Compare Robotics and Hardware Products

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

Miru makes it easy for robotics teams to manage, version, and deploy robot configurations. Developers use our well-documented APIs and UI components to automate configuration updates for both engineers and operators. In the long term, we're building software infrastructure to accelerate the automation of the physical world.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

Making the world’s first personal robot that's built for the home. Our robot, Isaac, will autonomously tidy up endless messes, fold laundry, and care for your home while you’re away, and we’re shipping our first 30 in fall of 2025.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

Azalea Robotics automates airport baggage handling with intelligent robot operations. The global market for airport baggage handling systems is $20+ billion and growing, presenting a significant opportunity for innovation and market disruption in this sector. Passenger air traffic volume is increasing, driving demand for efficient and reliable baggage handling at airports and putting immense pressure on existing infrastructure. In 2023 alone, airports processed approximately 4.5 billion bags, highlighting the need for advanced solutions to manage this load effectively. Azalea Robotics provides state-of-the-art robotic systems that enhance efficiency, reduce mishandling, and improve passenger experience through more reliable operations. Baggage handling is a critical component of airline ground operations, yet it is fraught with challenges. The work is physically demanding, often leading to long-term injuries among workers. Traditional baggage handling involves repetitive lifting and maneuvering of heavy loads, which can result in long-term health issues. Azalea Robotics addresses these challenges by automating the most strenuous tasks, thereby reducing the risk of injury and enhancing operational efficiency.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

Diode automates circuit board design. We work with hardware companies to get them the PCBs they need, fast.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

We're building humanoid robots to do most of what you find boring or tedious. We have an open-source design which we are releasing to the public, which is capable of walking, talking and manipulating objects.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

Spaceium builds fully automated space stations to refuel and repair spacecraft. We have secured $86.1 million in binding commercial contracts and have an additional $230 million in the pipeline. Additionally, we have 1 billion dollars in letters of intent. We have successfully tested our hardware, which will launch to space next year. Our fully automated space stations will efficiently store and transfer both cryogenic (extremely cold) and non-cryogenic fuels with zero loss during storage and transfer. And they can transfer fuel seamlessly to any spacecraft design using our proprietary modular robotic arm. Our customers include launch vehicles, orbital transfer vehicles, moon landers, and spacecraft that benefit from increased payload capacity and extended travel capabilities. Our long-term vision is to build service hubs along the space superhighway to connect Earth to Moon and Mars and help humanity to become multi multi-planetary species

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

Basalt Tech is a spacecraft OS company based in San Francisco. We're building Dispatch: An OS which allows different types of satellites to work together, and produces optimized instructions for fleets of spacecraft. The company is founded by Max Bhatti and Alex Choi, lead engineers at the MIT CubeSat program. Previously, the duo worked as systems engineers at SpaceX, and the UK Ministry of Defense. Basalt Tech recently received its seed investment as part of the Y Combinator W24 batch, and is currently in technical development.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

deepsilicon is a SaaS solution focused on Edge Computing Semiconductors, Hard Tech, AI. Founded by Y Combinator alumni, this platform provides innovative tools and services to help companies streamline their operations and achieve their goals. Built with modern technology and user experience in mind, deepsilicon offers scalable solutions for teams of all sizes.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

Sensei helps robotics companies scale and outsource their training data collection. Our hardware platform enables the collection of human-demonstration data at a tenth of the cost and twice the speed of current teleop approaches. Our software platform acts like Scale AI for robotics data: a large network of paid human operators use our low-cost collection platform to fulfill data-generation requests.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

Ember builds hardware and system observability tools for robots and IoT devices. Founded by former Tesla Autopilot engineers, we help hardware teams catch failures early, reduce downtime, and iterate with confidence from prototype to scale.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

Zetta is building the next NVIDIA, energy-efficient chips ("XPUs") for AI training and inference, offering superior speed and energy efficiency compared to traditional GPUs and TPUs. Our XPUs are reconfigurable, capable of optimizing the dataflow of each model, making them faster and more energy-efficient than the current SOTA chips on the market. This saves data centers *billions* in cooling and energy costs.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

Cerulion is an open source operating system for robots built by 2 MIT robotics PhDs. Companies like Amazon Robotics and Boston Dynamics AI Institute are using us to develop faster and ship more reliable robots than with ROS. With up to 1000x improvements in communications performance over state of the art, Cerulion is enabling the next generation of embodied AI.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

phospho provides sdks, tutorials and hardware kits for real-world robotics in Python. The goal is to lower the barrier for entry to robotics so that everyone can start building intelligent robots.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

We are building state-of-the-art SLAM, perception, and spatial understanding models that leverage vision alone to map, interpret, and interact with the world.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

atopile is a new language to design electronic circuit boards with code. We replace point and click graphical interfaces with code to bring software level automation and reuse to the field of hardware design. Our project is open source on GitHub! https://github.com/atopile/atopile

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

We’re building the next generation of warehouse robotics. In the US today, retailers spend approximately $10B per year paying human laborers to pick up and move cardboard boxes in warehouses. Existing solutions for automating this are expensive and difficult to install, which is why manual operation is still so prevalent. Our solution is different. We make swarms of small mobile robots that install into existing warehouses to provide a low-cost and robust automation solution for case picking and mixed-SKU palletization. Our novel technology allows these robots to be installed and operate at significantly lower cost than existing solutions while being both flexible and robust.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

DeepNight is building the next generation of night vision with AI.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

Maihem's generative AI platform lets you intuitively direct robots to complete varied tasks in changing environments without manual reprogramming.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

We're building a Micro Visual Positioning System (VPS) that can be retrofit onto any drone that simulates a GPS. Our VPS uses cameras and an accelerometer/gyroscope as well as reference satellite imagery for positioning. The system is entirely self contained, can't be jammed and has no RF signature.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

Tuesday makes delightful robots that tidy your home for you

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

Quantum computers will allow humanity to understand the world at its most fundamental level, enabling the acceleration of drug discovery and the development of new materials. Currently, quantum engineers spend days, sometimes weeks, manually getting their silicon chips to operational conditions to realize two qubits. A qubit is the information-carrying unit of a quantum computer, analogous to a bit in a classical computer. We need billions of qubits to make a useful quantum computer. Therefore, automation software will be vital to realizing this goal. Conductor Quantum will develop AI software to remove the human from the loop, enable the scaling of silicon quantum technology and build a silicon-based quantum computer.

We make personal AI robots - general-purpose physical machines that anyone can program with code, language and demonstrations. We believe building open platforms like the first PCs this is the only way to bring the robotics future that we all want, where everyone can participate in the robotics revolution.

Pivot Robotics makes AI software for robotic arms that helps manufacturers automate their most labor intensive tasks. We are starting out with the dangerous task of metal grinding and are currently deploying our software on 10+ robots in a cast-iron foundry.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

Miru makes it easy for robotics teams to manage, version, and deploy robot configurations. Developers use our well-documented APIs and UI components to automate configuration updates for both engineers and operators. In the long term, we're building software infrastructure to accelerate the automation of the physical world.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

Making the world’s first personal robot that's built for the home. Our robot, Isaac, will autonomously tidy up endless messes, fold laundry, and care for your home while you’re away, and we’re shipping our first 30 in fall of 2025.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

Azalea Robotics automates airport baggage handling with intelligent robot operations. The global market for airport baggage handling systems is $20+ billion and growing, presenting a significant opportunity for innovation and market disruption in this sector. Passenger air traffic volume is increasing, driving demand for efficient and reliable baggage handling at airports and putting immense pressure on existing infrastructure. In 2023 alone, airports processed approximately 4.5 billion bags, highlighting the need for advanced solutions to manage this load effectively. Azalea Robotics provides state-of-the-art robotic systems that enhance efficiency, reduce mishandling, and improve passenger experience through more reliable operations. Baggage handling is a critical component of airline ground operations, yet it is fraught with challenges. The work is physically demanding, often leading to long-term injuries among workers. Traditional baggage handling involves repetitive lifting and maneuvering of heavy loads, which can result in long-term health issues. Azalea Robotics addresses these challenges by automating the most strenuous tasks, thereby reducing the risk of injury and enhancing operational efficiency.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

Diode automates circuit board design. We work with hardware companies to get them the PCBs they need, fast.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

We're building humanoid robots to do most of what you find boring or tedious. We have an open-source design which we are releasing to the public, which is capable of walking, talking and manipulating objects.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

Spaceium builds fully automated space stations to refuel and repair spacecraft. We have secured $86.1 million in binding commercial contracts and have an additional $230 million in the pipeline. Additionally, we have 1 billion dollars in letters of intent. We have successfully tested our hardware, which will launch to space next year. Our fully automated space stations will efficiently store and transfer both cryogenic (extremely cold) and non-cryogenic fuels with zero loss during storage and transfer. And they can transfer fuel seamlessly to any spacecraft design using our proprietary modular robotic arm. Our customers include launch vehicles, orbital transfer vehicles, moon landers, and spacecraft that benefit from increased payload capacity and extended travel capabilities. Our long-term vision is to build service hubs along the space superhighway to connect Earth to Moon and Mars and help humanity to become multi multi-planetary species

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

Basalt Tech is a spacecraft OS company based in San Francisco. We're building Dispatch: An OS which allows different types of satellites to work together, and produces optimized instructions for fleets of spacecraft. The company is founded by Max Bhatti and Alex Choi, lead engineers at the MIT CubeSat program. Previously, the duo worked as systems engineers at SpaceX, and the UK Ministry of Defense. Basalt Tech recently received its seed investment as part of the Y Combinator W24 batch, and is currently in technical development.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

deepsilicon is a SaaS solution focused on Edge Computing Semiconductors, Hard Tech, AI. Founded by Y Combinator alumni, this platform provides innovative tools and services to help companies streamline their operations and achieve their goals. Built with modern technology and user experience in mind, deepsilicon offers scalable solutions for teams of all sizes.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

Sensei helps robotics companies scale and outsource their training data collection. Our hardware platform enables the collection of human-demonstration data at a tenth of the cost and twice the speed of current teleop approaches. Our software platform acts like Scale AI for robotics data: a large network of paid human operators use our low-cost collection platform to fulfill data-generation requests.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

Ember builds hardware and system observability tools for robots and IoT devices. Founded by former Tesla Autopilot engineers, we help hardware teams catch failures early, reduce downtime, and iterate with confidence from prototype to scale.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

Zetta is building the next NVIDIA, energy-efficient chips ("XPUs") for AI training and inference, offering superior speed and energy efficiency compared to traditional GPUs and TPUs. Our XPUs are reconfigurable, capable of optimizing the dataflow of each model, making them faster and more energy-efficient than the current SOTA chips on the market. This saves data centers *billions* in cooling and energy costs.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

Cerulion is an open source operating system for robots built by 2 MIT robotics PhDs. Companies like Amazon Robotics and Boston Dynamics AI Institute are using us to develop faster and ship more reliable robots than with ROS. With up to 1000x improvements in communications performance over state of the art, Cerulion is enabling the next generation of embodied AI.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

phospho provides sdks, tutorials and hardware kits for real-world robotics in Python. The goal is to lower the barrier for entry to robotics so that everyone can start building intelligent robots.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

We are building state-of-the-art SLAM, perception, and spatial understanding models that leverage vision alone to map, interpret, and interact with the world.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

atopile is a new language to design electronic circuit boards with code. We replace point and click graphical interfaces with code to bring software level automation and reuse to the field of hardware design. Our project is open source on GitHub! https://github.com/atopile/atopile

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

We’re building the next generation of warehouse robotics. In the US today, retailers spend approximately $10B per year paying human laborers to pick up and move cardboard boxes in warehouses. Existing solutions for automating this are expensive and difficult to install, which is why manual operation is still so prevalent. Our solution is different. We make swarms of small mobile robots that install into existing warehouses to provide a low-cost and robust automation solution for case picking and mixed-SKU palletization. Our novel technology allows these robots to be installed and operate at significantly lower cost than existing solutions while being both flexible and robust.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

DeepNight is building the next generation of night vision with AI.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

Maihem's generative AI platform lets you intuitively direct robots to complete varied tasks in changing environments without manual reprogramming.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

We're building a Micro Visual Positioning System (VPS) that can be retrofit onto any drone that simulates a GPS. Our VPS uses cameras and an accelerometer/gyroscope as well as reference satellite imagery for positioning. The system is entirely self contained, can't be jammed and has no RF signature.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

Tuesday makes delightful robots that tidy your home for you

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

Quantum computers will allow humanity to understand the world at its most fundamental level, enabling the acceleration of drug discovery and the development of new materials. Currently, quantum engineers spend days, sometimes weeks, manually getting their silicon chips to operational conditions to realize two qubits. A qubit is the information-carrying unit of a quantum computer, analogous to a bit in a classical computer. We need billions of qubits to make a useful quantum computer. Therefore, automation software will be vital to realizing this goal. Conductor Quantum will develop AI software to remove the human from the loop, enable the scaling of silicon quantum technology and build a silicon-based quantum computer.

Yondu is creating the robotic workforce of the future starting with logistics automation. We're deploying humanoid robots in the first flexible, drop-in picking automation solution designed for 3PLs.

Pivot Robotics makes AI software for robotic arms that helps manufacturers automate their most labor intensive tasks. We are starting out with the dangerous task of metal grinding and are currently deploying our software on 10+ robots in a cast-iron foundry.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

Miru makes it easy for robotics teams to manage, version, and deploy robot configurations. Developers use our well-documented APIs and UI components to automate configuration updates for both engineers and operators. In the long term, we're building software infrastructure to accelerate the automation of the physical world.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

Making the world’s first personal robot that's built for the home. Our robot, Isaac, will autonomously tidy up endless messes, fold laundry, and care for your home while you’re away, and we’re shipping our first 30 in fall of 2025.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

Azalea Robotics automates airport baggage handling with intelligent robot operations. The global market for airport baggage handling systems is $20+ billion and growing, presenting a significant opportunity for innovation and market disruption in this sector. Passenger air traffic volume is increasing, driving demand for efficient and reliable baggage handling at airports and putting immense pressure on existing infrastructure. In 2023 alone, airports processed approximately 4.5 billion bags, highlighting the need for advanced solutions to manage this load effectively. Azalea Robotics provides state-of-the-art robotic systems that enhance efficiency, reduce mishandling, and improve passenger experience through more reliable operations. Baggage handling is a critical component of airline ground operations, yet it is fraught with challenges. The work is physically demanding, often leading to long-term injuries among workers. Traditional baggage handling involves repetitive lifting and maneuvering of heavy loads, which can result in long-term health issues. Azalea Robotics addresses these challenges by automating the most strenuous tasks, thereby reducing the risk of injury and enhancing operational efficiency.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

Diode automates circuit board design. We work with hardware companies to get them the PCBs they need, fast.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

We're building humanoid robots to do most of what you find boring or tedious. We have an open-source design which we are releasing to the public, which is capable of walking, talking and manipulating objects.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

Spaceium builds fully automated space stations to refuel and repair spacecraft. We have secured $86.1 million in binding commercial contracts and have an additional $230 million in the pipeline. Additionally, we have 1 billion dollars in letters of intent. We have successfully tested our hardware, which will launch to space next year. Our fully automated space stations will efficiently store and transfer both cryogenic (extremely cold) and non-cryogenic fuels with zero loss during storage and transfer. And they can transfer fuel seamlessly to any spacecraft design using our proprietary modular robotic arm. Our customers include launch vehicles, orbital transfer vehicles, moon landers, and spacecraft that benefit from increased payload capacity and extended travel capabilities. Our long-term vision is to build service hubs along the space superhighway to connect Earth to Moon and Mars and help humanity to become multi multi-planetary species

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

Basalt Tech is a spacecraft OS company based in San Francisco. We're building Dispatch: An OS which allows different types of satellites to work together, and produces optimized instructions for fleets of spacecraft. The company is founded by Max Bhatti and Alex Choi, lead engineers at the MIT CubeSat program. Previously, the duo worked as systems engineers at SpaceX, and the UK Ministry of Defense. Basalt Tech recently received its seed investment as part of the Y Combinator W24 batch, and is currently in technical development.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

deepsilicon is a SaaS solution focused on Edge Computing Semiconductors, Hard Tech, AI. Founded by Y Combinator alumni, this platform provides innovative tools and services to help companies streamline their operations and achieve their goals. Built with modern technology and user experience in mind, deepsilicon offers scalable solutions for teams of all sizes.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

Sensei helps robotics companies scale and outsource their training data collection. Our hardware platform enables the collection of human-demonstration data at a tenth of the cost and twice the speed of current teleop approaches. Our software platform acts like Scale AI for robotics data: a large network of paid human operators use our low-cost collection platform to fulfill data-generation requests.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

Ember builds hardware and system observability tools for robots and IoT devices. Founded by former Tesla Autopilot engineers, we help hardware teams catch failures early, reduce downtime, and iterate with confidence from prototype to scale.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

Zetta is building the next NVIDIA, energy-efficient chips ("XPUs") for AI training and inference, offering superior speed and energy efficiency compared to traditional GPUs and TPUs. Our XPUs are reconfigurable, capable of optimizing the dataflow of each model, making them faster and more energy-efficient than the current SOTA chips on the market. This saves data centers *billions* in cooling and energy costs.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

Cerulion is an open source operating system for robots built by 2 MIT robotics PhDs. Companies like Amazon Robotics and Boston Dynamics AI Institute are using us to develop faster and ship more reliable robots than with ROS. With up to 1000x improvements in communications performance over state of the art, Cerulion is enabling the next generation of embodied AI.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

phospho provides sdks, tutorials and hardware kits for real-world robotics in Python. The goal is to lower the barrier for entry to robotics so that everyone can start building intelligent robots.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

We are building state-of-the-art SLAM, perception, and spatial understanding models that leverage vision alone to map, interpret, and interact with the world.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

atopile is a new language to design electronic circuit boards with code. We replace point and click graphical interfaces with code to bring software level automation and reuse to the field of hardware design. Our project is open source on GitHub! https://github.com/atopile/atopile

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

We’re building the next generation of warehouse robotics. In the US today, retailers spend approximately $10B per year paying human laborers to pick up and move cardboard boxes in warehouses. Existing solutions for automating this are expensive and difficult to install, which is why manual operation is still so prevalent. Our solution is different. We make swarms of small mobile robots that install into existing warehouses to provide a low-cost and robust automation solution for case picking and mixed-SKU palletization. Our novel technology allows these robots to be installed and operate at significantly lower cost than existing solutions while being both flexible and robust.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

DeepNight is building the next generation of night vision with AI.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

Maihem's generative AI platform lets you intuitively direct robots to complete varied tasks in changing environments without manual reprogramming.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

We're building a Micro Visual Positioning System (VPS) that can be retrofit onto any drone that simulates a GPS. Our VPS uses cameras and an accelerometer/gyroscope as well as reference satellite imagery for positioning. The system is entirely self contained, can't be jammed and has no RF signature.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

Tuesday makes delightful robots that tidy your home for you

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

Quantum computers will allow humanity to understand the world at its most fundamental level, enabling the acceleration of drug discovery and the development of new materials. Currently, quantum engineers spend days, sometimes weeks, manually getting their silicon chips to operational conditions to realize two qubits. A qubit is the information-carrying unit of a quantum computer, analogous to a bit in a classical computer. We need billions of qubits to make a useful quantum computer. Therefore, automation software will be vital to realizing this goal. Conductor Quantum will develop AI software to remove the human from the loop, enable the scaling of silicon quantum technology and build a silicon-based quantum computer.

We build humanoid home robots powered by artificial muscles. Compared to motor-driven robots, ours are lighter, softer, safer, and stronger for their weight. Richard dropped out of medicine at Oxford and Chenny left her Oxford PhD in computer science to build the full stack, from custom actuators to embodied AI. We went from zero hardware experience to a full humanoid prototype in just 2 months.

Pivot Robotics makes AI software for robotic arms that helps manufacturers automate their most labor intensive tasks. We are starting out with the dangerous task of metal grinding and are currently deploying our software on 10+ robots in a cast-iron foundry.

Miru makes it easy for robotics teams to manage, version, and deploy robot configurations. Developers use our well-documented APIs and UI components to automate configuration updates for both engineers and operators. In the long term, we're building software infrastructure to accelerate the automation of the physical world.

Making the world’s first personal robot that's built for the home. Our robot, Isaac, will autonomously tidy up endless messes, fold laundry, and care for your home while you’re away, and we’re shipping our first 30 in fall of 2025.

Miru makes it easy for robotics teams to manage, version, and deploy robot configurations. Developers use our well-documented APIs and UI components to automate configuration updates for both engineers and operators. In the long term, we're building software infrastructure to accelerate the automation of the physical world.

Azalea Robotics automates airport baggage handling with intelligent robot operations. The global market for airport baggage handling systems is $20+ billion and growing, presenting a significant opportunity for innovation and market disruption in this sector. Passenger air traffic volume is increasing, driving demand for efficient and reliable baggage handling at airports and putting immense pressure on existing infrastructure. In 2023 alone, airports processed approximately 4.5 billion bags, highlighting the need for advanced solutions to manage this load effectively. Azalea Robotics provides state-of-the-art robotic systems that enhance efficiency, reduce mishandling, and improve passenger experience through more reliable operations. Baggage handling is a critical component of airline ground operations, yet it is fraught with challenges. The work is physically demanding, often leading to long-term injuries among workers. Traditional baggage handling involves repetitive lifting and maneuvering of heavy loads, which can result in long-term health issues. Azalea Robotics addresses these challenges by automating the most strenuous tasks, thereby reducing the risk of injury and enhancing operational efficiency.

Miru makes it easy for robotics teams to manage, version, and deploy robot configurations. Developers use our well-documented APIs and UI components to automate configuration updates for both engineers and operators. In the long term, we're building software infrastructure to accelerate the automation of the physical world.

Diode automates circuit board design. We work with hardware companies to get them the PCBs they need, fast.

Miru makes it easy for robotics teams to manage, version, and deploy robot configurations. Developers use our well-documented APIs and UI components to automate configuration updates for both engineers and operators. In the long term, we're building software infrastructure to accelerate the automation of the physical world.

We're building humanoid robots to do most of what you find boring or tedious. We have an open-source design which we are releasing to the public, which is capable of walking, talking and manipulating objects.

Miru makes it easy for robotics teams to manage, version, and deploy robot configurations. Developers use our well-documented APIs and UI components to automate configuration updates for both engineers and operators. In the long term, we're building software infrastructure to accelerate the automation of the physical world.

Spaceium builds fully automated space stations to refuel and repair spacecraft. We have secured $86.1 million in binding commercial contracts and have an additional $230 million in the pipeline. Additionally, we have 1 billion dollars in letters of intent. We have successfully tested our hardware, which will launch to space next year. Our fully automated space stations will efficiently store and transfer both cryogenic (extremely cold) and non-cryogenic fuels with zero loss during storage and transfer. And they can transfer fuel seamlessly to any spacecraft design using our proprietary modular robotic arm. Our customers include launch vehicles, orbital transfer vehicles, moon landers, and spacecraft that benefit from increased payload capacity and extended travel capabilities. Our long-term vision is to build service hubs along the space superhighway to connect Earth to Moon and Mars and help humanity to become multi multi-planetary species

Miru makes it easy for robotics teams to manage, version, and deploy robot configurations. Developers use our well-documented APIs and UI components to automate configuration updates for both engineers and operators. In the long term, we're building software infrastructure to accelerate the automation of the physical world.

Basalt Tech is a spacecraft OS company based in San Francisco. We're building Dispatch: An OS which allows different types of satellites to work together, and produces optimized instructions for fleets of spacecraft. The company is founded by Max Bhatti and Alex Choi, lead engineers at the MIT CubeSat program. Previously, the duo worked as systems engineers at SpaceX, and the UK Ministry of Defense. Basalt Tech recently received its seed investment as part of the Y Combinator W24 batch, and is currently in technical development.

Miru makes it easy for robotics teams to manage, version, and deploy robot configurations. Developers use our well-documented APIs and UI components to automate configuration updates for both engineers and operators. In the long term, we're building software infrastructure to accelerate the automation of the physical world.

deepsilicon is a SaaS solution focused on Edge Computing Semiconductors, Hard Tech, AI. Founded by Y Combinator alumni, this platform provides innovative tools and services to help companies streamline their operations and achieve their goals. Built with modern technology and user experience in mind, deepsilicon offers scalable solutions for teams of all sizes.

Miru makes it easy for robotics teams to manage, version, and deploy robot configurations. Developers use our well-documented APIs and UI components to automate configuration updates for both engineers and operators. In the long term, we're building software infrastructure to accelerate the automation of the physical world.

Sensei helps robotics companies scale and outsource their training data collection. Our hardware platform enables the collection of human-demonstration data at a tenth of the cost and twice the speed of current teleop approaches. Our software platform acts like Scale AI for robotics data: a large network of paid human operators use our low-cost collection platform to fulfill data-generation requests.

Miru makes it easy for robotics teams to manage, version, and deploy robot configurations. Developers use our well-documented APIs and UI components to automate configuration updates for both engineers and operators. In the long term, we're building software infrastructure to accelerate the automation of the physical world.

Ember builds hardware and system observability tools for robots and IoT devices. Founded by former Tesla Autopilot engineers, we help hardware teams catch failures early, reduce downtime, and iterate with confidence from prototype to scale.

Miru makes it easy for robotics teams to manage, version, and deploy robot configurations. Developers use our well-documented APIs and UI components to automate configuration updates for both engineers and operators. In the long term, we're building software infrastructure to accelerate the automation of the physical world.

Zetta is building the next NVIDIA, energy-efficient chips ("XPUs") for AI training and inference, offering superior speed and energy efficiency compared to traditional GPUs and TPUs. Our XPUs are reconfigurable, capable of optimizing the dataflow of each model, making them faster and more energy-efficient than the current SOTA chips on the market. This saves data centers *billions* in cooling and energy costs.

Miru makes it easy for robotics teams to manage, version, and deploy robot configurations. Developers use our well-documented APIs and UI components to automate configuration updates for both engineers and operators. In the long term, we're building software infrastructure to accelerate the automation of the physical world.

Cerulion is an open source operating system for robots built by 2 MIT robotics PhDs. Companies like Amazon Robotics and Boston Dynamics AI Institute are using us to develop faster and ship more reliable robots than with ROS. With up to 1000x improvements in communications performance over state of the art, Cerulion is enabling the next generation of embodied AI.

Miru makes it easy for robotics teams to manage, version, and deploy robot configurations. Developers use our well-documented APIs and UI components to automate configuration updates for both engineers and operators. In the long term, we're building software infrastructure to accelerate the automation of the physical world.

phospho provides sdks, tutorials and hardware kits for real-world robotics in Python. The goal is to lower the barrier for entry to robotics so that everyone can start building intelligent robots.

Miru makes it easy for robotics teams to manage, version, and deploy robot configurations. Developers use our well-documented APIs and UI components to automate configuration updates for both engineers and operators. In the long term, we're building software infrastructure to accelerate the automation of the physical world.

We are building state-of-the-art SLAM, perception, and spatial understanding models that leverage vision alone to map, interpret, and interact with the world.