Sponsored by Matrix
If you have an active warehouse or jobsite, the potential for collisions (vehicle vs. people and vehicle vs. vehicle) is high. Today, visual artificial intelligence is making warehouses, manufacturing plants, mines and construction sites safer by using the latest in AI modeling and cutting-edge hardware design. Visual AI can identify pedestrians, vehicles and other objects, alerting operators to their presence in time to avoid collisions.
Using an advanced application of this technology, the new OmniPro Vison AI enables line-of-travel, crosswalk and blind-spot alerting. This NIOSH-award-winning system works without personal wearable devices to “see” and identify people, vehicles, and hazards. OmniPro notifies both the operator and pedestrian via visual and/or audible alerts on the machine and reports on all zone breaches. These zones are highly customizable, enabling functionality on any mobile machine and in challenging operating environments.
Learn how visual AI can help increase workplace safety and reduce incidents in your operation.
Brian Jones, Vice President of Sales & Marketing, Matrix
Brian is vice president of sales and marketing at Matrix Design Group, a leading provider of technology for industrial and mining safety and productivity. He has an extensive background and more than 15 years of experience in industrial and mining technology sales and management, particularly in the areas of collision avoidance and proximity detection.
Derrick Bennett, Product Manager, Matrix
Derrick is the product manager at Matrix Design Group. He’s an electrical engineer with more than 15 years of experience working in the mining and industrial technology space. Derrick’s background and experience have helped position Matrix Design Group as a leader in proximity detection and collision avoidance solutions for the industrial and mining markets.
Kevin Druley
Associate Editor, Safety+Health magazine
Kevin is associate editor of Safety+Health and serves as co-host of the magazine’s “On the Safe Side” podcast.