Carnegie Robotics

Carnegie Robotics
Name	Carnegie Robotics
Type	Private
Industry	Robotics
Founded	2005
Founders	Andrew Trinkwon, Jacob Rosen, Benedict Brown
Headquarters	Pittsburgh, Pennsylvania, United States
Key people	Eric Dieterle, Andrew Hurst
Products	PerceptOR, Lidar, Stereo Cameras, Sensor Pods, Robotic Perception Systems
Num employees	~100

Carnegie Robotics is an American robotics company founded in 2005 that develops perception-focused hardware and integrated systems for autonomous platforms. The company has headquarters in Pittsburgh and has provided sensor suites, perception algorithms, and integrated engineering services to defense, industrial, and research organizations. Carnegie Robotics has been involved with a range of partners and programs across the United States and allied nations, supporting fielded systems, testbeds, and prototypes.

History

Carnegie Robotics was established amid collaborations involving researchers from Carnegie Mellon University, with founders who had ties to Robotics Institute, NASA, and defense laboratories. Early work focused on stereo vision and ruggedized sensors, connecting the company to programs sponsored by DARPA, Defense Advanced Research Projects Agency, and agencies associated with U.S. Army modernization efforts. Over time Carnegie Robotics partnered with contractors such as Lockheed Martin, BAE Systems, Northrop Grumman, and systems integrators like Raytheon Technologies while contributing to initiatives tied to Office of Naval Research and U.S. Marine Corps experimentation. The firm expanded product lines and engineering teams during collaborations with academic institutions including Massachusetts Institute of Technology, University of Michigan, and Georgia Institute of Technology. Strategic purchases and spin-ins involved suppliers and subcontractors from regional clusters like Pittsburgh International Airport supply chains and local manufacturing programs supported by Allegheny County economic initiatives.

Products and Technologies

Carnegie Robotics designs perception hardware including stereo cameras, lidar modules, and integrated sensor pods compatible with unmanned ground vehicles and aerial platforms used by customers such as General Dynamics and research groups at Johns Hopkins University Applied Physics Laboratory. Its PerceptOR sensor suites bundle stereo imaging, time-synchronized inertial measurement units, and ruggedized housings that meet standards referenced by MIL-STD-810G and interfaces used by VITA standards. The company developed tailored software stacks that interoperate with middleware like ROS distributions used at SRI International testbeds and simulation environments employed at Sandia National Laboratories. Products have included high-dynamic-range stereo rigs used in field trials with partners such as Tactical Robotic Systems and vehicle integrators like Oshkosh Corporation. Carnegie Robotics has also offered calibration tooling and maintenance packages in collaboration with suppliers tied to Hexagon AB and sensor component firms working with Texas Instruments and Analog Devices.

Research and Development

R&D at Carnegie Robotics has frequently been co-funded through cooperative research agreements with organizations such as DARPA, National Science Foundation, and U.S. Army Research Laboratory. The company has participated in multi-institution projects alongside University of California, Berkeley, Princeton University, and University of Pennsylvania robotics labs to improve stereo depth estimation, sensor fusion, and robustness to environmental factors. Technical staff have published and presented findings at venues like the IEEE International Conference on Robotics and Automation, SPIE Defense + Commercial Sensing, and workshops hosted by ICRA and IROS. Collaborative test programs involved government test ranges including Yuma Proving Ground and instrumentation facilities at Naval Surface Warfare Center. Carnegie Robotics has also contributed to standardization discussions with consortia such as Open Group working groups and industry events organized by Association for Unmanned Vehicle Systems International.

Applications and Clients

Carnegie Robotics products have been deployed on platforms ranging from tactical ground vehicles used by U.S. Special Operations Command to research UGVs at Army Research Laboratory facilities. Commercial and research clients include defense primes like BAE Systems and integrators such as L3Harris Technologies, plus academic laboratories at Stanford University and University of Texas at Austin. Applications reported in procurement notices and government demonstrations include obstacle detection for unmanned convoys, autonomy kits for robotic mules tested with Marine Corps Warfighting Laboratory, and perception systems for agricultural robotics pilots connected to United States Department of Agriculture experiments. International collaborations placed systems with allied research teams in United Kingdom, Australia, and Canada technology programs.

Corporate Structure and Ownership

Carnegie Robotics operated as a privately held company with investment and contract relationships involving venture entities, prime contractors, and strategic partners. Corporate governance included a board with members drawn from technology firms and university spin-out networks such as founders with roots in Carnegie Mellon University entrepreneurship programs and advisors linked to Pittsburgh Technology Council. The company engaged subcontractors and suppliers across defense industrial bases including firms that contract with General Electric and components supplied through distribution channels associated with Mouser Electronics and Digi-Key Electronics. Strategic alliances have occasionally aligned the company with large systems integrators in bid teams for programs run by U.S. Army Futures Command and multinational procurement efforts by North Atlantic Treaty Organization partners.

Awards and Recognition

Carnegie Robotics and its staff have been recognized in industry media and at technology showcases organized by Association for Unmanned Vehicle Systems International, Robotics Industries Association, and regional innovation awards from Allegheny Conference on Community Development. Technical achievements have been highlighted at conferences such as IEEE Symposium on Field-Programmable Custom Computing Machines and acknowledged via small business awards and contract selections from agencies like Defense Innovation Unit and Small Business Administration programs supporting defense technology transition. The company’s contributions to perception hardware and fieldable sensor systems have been cited in government program briefs and academic citations stemming from collaborations with institutions such as Massachusetts Institute of Technology and Carnegie Mellon University.

Category:Robotics companies in the United States