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Highlighted Projects
Pioneering Aerospace Autonomy Safety
Bridging Automotive & Aerospace Standards for Next-Gen Flight
Tomco Service Group led the development of a groundbreaking safety framework merging ISO 26262, DO-178, and ARP 4761 to advance autonomous flight certification. By integrating automotive and aerospace safety standards, we provided a unified approach to risk management, software assurance, and system reliability, setting a new benchmark for the future of autonomous aviation.
Self-Driving Start-Up
An electric self-driving local commerce delivery vehicle that weighs 1,500 pounds (680 kg), over 6 feet (1.8 m) tall, and about half the width of a car. This vehicle is designed to carry only cargo, specifically groceries and currently has the ability to store about 12 grocery bags
Next Generation Combat Vehicles
The Robotic Combat Vehicle-Light (RCV-L) program is part of the Army Futures Command's Next Generation Combat Vehicle effort. It seeks to provide soldiers in mechanized infantry and armor units with robotic "wingmen" that extend their reach and effectiveness on the battlefield. The Army hopes to have prototypes of the RCV-L as well as a heavier vehicle (the Robotic Combat Vehicle-Medium) . Two of each design will be fielded as "platoons" for testing, with the goal of wide deployment of tank-bots in the near future.
Innovative Semiconductor Developer
This company's high level of innovation and applications expertise has been key in the development of sensing solutions for automotive applications, such as stop-start engine sensors, camshaft and transmission sensors, and high-speed sensors. The broad range of magnetic sensor IC products offer the latest in technological and quality advancements in speed, position, and electrical current sensing.
ADVANCING EXOSKELETON SAFETY & RELIABILITY
Enhancing Human-Machine Collaboration Through Functional Safety
Tomco Service Group partnered on the development of next-generation powered exoskeletons, ensuring their safety, reliability, and compliance with industry standards. We conducted risk assessments, Failure Mode and Effects Analyses (FMEA), and functional safety evaluations to enhance human-machine interaction and mitigate operational hazards. Our expertise in ISO 13849, IEC 61508, and human-robot safety helped shape a safer and more efficient future for industrial and defense applications.