Morelle builds fast-charging battery systems that fully power electric fleets like e-bikes, drones, and robots in under 15 minutes. This eliminates the need for battery swapping and keeps fleets working instead of sitting idle on chargers.

• The system combines silicon-anode cells, a battery management system, and a charger to deliver a full charge in under 15 minutes.
• Machine learning software adapts to each battery's health and temperature during charging, which makes the batteries last two to three times longer.
• They already have a major humanoid robot customer, pilot programs with a drone company and a New York energy network, and 200 deposits for their own e-bike.
• The modular design means the exact same battery building blocks can power delivery bikes, industrial robots, and law enforcement drones.
• The founders previously led battery design and business operations at Ionblox, where they built high-performance batteries for aviation and raised $80 million.

Craft BioSolutions builds low-cost, modular bioreactors that move fermentation out of expensive, centralized factories and into deployable systems. This approach removes a massive infrastructure bottleneck, allowing companies and communities to produce biological products locally and affordably.

• There are only 172 pilot-scale biomanufacturing facilities in the world, and building a new factory takes years and costs over $100 million, which traps new biological inventions in the lab.
• The company solves this by creating small, affordable 50-liter to 500-liter bioreactors that scale out production rather than relying on massive centralized plants.
• The hardware features compostable, single-use bags and tubing to ensure sterility and make it easy to switch between different products quickly.
• Instead of relying on expensive scientists to manually monitor the vats, the system uses contact-free sensors and artificial intelligence to automate the entire growth process.
• This portable technology allows farmers, rural towns, and even the military to turn local waste into valuable goods like crop treatments or fuels right where they are needed.

Boldr builds smart thermostats and an energy management platform that connects home HVAC systems, batteries, and electric vehicles to optimize power usage. This creates a massive, distributed residential power plant that provides flexible capacity to stabilize an increasingly strained electrical grid.

• The electrical grid is struggling to keep up with demand from electrification and AI, requiring 100 gigawatts of new peak capacity by 2030 to avoid power shortages.
• Instead of selling directly to consumers, the company partners with HVAC contractors who control 80% of installations by giving them software that diagnoses system health and reduces unnecessary service trips.
• The platform starts with heating and cooling, the largest home energy market in the U.S., using universally compatible smart thermostats to easily connect homes.
• The business makes money in three ways: high-margin hardware sales, software subscriptions for contractors, and recurring payments from grid operators for providing flexible power capacity.
• The company has already generated $5 million in revenue, acquired over 13,000 customers, and secured partnerships with major manufacturers like Daikin and grid operators across 10 states.

Nafura builds compact, industrial-scale wastewater treatment systems that use submerged plasma technology to instantly destroy contaminants. This allows factories to treat water in a fraction of the time and space, freeing up land for production and cutting operational costs.

• The company already has strong market demand with 11 signed expressions of interest and two upcoming trials, including one with Coca-Cola.
• Instead of relying on massive tanks and biological processes, the system uses submerged plasma to clean water in a device that takes up less than two square meters of space.
• It replaces up to 30 complicated treatment stages with a single, continuous step that works almost instantly and requires very little maintenance.
• The technology cuts both building and operating costs in half while producing 30 percent fewer emissions than standard grid-powered treatment methods.
• They plan to lease the units as a service, which generates recurring revenue and pays back the cost of each machine in 6 to 18 months.

Multiphasic uses ultrafast electromagnetic fields and lasers to alter the atomic structure of existing metals, making them stronger and longer-lasting right on the factory floor. This breakthrough extends the life of critical components in AI datacenters, aerospace, and energy systems, saving industries hundreds of millions in replacement and maintenance costs.

• Instead of inventing new materials, the company applies lasers and electromagnetic fields to upgrade existing metals right on the factory floor without changing what they are made of.
• The technology can make copper parts in AI datacenters last up to three times longer, preventing hundreds of millions of dollars in replacement costs.
• It also doubles the lifespan of titanium used in airplanes and the catalysts needed for clean hydrogen energy, massively reducing maintenance needs.
• The startup is actively building and testing its system in partnership with MIT and the Air Force to prove the process works on industrial metals.
• The founder is a deep-tech veteran who previously started a nuclear fusion company that raised 175 million dollars.

RiderAI builds an automated collision prevention system for motorcycles and mopeds that actively adjusts speed and braking before a crash occurs. This technology brings modern safety features to the world's 1.2 billion two-wheelers, addressing a critical gap that currently makes them the deadliest vehicles on the road.

• Two-wheelers account for 20 percent of global road deaths and are decades behind cars when it comes to basic safety features.
• Unlike current systems that rely on the rider to take action, this software actively steps in to brake or adjust speed during the crucial one to two seconds before a crash.
• Cheaper cameras, new safety laws, and the rise of electric bikes have created a 25 billion dollar market for this technology.
• Major vehicle manufacturers across the US, Europe, and Asia agree that safety is a critical issue and have already offered test vehicles to partner on the design.
• The founder has spent eight years building and launching self-driving technology for major autonomous vehicle companies like Zoox and Motional.

Azora builds small, low-cost optical ground stations to provide secure, high-speed laser communications for space and airborne platforms. This technology bypasses crowded and easily jammed radio networks to unlock massive data capacity for defense and commercial space operations.

• Traditional radio signals are easily jammed in conflict zones, but these laser links are highly targeted and nearly impossible to intercept.
• As the number of satellites grows, space data demand is expected to exceed current ground capacity by three to five times by 2030.
• Instead of building massive and expensive observatory-style terminals, the company makes small, modular units that can be mass-produced and deployed anywhere for a fraction of the cost.
• The technology is already proven in the field, successfully downloading data at 720 Mbps from a NASA satellite located 22,000 miles away.
• Led by experts from NASA and DARPA, the team has already secured a paid contract with the UK Space Agency and is working toward certification with the US Space Force.

Red Ace Bio develops gene drive therapies that reprogram cancer cells to be vulnerable to existing drugs, preventing tumors from developing resistance. This approach extends the effectiveness of targeted cancer treatments and offers a path to lasting remission for patients who would otherwise run out of options.

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• Drug resistance causes 90 percent of cancer deaths, and current methods to fight it take years to develop while only offering small benefits.
• The company delivers a genetic shield and detonator system directly into tumors, forcing the cancer cells to become sensitive to treatments and destroying nearby unmodified cells.
• In early tests on lung cancer, this gene therapy completely stopped tumors from returning after months of observation, whereas standard treatments eventually failed.
• There is strong demand from doctors, patients, and pharmaceutical companies for this technology because it keeps existing cancer drugs working longer and protects revenue from established treatments.
• The team includes experts from top research institutions, and they are currently raising 4 million dollars to finalize their first drug candidate for clinical trials.

Primary Bio builds novel sensors that unlock vital insights into DNA, RNA, and proteins. This technology gives researchers in pharmaceuticals, agriculture, and biodefense the exact biological data they desperately need to advance their work.

• The company creates advanced sensors that can read and analyze genetic material and proteins to reveal information that is usually hidden.
• There is already strong demand for this technology, with potential customers constantly asking to send in their own samples for testing.
• Current methods for analyzing proteins are often slow or leave out important details, making it hard for scientists to get a complete picture.
• The data produced by these sensors directly helps teams develop better medicines, improve crop resilience, and build stronger biodefense systems.
• By making biological data easier to access and understand, the platform speeds up the overall pace of research and discovery in the life sciences.

Noara Therapeutics uses artificial intelligence to design circular RNA medicines that are long-lasting and invisible to the immune system. This technology enables the creation of safer, more affordable, and off-the-shelf cell therapies to treat millions of people with severe autoimmune diseases.

• Current RNA treatments force a choice between being stable but triggering immune reactions, or being safe but breaking down too quickly; this startup solves that problem by making RNA that is both stable and hidden from the immune system.
• Instead of removing a patient's cells for expensive and complex lab processing, this approach delivers the treatment directly into the body to create disease-fighting cells on the spot.
• The company relies on artificial intelligence to design and test these new RNA structures, allowing for treatments that can be given repeatedly without causing toxic side effects.
• They are initially focusing on severe autoimmune conditions like lupus and rheumatoid arthritis, which affect up to 30 million people in the United States alone.
• The founding team and advisors include experts from top institutions like Harvard and Moderna, and they have already secured early funding and a partnership award from a major pharmaceutical company.

Visienco builds artificial intelligence and robotics platforms to automate the sorting and handling of miniature organs used in medical research. This technology replaces slow, manual lab work with high-speed, accurate automation, helping researchers discover new drugs faster and move beyond animal testing.

• The company has already earned $275,000 in early revenue from major companies like Zeiss and Novo Nordisk, and successfully completed pilot programs with Roche and a Novartis spin-off.
• Manual sorting of mini-organs is slow and inconsistent, but this robotic system speeds up the process by seven times and increases accuracy from 70% to 95%.
• The machine is an all-in-one system that works with any type or size of mini-organ, making it easy for labs to plug it in and start working immediately.
• There is strong demand for the product, with more than ten active sales opportunities and multiple paid demonstrations scheduled with pharmaceutical and biotech companies for 2026.
• The business is protected by four patents and is designed to generate steady income through machine sales, patented disposable parts, and a software subscription.

Lumoniq combines metal wires and light to move data 2,000 times more efficiently than existing technologies. This breakthrough allows computing systems to overcome current data bottlenecks and meet the massive performance demands of modern artificial intelligence.

• AI models are growing much faster than data transfer speeds, creating a bottleneck that traditional copper wires can no longer fix.
• Their patented technology combines metals and light to shrink device sizes by up to 100 times and cut energy use by up to 10 times.
• The platform delivers up to 12 times more bandwidth than current silicon photonics, reaching speeds up to 500 Gbaud.
• The hardware easily fits into existing manufacturing processes and works reliably across a wide range of temperatures.
• The founding team brings over 40 years of combined experience in next-generation computing and photonics from leading tech companies and universities.

Branes.AI builds a new type of computer chip and software platform designed specifically for physical AI systems like drones and humanoid robots. This technology delivers 20 times the energy efficiency of traditional graphics processors, solving the critical battery life problem that currently limits autonomous machines.

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• The new chip architecture provides 20 times more energy efficiency than standard GPUs, allowing robots and drones to run much longer on a single battery charge.
• Traditional chips waste up to half their power just managing instructions, but this new design flows data directly through the processor to eliminate that wasted energy.
• Developers can write their programs in popular software like PyTorch and easily move them to the new chip without being locked into a single hardware brand.
• The accompanying software platform lets a single engineer do the work of a ten-person hardware team by testing hundreds of design options in minutes instead of months.
• The company is starting by selling to the defense drone market, where power and weight are crucial, before expanding into the growing field of humanoid robots.

Convergent Labs manufactures high-grade Cadmium Telluride semiconductors that power next-generation X-ray and gamma-ray imaging. Their proprietary manufacturing method solves a critical supply shortage to enable major advancements in medical diagnostics, industrial inspection, and security threat detection.

• Their unique crystal growth process creates large semiconductor materials 50 percent faster and twice as efficiently as competing methods.
• These materials are essential for new medical scanners that can cut patient radiation exposure by 30 to 60 percent while delivering clearer images.
• The current supply chain is severely limited with only four main competitors, creating a massive opportunity for a new independent manufacturer to step in.
• The company has already secured letters of intent committing to 5 million pounds in annual recurring revenue from major industry players.
• Led by semiconductor industry veterans, the business model is highly profitable with projected gross margins of over 80 percent.

Ferrum Technologies converts steel production waste into high-purity iron and green cement materials to secure local supply chains for heavy industries. This process provides a cost-competitive, drop-in replacement that cuts emissions by 80 percent and protects producers from volatile global markets.

• The technology cuts carbon emissions by 80 percent and lowers cement production costs by 50 percent without requiring customers to buy new equipment.
• Instead of building expensive new factories, the company uses existing industrial furnaces and steel waste to keep production costs low.
• The team has already proven the process works at an industrial scale by producing and selling 30 tons of metal to a major customer.
• Customers are eager to buy the materials, with the company already securing 100 million dollars in signed agreements for future sales.
• The founders and engineers have decades of experience in the steel industry, including a lead scientist who previously invented a new steel production method.

Orca builds non-intrusive water measurement and leak detection systems that attach directly to existing pipes without expensive plumbing retrofits. This technology allows multi-family building owners to track individual suite water usage, recover utility costs, and prevent expensive water damage.

• Older apartment buildings usually cannot track water use per unit because adding meters requires cutting open walls, but this system simply attaches to existing plumbing without disrupting tenants.
• Building owners can improve their profits by tracking exactly how much water each tenant uses and billing them for it, rather than paying one massive utility bill for the whole property.
• The company offers a lease option with no upfront costs, making it easy for property managers to adopt the system and see immediate financial benefits.
• They already have strong early momentum with eight preorder customers and nearly one million dollars in signed contracts and letters of intent before even starting full production.
• There are over 45 million multi-family housing units in North America, giving the company a large market to expand into as they roll out their technology across real estate portfolios.

Flight Frame builds a universal hardware and software interface that acts like a USB port for military aircraft, allowing crews to quickly swap payloads and mission systems. This modular approach replaces rigid supply chains with a flexible system that lets operators adapt to new threats in hours instead of months.

• The company created a standard interface box that lets crews change an aircraft's role and equipment in hours rather than months.
• This open system prevents the military from getting stuck with a single supplier, saving millions of dollars in custom engineering and long delays.
• While competitors sell closed systems that take weeks to modify, this platform allows any third-party developer to build compatible parts.
• They have strong interest and signed agreements from major military branches and industry partners to speed up development and integrate this technology.
• The leadership team includes military aviation veterans and experienced aerospace engineers who have previously built and sold successful hardware startups.

SVI builds advanced LiDAR and AI vision systems that allow high-speed manufacturing robots to detect microscopic surface and inner-layer defects in real time. This eliminates the traditional trade-off between production speed and quality, saving manufacturers hundreds of millions of dollars in lost yield.

• The founders bring decades of experience from NASA and DARPA, along with a track record of billion-dollar exits in the commercial sensing space.
• Instead of standard single-pulse lasers, their dual-chirp technology uses multiple frequencies to measure speed, vibration, and depth all at once.
• This approach delivers 10 to 100 times better performance than current systems, allowing machines to inspect both the surface and inner layers of materials without slowing down.
• They already have over $500,000 in pipeline revenue from government ID card producers and more than $4 million in potential government funding.
• While starting with secure card manufacturing, the hardware is designed to easily expand into drones, defense, medical devices, and autonomous vehicles.

Nimbus builds automated factories in the United States to manufacture electronic components for drones and robots. This creates a secure, domestic supply chain that complies with new federal regulations banning Chinese parts in American defense drones.

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• Currently, 95 percent of drone electronics are made in China, but new government rules prohibit these foreign parts in United States defense drones.
• The company is building automated assembly lines to produce critical parts using a traceable network of American and allied suppliers.
• Their first product is a highly reliable electronic speed controller designed with advanced shielding and protective coating to ensure consistent performance.
• Beyond drones, they plan to supply parts for humanoid robots and industrial automation to reach a global drone market expected to exceed 50 billion dollars by 2030.
• The founders bring deep hardware and manufacturing experience from leading aerospace and technology companies like SpaceX, Apple, and Zipline.

Chargitect is an automated energy operating system that connects heavy-duty electric vehicles, chargers, solar panels, and the power grid into a single platform. This software translates the complex schedules of large logistics depots into smart charging plans, cutting energy costs by half while ensuring every vehicle is ready for its route on time.

• The software is already operating in Norway, the most advanced electric vehicle market in the world, serving major public transit and waste management fleets.
• Without smart management, charging can increase energy bills by up to 60 percent, but this system constantly adjusts schedules based on live energy prices and route changes to keep costs down.
• Beyond just charging trucks, the platform manages local solar power and battery storage, allowing fleets to earn extra money by selling flexible power back to the grid.
• Instead of building a massive sales team, the company partners with hardware installers and system integrators who already have trusted relationships with fleet operators to speed up market entry.
• The founders grew up in the logistics industry and bring over a decade of experience building energy and electric vehicle systems at major industrial companies.

DRAGON builds ultralight augmented reality glasses that project critical information into the peripheral vision of athletes and military operators. This allows users in high-stress environments to see navigation and performance data without looking down, preventing dangerous distractions and reaction delays.

• The glasses weigh only 36 grams, making them light enough to wear during intense physical activity without adding a heavy burden.
• The system relies on a single hardware design for both sports and defense, simply swapping the software to fit the specific needs of the user.
• Instead of cluttering the user's view, the display only shows essential details like direction, time, or heart rate on the edge of their vision so they can always see what is in front of them.
• Military teams can send silent visual commands to each other through the glasses, allowing them to coordinate without making noise or using hand signals.
• The technology is already being tested by elite groups including Army Rangers, Navy SEALs, and Olympic athletes, and the team includes special operations veterans and an augmented reality expert with over 20 patents.

EFD Corporation uses a patented system to turn industrial and ocean brine waste into clean distilled water and valuable minerals like lithium. This technology solves major water scarcity and disposal problems while creating a new domestic supply of critical resources.

• The system recovers over 95% of water from industrial brine, turning a massive waste problem into a reliable source of clean water.
• It extracts valuable minerals like lithium and magnesium directly from the waste stream, giving companies a new way to make money without extra mining.
• The process leaves no harmful liquid waste behind, which helps companies avoid heavy fines and meet strict environmental rules.
• The business model is highly profitable and low-risk because customers pay for the construction while the startup earns a 30 million dollar margin per unit plus lifetime royalties.
• The team already has a major partnership and funding from the Saudi Water Authority, the largest desalination operator in the world, proving the technology is ready for large-scale use.

Fetz is a wearable device that captures and analyzes your daily speech patterns to provide personalized feedback on your communication skills. By tracking real-world data, it helps people improve their tone, clarity, and confidence for high-stakes situations like interviews and negotiations.

• The device uses bone conduction to record only your voice, protecting your privacy while gathering continuous speech data throughout the day.
• Instead of expensive and generic speech coaching, the wearable gives you personalized daily scores on areas like brevity, tone, and clarity.
• They already have a working early version with paying users and have collected over 600 hours of real-world speech data to train their models.
• The founders bring deep technical experience in speech recognition and hardware engineering from major companies like AWS and Anduril.
• The startup is backed by top communication experts from Stanford and Harvard, whose combined audience of over 10 million people will help distribute the product.

BioSens8 creates continuous wearable health monitors that track biomarkers beyond just glucose, starting with the world's first continuous cortisol monitor. This technology gives people real-time data on their stress and hormone levels to help them improve their sleep, manage their weight, and optimize their workouts.

• The company built a platform that speeds up the creation of new wearable sensors, cutting development time from decades down to under three years.
• Their first device tracks cortisol levels continuously for up to 60 hours with 97 percent accuracy and sends the data straight to a smartphone app.
• The founder is a biomedical engineer who has already built ten first-of-their-kind biosensors and secured 2.4 million dollars in funding without giving up any company ownership.
• They have strong early interest with over 900 people on a waitlist without any marketing, 12 letters of intent, a working partnership with Samsung, and interest from major brands like Google Fitbit and Oura.
• The startup is already making money, bringing in 100,000 dollars in revenue through an academic partnership with MIT to monitor female hormones.

VAir is developing a handheld, breath-based diagnostic device that detects respiratory viruses like COVID-19 and the flu in just three minutes. This allows doctors to accurately test and treat patients during a single visit without relying on painful nasal swabs or slow laboratory results.

• The device captures aerosols directly from a patient's exhaled breath and uses a microfluidic sensor to identify specific pathogens, completely replacing invasive nasal swabs.
• It delivers lab-quality results in only three minutes with over 90% sensitivity, which is significantly faster than traditional PCR tests that take up to 45 minutes.
• The company plans a pay-per-test model with disposable cartridges that cost just 5 euros to make, helping hospitals save money by reducing unnecessary isolation beds and antibiotic prescriptions.
• The technology already has a validated proof-of-concept that successfully distinguishes between different viruses, and the team has secured clinical study partnerships with major hospitals in Paris and Nantes.
• By giving doctors immediate answers at the point of care, the device helps prevent millions of unnecessary emergency room visits and eases the burden on understaffed healthcare systems.

Nomad Neuroscience creates a smart, wireless earpiece that uses AI to monitor real-time body data and send gentle electrical pulses to the vagus nerve to regulate the nervous system. This provides a personalized, drug-free way to manage stress, improve sleep, and treat conditions like panic attacks and heart rate disorders.

• Unlike older devices that send generic signals, this system reads real-time body data like heart rate variability to adjust its treatment exactly to what the user needs at that moment.
• The device is completely wireless and looks like a normal pair of bone-conduction headphones, making it easy and discreet to wear all day without messy gels or wires.
• It is designed to help a wide range of people, from athletes wanting better recovery and kids needing focus, to patients suffering from severe conditions like panic disorders.
• The technology includes patent-pending features like syncing the electrical pulses to the user's natural heartbeat and automatically detecting the early signs of a panic attack to stop it before it gets worse.
• The team has built a working prototype that has been tested on people, filed for patents, and is now raising funds to run large-scale trials with consumers, clinics, and professional sports clubs.

Hologen builds cloud AI and compression infrastructure that allows smartphones to stream interactive holograms in real time without needing a headset. This technology upgrades mobile media from flat video to immersive spatial experiences, unlocking new ways to engage with content on over a billion existing devices.

• The company has created a way to stream interactive, pop-out holograms directly to mobile phones, letting users tilt, turn, and touch the media without needing virtual reality glasses.
• They have secured eight patents for their 3D reconstruction and rendering technology across the US, UK, and EU, and their app is currently live on both major app stores.
• Even though over a billion smartphones can handle advanced 3D graphics, most platforms still rely on outdated streaming methods, creating a massive opportunity to upgrade how people consume content.
• Instead of just selling an app to consumers, they make money by licensing their software to game developers and platforms, charging annual fees and taking a cut of the increased user engagement.
• The technology is finally possible today because of recent advances in mobile processors and AI, and the team includes a founder with 20 years of graphics experience alongside a sales lead who previously grew a startup to a million dollars in revenue in just six months.

Lumiary builds ultra-sensitive microphones using a novel laser sensor that shifts color when exposed to sound. This technology creates a drop-in replacement for current microphones with significantly less noise, enabling better hearing aids, smarter voice assistants, and long-range drone detection.

• Everyday microphones are a hundred times less sensitive than human ears, but this company solves that by using a laser that changes color to measure sound with extreme precision.
• The microphone market is worth billions and is driven entirely by performance, meaning the company with the best sound quality can capture the entire industry.
• The team has already built a working prototype in the lab and secured millions of euros in European grants to fund their research and development.
• Major tech companies like Apple and Google, along with defense startups, have already shown interest in applying this technology for smart electronics and drone detection.
• The founder brings deep technical experience from previous senior engineering roles at Google and Spotify.

Crover builds grain-swimming robots that monitor and sample bulk storage to prevent spoilage and keep humans out of dangerous grain piles. This technology saves lives and prevents hundreds of millions of tons of food waste each year while saving operators money.

• The current grain storage system is dangerous and inefficient, leading to over 40 deaths a year in the US and about 630 million tonnes of lost grain globally.
• The robots move through the grain to check temperature, moisture, and carbon dioxide levels, offering full coverage of the storage area without putting human workers at risk.
• The company made $141,000 in sales in the first three months after launching and expects to close over $850,000 more in the first half of 2026.
• While they are starting with a billion-dollar market in flat grain storage, they are already testing their robots in the mining industry with the largest copper producer in the world.
• Customers see an average return on their investment in just one year, and the company is currently raising $3 million to fund their growth through 2028.

Enact equips human workers with sensor-loaded cameras to gather high-quality, real-world training data for robotics models. This approach solves the massive data shortage in the robotics industry by providing a scalable and cost-effective alternative to slow teleoperation and inaccurate computer simulations.

• Current robots are trained on only a tiny fraction of the data they actually need to function well in the real world.
• Existing data collection methods like scraping internet videos or running computer simulations fail to capture the complex physics of real life.
• The company solves this by having people wear special cameras that track hand movements, depth, and position to record how humans naturally interact with their surroundings.
• By running these operations in India, they can collect massive amounts of high-quality data at a much lower cost than competitors.
• The team has strong ties to top universities and AI labs, and their data has already been tested and approved by major robotics companies.

Vaxon Space builds air-breathing propulsion systems for very low Earth orbit satellites to enable persistent imaging and tracking. This technology allows spacecraft to fly closer to Earth for high-resolution remote sensing and fast data connections without being pulled out of orbit by atmospheric drag.

• The satellites feature an electric propulsion system that ingests atmospheric particles to stay in orbit, solving the problem of drag that usually destroys low-flying spacecraft.
• Flying closer to the planet allows these satellites to capture highly detailed images with resolutions under 30 centimeters and provide faster data connections.
• The company partnered with a DARPA-backed engine supplier to build thrusters that can survive the harsh, highly reactive oxygen found in very low orbits.
• The spacecraft are designed with aerodynamic shapes and protective coatings that prevent them from breaking down during long missions.
• There is already strong demand from defense agencies, and the team includes top experts like a global authority in hypersonics and space plasma physics.

Universal Atmosphere Processing builds modular, plasma-based systems that extract valuable noble gases like xenon and neon directly from the air without relying on traditional freezing methods. This allows critical industries like semiconductor manufacturing and space exploration to secure their own independent supply of these essential gases instead of waiting on backlogged, centralized producers.

• The technology uses electromagnetic fields to separate gases by mass at normal air pressure, avoiding the massive energy costs of traditional cryogenic plants.
• Because the systems are modular, they can be set up right next to the factories or launch sites that need the gases, cutting out long supply chains.
• Every ton of air processed creates multiple ways to make money, including selling noble gases, capturing carbon dioxide, and recovering thermal energy.
• It solves a massive bottleneck for tech and aerospace companies that currently face three to six month wait times for these rare gases.
• The company already has a granted US patent for its core design and is working with major scientific organizations like CERN and Tokamak Energy.

Melagen Labs builds a complete platform to test, shield, and monitor space computing hardware against radiation. This technology prevents costly mission delays by solving the severe bottlenecks in radiation qualification and component sourcing for space programs.

• Space missions are frequently delayed because testing and approving computer parts for radiation exposure is a slow and difficult process.
• The company provides an all-in-one system that handles everything from initial testing to adding physical shields and monitoring hardware in orbit.
• It stands out as the only comprehensive platform built specifically to protect in-space computing infrastructure from radiation damage.
• By speeding up the approval process, the system helps aerospace companies avoid hardware shortages and keep their launch schedules on track.
• The team is built by experts who have directly managed space operations at NASA, the National Reconnaissance Office, and Space Systems Command.

Orbital Paradigm is building a fully reusable orbital vehicle that delivers satellites to space and returns to Earth. This technology makes positioning satellites significantly cheaper and faster while opening up new possibilities for in-space manufacturing and research.

• The company recently became the first in Europe to successfully demonstrate a working reentry vehicle on its maiden flight.
• Their first flight is fully booked, their second flight is 80 percent booked, and they have 80 million euros in signed pre-contracts and requests for proposals.
• The French space agency awarded them a 3 million euro contract for microgravity flights.
• The founding team brings over 88 years of combined aerospace experience, including leadership roles on major European space reentry projects.
• Their technology relies on an advanced autopilot and a reusable ceramic heat shield, allowing them to start with in-space research payloads before moving on to larger satellite constellations.