Verity Studios AG, a pioneer in autonomous drones, has launched an integration program for their Failsafe technology for quadcopters. The patented Failsafe solution provides powerful and cost-effective safety enhancements to any consumer and commercial quadcopter drone platform. This program allows drone manufacturers to easily implement the Failsafe algorithm into their drones as a standalone or complementary safety solution to guard against the most common cause of system-error crashes: propulsion system failures.
Failsafe enables a future of safer drones – with more and more drones in the air, it hasn’t come a moment too soon.T
See video demonstration here: https://vimeo.com/320555447
The vast majority of consumer and commercial drones in operation today are quadrotors, which have been widely adopted due to their overall efficiency. While many technological innovations have been developed to improve the aircrafts’ operational safety, such as “return to home” features and automatic obstacle avoidance, the majority of technical failures today are caused by a failure in the propulsion system (i.e., the loss of a motor controller, a motor, or a propeller). This is a technological challenge that even the largest companies in the drone industry have not solved. Against conventional engineering analysis, the team at Verity has now proven the ability to safely control and land a quadrotor after a loss of one, or even two, of its propulsion systems with an algorithm-only solution.
Verity’s Failsafe provides the first line of defense against propulsion system failures at little to no cost to the consumer, significantly increasing the safety and reliability of any quadrotor. When a Failsafe-enabled drone has a propulsion system failure, instead of spinning out of control and crashing to the ground, the drone stays in the air, stabilizing itself using sophisticated algorithms. It can then be safely navigated to an appropriate landing location. This type of disaster mitigation has never been achieved or implemented by manufacturers, forcing customers to pay for expensive retrofit systems, like parachutes, in an attempt to make their drones safer.
This is a critical time in the drone industry. In January, the FAA proposed a significant reduction to the constraints of flying drones over people and at night, further confirming a future “sky full of drones” collecting data, delivery goods, and transporting people. Regulators clearly see that today’s drones still present safety challenges, and many commercial manufacturers are looking for advanced solutions to tackle these problems and enable the sustainable growth of this industry. The current state of drone regulation and adoption highlights the dire need for drone manufacturers to leverage all available technologies to ensure the safe operations of their drones; both fully autonomously and at scale.
Verity’s Failsafe algorithm can be implemented into existing quadcopters flying in the air today through a simple firmware update. This code-based solution requires no additional hardware and adds no weight to the system, making it the lowest cost and highest efficiency risk-mitigation feature currently on the market. Led by robotics and AI expert Raffaello D’Andrea and originally developed to fly 2 lb. quadcopters on Broadway, the team at Verity has proven this technology in more than 7,000 flights over people. Verity is now offering its Failsafe algorithm to any drone manufacturer through custom integration. A reference design on PX4 with the Pixhawk autopilot is now available, simplifying the implementation process for drone manufacturers.
Verity’s industry-first technology is the most effective solution for safe and reliable flight without compromising on flight time and payload capacity. Increasing drone safety with Failsafe technology is a critical step in bringing about the future of autonomous drone inspections, drone delivery, air-taxis and the advancement of the overall drone industry.