Sensity’s acquisition of Eutecus adds computer vision to its Smart City applications

0

A new acquisition will add sophisticated computer vision technologies to a leading Internet of Things (IoT) platform for Smart Cities that uses street lighting infrastructure as its foundation.

IoT systems developer, Sensity Systems Inc, has acquired Eutecus, an embedded software and configurable processor solutions provider for critical video and multi-sensory analytics systems. The combined company will provide customers with leading computer vision-powered systems in a comprehensive IoT platform for Smart Cities.

Sensity’s approach, uses the lighting infrastructure and incorporates distributed storage and processing, multi-sensory analytics, and a pervasive sensory network, to improve various applications and services, while also protecting personal privacy. The company enables streetlight owners to capitalize on the LED conversion process by embedding networking technology within both retrofit and new LED luminaires. With Sensity’s open, privacy-by-design, multiservice NetSense platform, lighting owners are able to reduce energy costs and implement a variety of Smart City applications and services, including public safety, environmental and weather monitoring, traffic and parking management, and location analytics.

With the new acquisition, the combination of Sensity’s technology and Eutecus’ computer vision system enables the NetSense platform to convert raw video at the edge into real-time, actionable information, so that vast amounts of high-definition (HD) video does not need to be transmitted over wireless networks to a human-monitored, centralized location for processing. As a result, Sensity is able to bridge the gap between cost and functionality, while achieving a broad implementation of visual sensors for smart cities, malls, airports, stadiums, and campuses. Eutecus’ in-vehicle vision systems and solutions also enable extending Sensity’s intelligent lighting network to a collaborative dynamic infrastructure, further improving scene understanding and event interpretation for future applications.

“We realized very early that video would be the most powerful sensor for delivering actionable, real-time information to Smart City applications,” said Hugh Martin, chairman and CEO of Sensity Systems. “To capitalize on this opportunity, we formed a relationship with Eutecus three years ago to help build the world’s first Smart City Vision System and integrate it into our NetSense platform. Today, we are leading with 42 Smart City installations worldwide, and this success would not have been possible without the Eutecus technology. We are pleased to have Eutecus join us and build on our long-term strategy.”

Csaba Rekeczky, CEO and president of Eutecus, who has joined Sensity as VP of advanced analytics and vision systems, commented, “We’ve been at the forefront of research and development of neuromorphic and bio-inspired computing technology for embedded vision solutions, powering a range of industrial and automotive applications. Our team and technology solutions augment Sensity’s leadership in Smart Cities.”

Sean Harrington, COO of Sensity, noted, “The Eutecus technology offers cross-platform, reconfigurable, scalable and remotely upgradable embedded computer vision functionality that detect actionable events instantly, allowing our Video Nodes to power a wide variety of Smart City applications. We are pleased to have the talented Eutecus team on-board, working closely with us to continue building world-class video and multi-sensory analytics solutions for smart parking, traffic management, and public safety and security.”

Share.

About Author

mm

Tom has edited Traffic Technology International magazine and the Traffic Technology Today website since he joined the company in May 2014. Prior to this he worked on some of the UK's leading consumer magazine titles including Men's Health and Glamour, beginning his career in journalism in 1997 after graduating with a law degree from the London School of Economics (LSE).

Comments are closed.