Interview with Mark Gagas, Vice President of Sensory Robotics: Revolutionizing Robotic Safety with 3D Technology and AI
The integration of robotics and artificial intelligence (AI) into various industries has brought numerous benefits, from increased efficiency to reduced human error. However, as robots become more prevalent in the workplace, ensuring the safety of both humans and machines has become a top priority. Sensory Robotics, a company that specializes in developing safety systems for robots, is making great strides in this area.
In a recent interview with Mark Gagas, Vice President of Sensory Robotics, the Center for Data Innovation delved into the origins of the company, the technology behind its safety systems, and how AI and data are being used to enhance robotics safety. Gagas explained that Sensory Robotics provides 3D safe sensing technology that creates a safety bubble around robots, allowing for safe collaboration between humans and machines. This innovative technology scans for hazards in three dimensions, providing a more efficient and proactive approach compared to traditional safety measures.
The idea for using 3D technology and sensory data to provide machine safety came about when Sensory Robotics’ co-founders, Chris Edwards and Tristan Fogt, were initially focusing on interactive gaming applications. However, after receiving interest from a major automotive manufacturer in their safety features, the company shifted its focus to creating safety applications around 3D point clouds. This decision proved to be successful, as many businesses and large enterprises have since taken an interest in Sensory Robotics’ innovative safety solutions.
One of the key areas where Sensory Robotics stands out is in addressing the gap in the market for interactive safety solutions. While legacy safety devices typically offered on/off solutions, Sensory Robotics’ technology provides a more interactive and proactive approach to safety. This has allowed manufacturers to deploy robots more efficiently, increase productivity, and enhance worker safety in the workplace.
AI and data play a significant role in enhancing Sensory Robotics’ safety product. By harnessing the power of AI and collecting data during operations, the company is able to analyze the production environment, identify safety hazards, and enhance productivity. Additionally, data visualization tools allow customers to monitor safety hazards around their equipment and machinery, providing valuable insights to improve safety measures.
Looking towards the future, Sensory Robotics is excited to explore the next generation of sensors that will be mounted on robots themselves, providing more accurate visualizations of safety environments. This advancement has the potential to revolutionize the robotics industry by offering fully autonomous and inherently safe products to the market.
In conclusion, Sensory Robotics is at the forefront of enhancing robotics safety through innovative technology, AI integration, and proactive safety measures. With a focus on bridging the gap between humans and robots, the company is paving the way for safer and more efficient collaboration in various industries.