Carnegie Robotics

• MultiSense S27
• MultiSense S7

  MultiSense

Supply chain relationships

• Advanced Micro Devices

  Inbound - Perception - Carnegie Robotics uses AMD FPGAs in its 3D cameras for low-latency obstacle detection

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• Doodle Labs

  Inbound - Communications - Doodle Labs supplied custom Special Band Transceivers for Carnegie Robotics SREHD

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• Boston Dynamics

  Outbound - Manufacturing Services - Carnegie Robotics engineers and manufactures the Spot CAM+IR payload for Boston Dynamics

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• Nilfisk A/S

  Outbound - Software - Carnegie Robotics supplies Thoro autonomy software for Nilfisk Liberty SC50 autonomous scrubber

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• NASA

  Outbound - Perception - Carnegie Robotics MultiSense SL served as the main perception sensor in NASA Valkyrie (R5)

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• John Bares - President and CEO - Anchors Carnegie Robotics’ rugged autonomy, sensor and manufacturing work across defense, industrial and autonomous-vehicle programs.
• David LaRose - Chief Scientist - Relevant to Carnegie Robotics’ perception, autonomy and rugged robotics engineering depth.

Events

• 2026-07-23 - Contract Award - BLADE selected for U.S. Army Project Sustainment autonomous-logistics programme

  BLADE was selected as one of five industry partners for the U.S. Army's NAMC-led Project Sustainment programme for contested supply distribution. The proposed Dire WOLF is a six-wheel diesel-electric hybrid UGV designed to carry thousands of pounds, pivot steer and climb vertical two-foot steps. The platform combines non-pneumatic Michelin Tweels with onboard energy storage and exportable power; BLADE is working with the Army, NAMC, Michelin and Carnegie Robotics.

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• 2026-06-11 - Capability - AM General previews modular UGV configuration for Eurosatory

  The platform was developed with Textron Systems and Carnegie Robotics, combining an AM General chassis with autonomy and drive-by-wire control. The vehicle uses a 250-horsepower engine and supports payloads up to 6,000 pounds. The planned exhibit paired the UGV with a Hornet remote weapon station for counter-UAS missions.

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• 2024-12-03 - Product Launch - Carnegie Robotics unveils CardShark ruggedized computing platform

  Carnegie Robotics unveiled CardShark as a ruggedized computing platform. CardShark opened for pre-order with test units and larger fulfillment planned for 2025. The product targets rugged compute needs inside fielded robotic and autonomous systems.

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• 2024-08-20 - Acquisition - Carnegie Robotics acquires Swift Navigation Duro product line

  The Duro line expanded Carnegie Robotics sensing and positioning hardware for industrial automation. The acquisition added rugged GNSS products used in autonomy and machine-control applications.

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• 2020-08-31 - Partnership - Nilfisk Liberty SC50 anchors Carnegie Robotics Thoro autonomy launch

  Nilfisk was both a customer and investor in the autonomy commercialization effort. Carnegie Robotics technology was embedded in the globally available Liberty SC50, enabling the scrubber to navigate around people in public spaces.

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Relationships

• Nilfisk A/S

  Technology Partner - Carnegie Robotics Thoro autonomy software is used in the Nilfisk Liberty SC50 autonomous scrubber.

• Brunswick Corporation

  Marine Autonomy Development - Carnegie and Brunswick collaborate on autonomous docking using Carnegie sensing and Mercury Marine drive-by-wire controls.

• L3Harris Technologies

  Diamondback Channel Partner - L3Harris is Carnegie Robotics’ channel partner for its Diamondback autonomous off-road vehicle with deployable drones.

• AM General

  UGV Collaboration - AM General named Carnegie Robotics as a collaborator on its modular UGV for Eurosatory 2026.

Comparable profiles

• Mobileye

  stack adjacency - Autonomy Software Platform · Sensor Fusion Compute

• Wayve

  stack adjacency - Autonomy Software Platform · Sensor Fusion Compute

• Oxa

  stack adjacency - Autonomy Software Platform · Sensor Fusion Compute

• Zoox

  stack adjacency - Autonomy Software Platform · Sensor Fusion Compute

• Overland AI

  stack adjacency - Offroad Defence Autonomy Stack

• Supacat

  stack adjacency - Offroad Defence Autonomy Stack · Defence Robotics Systems Integration

• Kova Labs

  stack adjacency - Offroad Defence Autonomy Stack

• Flexion

  stack adjacency - Autonomy Software Platform

• Open Robotics

  stack adjacency - Autonomy Software Platform

• PickNik

  stack adjacency - Autonomy Software Platform

• Helm.ai

  stack adjacency - Autonomy Software Platform

• MindOn

  stack adjacency - Autonomy Software Platform

Shared workflows

• Touchlab Robotics

  workflow adjacency - Autonomous System Sensing

• Allvision IO

  workflow adjacency - Autonomous System Sensing

• TDK-InvenSense

  workflow adjacency - Autonomous System Sensing

• Murata

  workflow adjacency - Autonomous System Sensing

• LightWare LiDAR

  workflow adjacency - Autonomous System Sensing

• IR-LOCK

  workflow adjacency - Autonomous System Sensing

• Zendar

  workflow adjacency - Autonomous System Sensing

• Nexa

  workflow adjacency - Autonomous System Sensing

• Carbic

  workflow adjacency - Autonomous System Sensing

• Steinmetz

  workflow adjacency - Autonomous System Sensing

• Hubble Network

  workflow adjacency - Autonomous System Sensing

• smartmicro

  workflow adjacency - Autonomous System Sensing

Context tags

• Autonomy software platform - Stack Layer - Profile QA supports Autonomy software platform.
• Off-road defence autonomy stack - Stack Layer - Carnegie Robotics is part of the AM General UGV autonomy and drive-by-wire stack.
• Sensor fusion compute - Capability - Carnegie Robotics supplies autonomy, perception and sensor integration capability.
• Defence robotics systems integration - Capability - Profile coverage links Carnegie Robotics to defence UGV system integration.
• Autonomous System Sensing - Workflow - Profile QA supports Autonomous System Sensing.

• BLADE selected for U.S. Army Project Sustainment autonomous-logistics programme

  2026-07-23 · Order / contract · HDT Robotics, doing business as BLADE, was selected as one of five industry partners for the U.S. Army Project Sustainment initiative for contested-environment autonomous logistics.

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