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Component supplier · registered
Carnegie Robotics
Carnegie Robotics designs, manufactures, tests and calibrates ruggedized robot-perception components in-house at its Pittsburgh facility. Its flagship MultiSense line of stereo vision cameras (with on-board SLAM/processing) supplies the perception layer for third-party autonomous machines, and its Duro GNSS/RTK receivers provide centimeter-accurate positioning. Products are integrated by robot and autonomous-vehicle makers rather than sold as complete robots.
HeadquartersPittsburgh, US
Founded2010
Corporate fundingNot disclosed
TeamNot listed
Deployments0
Open roles0
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Company overview
Identity and operating footprint
Company typeComponent supplier
Market segmentCorporate
StageBootstrapped / privately held (no cited institutional round)
FoundersJohn Bares (Founder & CEO), David LaRose (Co-Founder)
Regions servedNorth America, Europe, Global
Countries deployedNot listed
Service footprintNot listed
Last reviewed2026-07-16
LinkedInView profile
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Company timeline
Milestones and announcements
2025-02-14Selected by U.S. Army/DIU (GEARS) for Phase 2 autonomous logistics-truck prototyping on Oshkosh PLS vehiclesBreaking Defense
2025-02-14Army picks Carnegie, Forterra for autonomous logistics truck prototyping ↗Breaking Defense
2016-10-04Nilfisk selects Carnegie Robotics for its Horizon autonomous-cleaning program (MultiSense vision on the SC50 scrubber)PR Newswire
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Source ledger
5 unique public sources
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Nilfisk Launches The Horizon Program to Bring to Market the Most Technologically Advanced, Autonomous Cleaning Solutions in the IndustryPR Newswire
02Army picks Carnegie, Forterra for autonomous logistics truck prototypingBreaking Defense
03Brunswick Corporation Enhances Marine Autonomous Technology Capabilities Through New Partnership with Carnegie RoboticsBrunswick Corporation
04Danfoss Power Solutions and Carnegie Robotics partner to enhance autonomous solutions for the off-highway marketDanfoss
05Carnegie Robotics Unveils Cutting-Edge Body-Worn Compute System for Military UseRoboticsTomorrow