ParaZero Technologies has developed a next-generation safety product, SmartAir Trinity. This is an AI-based avionics system, which uses a new, leading-edge sensor array with advanced capabilities, designed to detect malfunctions of UAS and eVTOL in real-time, and provide deep analytics for mission debriefings.

The SmartAir Trinity system is comprised of sophisticated visual awareness cameras and an advanced sensor suite that enables UAS and eVTOL aircraft to understand their surroundings using artificial intelligence and machine learning technological capabilities. Its AI-embedded approach supports safety and risk mitigation in addition to over-the-air (OTA) firmware and configuration updates, keeping every platform up to date with the latest and most accurate algorithms and features.

Among a host of new safety capabilities, the SmartAir Trinity offers an optimized parachute deployment algorithm to enhance operational containment capabilities, detection and identification of safe landing zone and delivery site areas, GNSS-free navigation, redundancy system for onboard GPS, and monitoring the aircraft's behavior with great operational insight.

"The commercial UAS and UAM markets continue to gain momentum, with ongoing technology releases, new aircraft development, and supportive global regulatory frameworks. In order for organizations to meet performance-based safety requirements and cut time-to-market, they look to leverage the most robust and effective safety systems and technologies; in those cases, legacy safety systems often won't cut it," says ParaZero Chief Product Officer, Yuval Gilad. "ParaZero's safety product portfolio has played a critical role in ensuring the safety of urban air mobility and commercial drone flight operations around the world for many years. We are looking forward to offering our next generation safety technology to the industry at a pivotal time to address both integration needs from original equipment manufacturers and regulatory requirements, to enable every platform to reach its full potential."