Companies
RMFG builds and operates advanced, software-defined factories, manufacturing precision parts and metal assemblies for fast-moving hardware teams. Our vertically integrated software platform automates quoting, DFM, scheduling, and machine control, and allows us to ship faster and at lower cost than traditional shops. We build our own computer vision models, AI agents, and custom software to solve problems inside our manufacturing facility. Today we primarily build complex metal assemblies using sheet, tube and CNC milled parts. We plan to continually moving upstream, offering more complex manufacturing services including electro-mechanical assembly. We’ve delivered critical parts for companies building custom robots, autonomous farms, PCB factories, weather modification technology, rockets, and more.
Radical’s StratoSats are autonomous platforms that provide satellite-like services on demand. They fly within Earth’s atmosphere to provide persistent, high performance infrastructure across applications in earth observation, connectivity, and more. Unlike satellites, StratoSats navigate freely without the need for rocket launches or orbits - reducing costs, increasing flexibility, and ensuring customers get the targeted coverage they need.
At Rain Neuromorphics, we envision a future where every device possesses a dynamic and continuously learning AI brain. Neural Networks are the most powerful engines behind today's AI, but simulations require massive amounts of power and time to learn all of the synaptic connections. As opposed to a simulation, our neuromorphic hardware is a physical artificial neural network, composed of spiking neurons and physical synapses. We combine unique electroceramic materials, nanofabrication techniques, and biologically plausible models of learning to create the Memristive Nanowire Neural Network (MN3), a new type of AI chip. The MN3 can possess over ten million spiking neurons per square centimeter, and uses far less power than conventional GPUs and CPUs.
Solar power is the #1 source of new energy in the world. Raptor Maps is a fast-growing, MIT-born startup that builds software to manage the solar lifecycle. We are deployed across 45 countries and 200+ million solar panels. Our software enables the solar industry to scale. We're headquartered at Greentown Labs, the largest cleantech incubator in the US and also support fully remote employees.
We are building an autonomous robot to precisely eliminate weeds and leave crops untouched. Despite $100 billion being spent annually on weed control, weeds still cost the US economy $46B/year. Weeds steal sunlight and nutrients from crops, forcing farmers to choose between higher costs and lower yields. Moreover, many farms still rely on hand labor to control weed growth. The process is slow, expensive, and increasingly difficult due to constant labor shortages (1 out of every 5 US farm positions go unfilled each year). Our robot nicknamed the Field Hand is able to automate one of the worst jobs on a farm and will help healthily feed the world.
Reduced Energy Microsystems is building the most power-efficient silicon for embedded computer vision to bring visual intelligence to a whole new range of devices. By combining proprietary asynchronous resilient technology with a custom neural network architecture, REM chips will handle state-of-the-art inference and traditional vision workloads in a tiny power envelope. REM makes augmented reality, body-worn cameras, and autonomous robots smarter than ever before.
Reebeez develops efficient solid-state thermoelectrophotovoltaic microengines for UAVs that achieve flight times and payloads unrivaled by batteries and fuel cells. Due to weight limitations of engines, small aerial vehicles must rely on lithium polymer batteries that result in disappointing flight times and payloads. Reebeez presents a propulsion system powered by thermoelectrophotovoltaics (TEPV) that runs on lightweight combustible fuels to attain specific energy eight times better than lithium polymer batteries - at a third of the cost.
Relativity is building humanity’s multiplanetary future. We invented a new approach to design, build, and fly our own rockets, starting with Terran 1 – the world’s first entirely 3D printed rocket, and Terran R, our next generation medium-heavy lift fully reusable launch vehicle. As a vertically integrated technology platform, Relativity is at the forefront of an inevitable shift toward software-defined manufacturing. By fusing 3D printing, artificial intelligence, and autonomous robotics, we are pioneering the factory of the future. Disrupting 60 years of aerospace, Relativity offers a radically simplified supply chain, building a rocket with 100x fewer parts in less than 60 days. We believe in a future where interplanetary life fundamentally expands the possibilities for human experience. Our long-term vision is to upgrade humanity’s industrial base on Earth and on Mars.
Releaf Earth is a climate tech startup pioneering carbon removal and agricultural solutions leveraging biochar (BCR). Expanding from our roots in food processing technology, we now specialize in producing premium biochar from palm kernel shells. Biochar Carbon Removal (BCR) is a powerful tool for carbon sequestration and a key technology for economic development in Africa. African farmers already experience a 150% global mean temperature rise from a climate crisis they didn’t cause. Releaf's mission is to empower rural communities with improved productivity, crop yields, and a role in achieving Net Zero Emissions.
We're building carbon capture for trains and trucks. We generate revenue for railroads and trucking companies by extracting, purifying, and selling CO2 from their exhaust. Our technology can capture up to 90% of the CO2 in the vehicle's exhaust while reducing soot, particulate matter, and NOx. We've partnered with Union Pacific, Norfolk Southern, Ryder, and Werner, and raised $117 million from Lowercarbon Capital, Valor Equity Partners, Union Square Ventures, and Y Combinator.
E-waste recycling facilities spend most of their time and effort sifting through discarded electronics, searching for valuable devices, refurbishing them, and reselling them in second-hand markets. Our first product is an AI-enabled robotic system that integrates with these facilities to assess and refurbish hundreds of laptops a day without any human intervention. The system tests laptops, wipes their hard drives, photographs them, and posts them on online marketplaces for resale, regardless of model, manufacturer, or operating system.
Rewbi uses AI to optimize grid-connected battery storage. We generate revenue by charging when electricity is cheap and discharging when electricity is expensive. We rent battery storage for a fixed fee per month, and we earn 2x that fee in monthly revenue by dispatching the battery optimally. Today, power companies use human traders to manually track grid conditions and update the battery’s dispatch schedule. However batteries can adjust their power output 100x faster than traditional power generation (e.g. hydro, coal, nuclear, gas), with the ability to go from full-speed charging to full speed discharging in under a minute. Electricity prices change every 5 minutes, often by 300% or more. Our AI better tracks 100s of live inputs, and it makes decisions faster than a human operator (with lower overhead!), improving revenue 2x.
Rigetti Computing is building the world’s most powerful computers to help solve humanity’s most pressing and important problems. These systems will perform computations that today’s fastest supercomputers are incapable of — unlocking entirely new classes of problems and offering a direct path to solutions. We are scientists, engineers, builders, and visionaries. We believe quantum computing is going to significantly affect health care, how we treat disease, how we generate energy, and how we feed humanity. Rigetti is the only company deploying full-stack solutions for hybrid classical/quantum computing. Our 19-qubit quantum computer is available online through our Forest platform, and the first commercially useful applications are already under exploration. We were founded in 2013 by Chad Rigetti, and are located Berkeley and Fremont, California.
Rimba is building an AI-powered platform to help industrial and energy companies stay compliant with environmental regulations. Legacy systems can’t keep up with today’s complex compliance needs. Rimba offers a platform that integrates data from various software systems—like ERPs, SCADA, Sharepoint—to monitor, report, and verify emissions and other environmental data. Rimba has the capability to parse through PDFs and time-series data at scale while having an AI that continuously learns and predicts outcomes.
Robby Technologies is building self-driving robots for last-mile delivery of food, groceries and packages. It was founded by two MIT PhDs in computer vision and robotics, selected into Y Combinator program in summer 2016, and featured by TechCrunch as one of the top startups. With the mission to make delivery affordable and convenient for everyone, Robby Technologies has partnered with major US delivery companies for pilot deliveries in the Bay Area since 2016.
In a fleet-centric world where everything is delivered to your doorstep, cost-per-mile and uptime are all that matter. Vehicles will be driving more miles and the decreased complexity of electric motors will fundamentally change the automotive service industry. ROBOTIRE will bring manufacturing-level automation to vehicle servicing. Tires are the perfect vertical to tackle first because they are future-proof (tires are going nowhere) and scale from luxury personal automobiles to freight-centric big-rigs. The current tire changing industry is entrenched with an aging workforce but maintains strong margins. We will build and deploy a robotic tire changing container that can change tires in 10 minutes. Our fully-integrated ROBOTIRE containers can be placed inside existing shops, Walmart parking lots or in the middle of a fleet service area hundreds of miles away from a major city. In the medium term, we will expand to brakes, oil, batteries, etc. becoming an uptime assembly line that keeps fleets on the road 24/7 at a fraction of the maintenance cost per mile we see today. In a fleet-centric world, cost-per-mile and uptime are all that matter. ROBOTIRE tackles both.
Seaflight Technologies has developed a new form of Aerodynamic Flow Control for electrified aircraft that increases range and payload by 30%. That's the same performance improvement you'd get from hopping in a DeLorean to 2035 and coming back with batteries from the future. But it's available today - our tech has been derisked by testing supported by the National Science Foundation, the US Air Force, and the Australian Government. Our first product is a simple fixed-wing large cargo drone that is efficient enough to remove the "green penalty" currently associated with electric aviation. That's a step change from today's conventional platforms. First generation electric aircraft are heavy, expensive, complicated, and limited in terms of range and payload. In the entire history of aviation, that's never been a winning formula. When everyone already has access to the same batteries, materials, and motors, what really makes the difference? The answer is revolutionary aerodynamics, but in a form factor that suits today's operations and manufacturing. Beyond our own drone product line, we have partners across Aerospace helping incorporate our tech into their products. In the future, if you want to have the most efficient and cost-effective flying machine of any description, you'll need Seaflight's Flow Control inside.