Ondas Holdings Inc. a leading provider of private industrial wireless networks and commercial drone and automated data solutions, announced that its wholly-owned subsidiary American Robotics Inc., is entering a strategic partnership with ResilienX Inc., a leader in data quality assurance and in-time aviation safety management systems (IASMS) for highly automated and autonomous systems.
This collaboration advances the safety and reliability of autonomous systems, particularly those deployed for Beyond Visual Line of Sight (BVLOS) applications, and in intricate operational environments. Through this strategic alliance, American Robotics will integrate ResilienX’s IASMS solution, known as FRAIHMWORK®, which is pivotal for monitoring the health, integrity, and performance of associated elements for BVLOS ecosystems, and within fully autonomous solutions, including the American Robotics Optimus System. Additionally, American Robotics will begin to resell ResilienX’s software solutions.
“We are thrilled to join forces with ResilienX in our shared commitment to advancing the reliability and safety standards of autonomous solutions,” Tim “T3” Tenne, CEO of American Robotics. “ResilienX’s specialization in autonomy assurance services perfectly complements our dedication to delivering advanced and secure autonomous technologies. Through this collaboration, we aspire to set new benchmarks in the monitoring and assurance of autonomous systems operating within complex environments, including our premier Drone-in-a-Box (DiaB) solution, the Optimus System.”
“Teaming up with American Robotics means unlocking new avenues of efficiency and reliability for drone operators. Through this partnership, we’re poised to offer enhanced solutions that increase safety, elevate performance, and ultimately enhance airspace management for American Robotics customers,” said Ryan Pleskach, CEO of ResilienX.
ResilienX’s state-of-the-art software offers continuous monitoring of complex system-of-systems, ensuring the immediate detection and mitigation of adverse or off-nominal conditions, either autonomously or with human intervention. This critical safety assurance layer equips advanced mobility ecosystems with bolt-on fault tolerance and proactive risk mitigation capabilities, thereby enhancing the reliability and performance of the American Robotics Optimus System.
