Metavision

Metavision

HQ Country
United States
Profile
Meta has been defining the field of Augmented Reality (AR) since the company's inception in 2012. It exploded into the marketplace with the first see-through glasses that allowed wearers to move and manipulate 3D content intuitively, using natural hand interactions. With its new Meta 2 headset, Meta is once again setting the market standard and delivering a new generation of natural machines that will become a healthy, vital extension of who we are. Meta is found online at www.metavision.com.
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2023
8 Nov 2023

PROPHESEE

PROPHESEE is a fabless developer of sensors and software for event-based (neuromorphic) vision systems, which mimic how the human eye perceives light. Primarily used in machine vision systems, PROPHESEE has now released multiple generations of sensor.
20 Sep 2023

Emerging Image Sensor Technologies 2024-2034: Applications and Markets

IDTechEx Report: Dr Xiaoxi He
2021
5 Oct 2021

Sony to Release Two Types of Stacked Event-Based Vision Sensors

Sony Semiconductor Solutions Corporation announced the upcoming release of two types of stacked event-based vision sensors. These sensors designed for industrial equipment are capable of detecting only subject changes, and achieve the industry's smallest pixel size of 4.86μm.
29 Sep 2021

Prophesee

Prophesee, developers of event-based vision systems and associated software, have recently launched a cheaper, more compact 4th generation of its sensors via a collaboration with strategic partner Sony. IDTechEx caught up with CEO Luca Verre to find out more.
2020
30 Sep 2020

Prophesee

Prophesee has developed hardware and associated software for event-based vision sensors that is based on how the human eye records and interprets visual inputs. The sensors facilitate machine vision by recording changes in the scene rather than recording the entire scene at regular intervals. Advantages include better low light response (<1 lux) and dynamic range (>143dB), reduced data generation (10-1000x less than conventional approaches) leading to lower transfer/processing requirements, and higher temporal resolution (microsecond time resolution, i.e. >10k images per second time resolution equivalent)
2016
17 Nov 2016

How Augmented Reality Will Improve Our Interactions With Computers

Meta, United States