Directory · US
Robotics Engineering in United States
A register of firms and the professionals working at them in the Robotics Engineering sector based in United States. Browse the public index, then filter or export on Kipplo.
Companies
635 on file
Thalassa Robotics
Secure subsea infrastructure is critical for enabling the future of energy, communications, and AI. This infrastructure faces increasingly frequent threats that go undetected. Thalassa builds real-time, intelligent fleets to identify hazards before they incur severe downtime costs.
1 to 10 staff
The Good Robot
This page is no longer in use. If you’re looking for TGR, please visit our active page: TGR (The Good Robot) continues to build purpose-driven robotics that support essential work. Follow the updated page for the latest news, updates, and resources.
51 to 200 staff
Thunderbolts Frc
ThunderBolts began operation in May of the following year at Loudoun County's Lightridge High School. Founded by Trinity Dysis, ThunderBolts quickly became a staple in the Lightridge community, amassing a following of nearly 40 active students. Members were able to gain hands-on experience utilizing VEX robotics, competing in artistic competitions using CAD, and learning basic coding of Java and the physics required in assembling a robot. The devotion and effort of the team have been recognized by those such as a former robotics mentor of Carnegie Mellon, Joseph Giampapa. In addition to robotics, we dedicate ourselves to enriching our community through our outreach projects: ExploraVision, Decarbonization, and Assistive Technologies.
11 to 50 staff
Vastro
Robots should take the risks—people shouldn’t. Born at Brown University and backed by the NASA Rhode Island Space Grant, VASTRO is democratizing advanced robotics with a 3-D-printed quadruped that costs < 10 % of today’s industrial bots. Our platform pairs VR tele-operation, haptic feedback, and 360° LiDAR mapping to deliver “extra legs” for inspectors, engineers, and explorers working in hazardous or hard-to-reach environments.
1 to 10 staff
Vera Robotics
Vera Robotics is revolutionizing permanent hair removal. Our innovative solution addresses the limitations of current methods by offering a permanent solution for all skin and hair types, drastically cutting treatment time by up to 95%, and significantly reducing pain. Founded by medtech leader Chris Bender and seasoned entrepreneur Lee Davidson, Vera Robotics is developing a system utilizing robotics, AI, and precise actuator and sensor technology.
1 to 10 staff
Watson Combat Robotics League
The Watson Combat Robotics League (WCRL) is a competition in which teams design, 3D print and fight small robots (think Battlebots but on a smaller scale). Matches are held every other week throughout the semester, with a flagship tournament held near the end of each semester. This project is designed for competitors of any skill level, as WCRL provides documentation and lab sessions to help you build your bot (if needed). Skills you will learn include engineering/design principles, CAD (Fusion 360), electronics and Arduino/Raspberry Pi.
11 to 50 staff
Wbcd Competition
WBCD(What Bimanuals Can Do) is a robotics teleoperation competition intersecting academic research with industry metrics.
11 to 50 staff
Wolverbot Kickers
WolverBot Kickers is the University of Michigan’s humanoid robotics project team, building humanoid robots that can perceive, walk, recover, and play soccer autonomously. We start in CAD by designing and iterating parts and assemblies, creating mounts and brackets, and preparing designs for manufacturing/3D printing. From there, we build and integrate the hardware, then wire and validate the electrical system, including power distribution, motor control, and sensors. Finally, we bring it to life in software with ROS 2, perception, localization, motion and controls, plus full system integration from simulation to the real robot. We also handle sponsorship, budgeting, outreach, and project planning to keep the build moving and get the robot competition ready.
11 to 50 staff
Worker Autonomy
Our mission is to shape the future of land development with robotics and AI — reducing manual labor, cutting emissions, and scaling automation.
1 to 10 staff
Zeus Robotics
At Zeus Robotics, we are transforming hospital logistics through intelligent automation. Our flagship innovation is an autonomous delivery robot designed to streamline the internal transportation of critical items—such as medications, lab samples, and medical supplies—within hospital environments. Founded by a team of robotics and autonomy engineers, Zeus Robotics is driven by the belief that advanced healthcare technologies should be accessible, affordable, and impactful. Unlike existing solutions with high price tags and limited flexibility, our robots are engineered for cost-efficiency, Modularity, and real-world deployment, empowering healthcare providers to focus more on patient care and less on repetitive, non-clinical tasks. We are currently piloting with select hospitals and actively engaging with healthcare professionals to ensure our solutions are aligned with real-world workflows. Whether it’s reducing staff fatigue or increasing operational efficiency, our goal is to bring robotics to the front line of healthcare in a meaningful way.
1 to 10 staff
Above-Us Technical Services
Above-Us helps businesses overcome advanced technical challenges with local, real-world solutions. We specialize in UAV design & operations, commercial infrastructure, small scale fabrication, and custom system design by supporting industrial sites, tech-forward teams, and small businesses alike. Whether our clients need long-range Wi-Fi, a drone fixed, or internal tools - we deliver fast, vendor-independent results. Got a weird tech problem? That’s our specialty.
1 to 10 staff
Adaptive Machines
Adaptive Machines is gearing up for Physical AI. We develop actuators with Physical Intelligence to make robots safer, faster, stronger, and more efficient. These actuators are mechanically adaptive hardware that remove the motor–gearbox bottleneck limiting today’s robots. Adaptive actuators target a 50% improvement in energy efficiency, along with higher operational speed and safety across humanoids, cobots, and industrial systems. We develop mechanically adaptive actuators to overcome the motor–gearbox bottleneck.
1 to 10 staff
Admirals Robotics
FIRST Tech Challenge team at Arlington High School
11 to 50 staff
Adora Robotics
Adora Robotics is building embodied AI for the real world. Our first product, Nyx, is an intelligent home companion robot designed to understand daily routines, detect anomalies, provide emotional interaction, and enhance home safety with real-world autonomy. Powered by multimodal AI, world-model perception, and long-term memory, Nyx brings a new level of presence and intelligence into everyday environments. Beyond hardware, we are developing AdoraLearn — a task-teaching platform that lets everyday users teach robots new actions through photos, annotations, and voice instructions. These learned skills can be saved, shared, and composed into reusable modules, forming the basis of our upcoming Adora Task Memory (ATM) ecosystem for robot task-sharing. Our mission is to build intelligent agents that live with us, understand us, and learn from us — and to lay the foundations for the next generation of embodied AI systems.
1 to 10 staff
Agi Labs Inc
AI Solutions, Robotics, AI Consulting
1 to 10 staff
Aleo Robotics Llc
ALEO is building an AI-powered assistant robot designed to support parents, educators, and childcare providers. Our mission is to make childcare and early education easier, safer, and more engaging by combining robotics, artificial intelligence, and child development insights. ALEO engages children through interactive play, individualized learning, emotional support, and safe supervision, while giving adults more time, peace of mind, and flexibility. We partner with families, schools, and daycare centers to shape the future of childcare with innovative, child-safe technology.
1 to 10 staff
American Robotic Machine Company
Robotic integration and sales provided with the highest quality and at a reasonable cost. We offer expert solutions and excellent support to help your business succeed.
11 to 50 staff
Amoeba Robotics
AMOEBA Robotics, a community-based robotics program, serves as an established development hub for students in Delaware as they sharpen personal, professional, and technical skills.
1 to 10 staff
Antioch
Antioch shifts robotics development and validation workflows from hardware-in-the-loop to pure software, and natively integrates with existing CI/CD and development workflows. We’re enabling test-driven development for autonomy. Backed by A*, Abstract VC, MaC Venture Capital, BoxGroup, Icehouse Ventures, Timeless Venture Partners, Michael Calvey, and Shyam Sankar.
1 to 10 staff
Assured Robot Intelligence Ari
ARI is a robotics company building frontier AI for robots, empowering them to address critical challenges in today's and tomorrow's high-value labor markets.
11 to 50 staff
Bionica
Bionica is an all-girls FTC robotics team from Hewlett, New York. Our mission is to promote girls in STEM and shatter the glass ceiling of gender stereotypes. We hope to spread awareness about our cause and engage our community in robotics. Through outreach events held online, in our local elementary schools, and throughout the district, Bionica aims to inspire the next generation of female engineers, coders, and builders. Our Friday nights are filled with members creating new designs, prototyping ideas, and experimenting with tools. Bionica members have navigated their experience in the vast and intriguing field of robotics with teamwork, collaboration, and motivation. We are extremely excited to participate in this year’s FIRST Tech Challenge. Email: bionica7120@gmail.com Instagram:@7120bionica TikTok:@bionicat7120
1 to 10 staff
Blackbee Robotics
BlackBee Robotics is a small firm developing cutting-edge robotics solutions for a wide variety of use-cases.
1 to 10 staff
Bpi Cybernetics Llc
We integrate collaborative robots (cobots) directly into your current workflows—no major retooling required. Our team has hands-on experience with Universal Robots (UR) cobots and OnRobot grippers, and we can implement any cobot platform that best fits your project. We also design custom AI-driven automation—vision, decisioning, and optimization—tailored to your line.
11 to 50 staff
Cacti Industries
Cacti Industries is building the universal human interface for autonomous robotics, the missing layer that will transform how humans command, control, and supervise robotic systems across defense, industrial, and enterprise applications. Just as web browsers democratized internet access by translating natural human inputs into complex protocols for machine-to-machine communication, Cacti democratizes robotic control by translating natural voice and gestures into low-level robot commands through wearable-first interfaces. The robotics industry faces a critical bottleneck: despite advances in autonomous hardware, human operators remain tethered to handheld controllers, requiring line-of-sight supervision and extensive training that costs per operator annually. Current interaction paradigms force operators to choose between watching the robot and watching for hazards—creating safety risks and limiting deployment to constrained environments. Cacti eliminates this trade-off with heads-up, hands-free control that enables beyond-line-of-sight operation across any wearable device and robot platform.
1 to 10 staff
