of-the-art automotive testbeds.
The goal was to improve automotive safety for vulnerable road users such as pedestrians or cyclists.
More about the project: https://zenzic.io/cam-scale-up/grayscale-ai/
INSTITUT LANGEVIN, ESPCI PARIS, CNRS, UNIVERSITÉ PSL
GHENT UNIVERSITY
AUSTRALIAN NATIONAL UNIVERSITY
WASTEANT
A German technology start-up named WasteAnt is using a combination of 3D Vision systems and Artificial Intelligence to help revolutionize the way waste is sorted and processed – creating automatic systems that can analyze and process high-volume streams of household waste or materials for recycling more quickly and easily than human equipment operators. They are leveraging Century Ark’s SilkyEvCam, the event-based industrial camera powered by Prophesee’s event-based Metavision sensor.
A German technology start-up named WasteAnt is using a combination of 3D Vision systems and Artificial Intelligence to help revolutionize the way waste is sorted and processed – creating automatic systems that can analyze and process high-volume streams of household waste or materials for recycling more quickly and easily than human equipment operators. They are leveraging Century Ark’s SilkyEvCam, the event-based industrial camera powered by Prophesee’s event-based Metavision sensor.