REVEALS THE INVISIBLE
With the world’s most advanced Event-Based Vision systems,
inspired by human vision and built on the foundation of neuromorphic engineering.
PROPHESEE is the revolutionary system that gives Metavision to machines, revealing what was previously invisible to them.
Capturing hyper fast and fleeting scene dynamics
>10 000 fps (equivalent temporal precision)
Managing extreme lighting conditions
>120 dB dynamic range
Enabling new levels of power efficiency
< 10mW
With PROPHESEE, machines react much more intelligently, more autonomously, infinitely faster and safer than ever.
A new generation of Machine Vision: speed, performance, efficiency and safety for a new era in autonomy, automation and mobility.
PROPHESEE METAVISION® TECHNOLOGY
SENSING
Inspired by the human retina, Prophesee’s patented Event-Based Vision sensor features pixels, each powered by its own embedded intelligent processing, allowing them to activate independently.
SOFTWARE
Experience the new performance standards set by Event-Based Vision by interacting with more than 62 algorithms, 54 code samples and 11 ready-to-use applications in total, the industry’s widest selection available to date.
Beyond vision, METAVISION.
Your machines become infinitely more intelligent and faster.
The PROPHESEE system is a combination of our patented neuromorphic vision sensor and AI algorithms.
One, two or a thousand eyes for your machines ?
Built on the most advanced neuromorphic vision research in the world.
PROPHESEE systems open a new era for Machine Vision.
PARTNERS
Patents
International Recognitions
Market Applications Activity
STORIES
What is event based vision?
Event-based vision functions like the eye and the brain to overcome inherent limitations of conventional machine vision.
Xperi Develops World-first In-cabin Monitoring Technologies on Neuromorphic Vision Systems
Xperi develops world-first neuromorphic driver monitoring solution (DMS), powered by Prophesee Metavision® – Event-Based Vision sensor.
Prophesee releases OpenEB, the industry’s largest open-source Event-Based Vision software library, and new development tools for Event-Based Machine Learning
Prophesee releases OpenEB, the industry’s largest open-source Event-Based Vision software library, and new development tools for Event-Based Machine Learning
Prophesee announces the appointment of Cyrille Soubeyrat as VP of Software
Prophesee welcomes software R&D expert Cyrille Soubeyrat as new VP of Software
Following Machine Learning Spotlight Paper Publication at NeurIPS 2020, Prophesee releases the most comprehensive Event-Based Dataset to date
Following the publication of breakthrough paper on machine learning, Prophesee releases the most comprehensive Event-Based Dataset to date with 1Mpx quality and 25M boxes
Prophesee ecosystem partner CenturyArks launches first industrial-grade camera featuring native compatibility with both Prophesee’s Event-Based Vision sensor and software
Prophesee ecosystem partner CenturyArks launches first industrial-grade camera featuring native compatibility with both Prophesee’s Event-Based Vision sensor and software
MEET US THERE
10
May
Guangzhou Virtual Reality Industry Association
2021 Asia VR&AR Fair&Summit – Guanghou, China
More information
We will be present at 2021 Asia VR&AR Fair&Summit
We will be present at 2021 Asia VR&AR Fair and Summit. Get in touch to learn more about event-based vision technology in AR&VR applications.
12
May
SENSE MEDIA
Autosens – Virtual
More information
We will be present at Autosens
AutoSens is the world’s leading technical community for ADAS and autonomous vehicle perception technology. Our CTO Christoph Posch would be participating in a panel discussion : Extending the limits of CMOS; can cameras standalone and ensure true safety?
19
June
CVF & IEEE COMPUTER SOCIETY
CVPR 2021 – Virtual
More information
We will be present at CVPR 2021
We are co-organizing CVPR 2021 this year. In addition to that, our CEO Luca Verre will be delivering a speech at the event. Furthermore, our paper has been accepted for the workshop on event-based vision.
RECOGNITION
