Fulgorex provides a battery-swapping network for electric semi-trucks, allowing fleets to pay for energy as a service rather than building their own charging stations. This approach cuts refueling time from an hour to under two minutes, eliminating costly delays and making electric trucking cheaper to operate than diesel.

• Instead of waiting an hour to charge, trucks can swap depleted batteries for fully charged ones in under two minutes using robotic systems.
• Fleets avoid the massive cost of building their own charging stations by paying a subscription and a per-mile fee for the energy they actually need.
• The company partners with existing truck stops to place their swapping stations, avoiding the need to buy expensive new real estate.
• By saving time and reducing maintenance, this system lowers the total cost of owning and operating an electric truck by 26 percent compared to a traditional diesel truck.
• The team has confirmed demand with seven fleet operators, including DHL, and is in early talks for a pilot program with a California motor carrier and Volvo Trucks.

Izote Biosciences engineers microbes to consume a salt called perchlorate instead of oxygen during fermentation. This removes the need for expensive aeration equipment, lowering the cost and complexity of scaling up biomanufacturing.

• A major chemicals company and a global consumer goods brand are already paying to test this process and evaluate initial product samples.
• Traditional biomanufacturing takes up to ten years and over 50 million dollars to prove, but this new method can reach the market in under two years for just 3.5 million dollars.
• By removing the need to pump air into tanks, the system is over ten times more productive and cuts the equipment payback time in half.
• The company is starting by producing valuable flavor and fragrance chemicals that sell for thousands of dollars per kilogram, allowing them to generate revenue quickly.
• The founding team and advisors include experienced scientists and leaders from major biotech companies like Genentech, DuPont, and Zymergen who know the struggles of traditional fermentation firsthand.

Bioqore combines artificial intelligence with physical lab automation to speed up the manufacturing process for biological drugs. This prevents life-saving treatments from failing due to slow and expensive manufacturing bottlenecks, saving biotech companies years of time and millions of dollars.

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• The company has $2 million in recognized revenue and $6.5 million in signed contracts from enterprise pharmaceutical companies, all on just $1.5 million raised in pre-seed funding.
• The platform delivers physical lab results in just seven days, making it 30 times cheaper and significantly faster than traditional manufacturing organizations.
• Instead of just guessing with software, the system uses artificial intelligence to predict the best manufacturing conditions and then physically tests them in a real lab to prove they work.
• In one real-world case, they helped a clinical-stage company improve their production yield by nearly seven times in a month, saving a program that was at risk of shutting down and converting a pilot into a multi-year agreement.
• The company is built entirely in the United States and complies with new government security rules, perfectly timing the push to bring drug manufacturing back to the country.

iQ Sense is building an implantable optical biosensor that generates real-time molecular data for animal health. This platform shifts veterinary care from reactive snapshots to continuous, predictive tracking that improves treatment outcomes and adherence.

• The system uses a tiny microchip to continuously track three custom biomarkers, body temperature, and location without needing any blood draws.
• Because the system is classified as a monitoring platform rather than a diagnostic device, it avoids multi-year approval cycles and can be brought to market much faster.
• They have already signed agreements with three major global veterinary pharmaceutical companies, including a memorandum of understanding to help sell the product.
• The business makes money in three ways: selling the hardware, charging a monthly subscription for health insights, and licensing the collected data back to pharmaceutical companies.
• Led by founders with deep experience in animal health and nanotechnology, the platform is designed to start with pets and eventually expand to horses and livestock using the exact same technology.

L2X Labs builds proprietary Extreme UV light sources that allow semiconductor manufacturers to inspect and measure next-generation chips at the nanometer scale. This technology provides the clean, high-brightness light needed to catch critical flaws and produce the advanced chips powering AI and modern computing.

• The company created the first flexible light platform that offers multiple wavelengths and high brightness without the debris contamination that plagues current solutions.
• Older light technology cannot see chip defects smaller than 20 nanometers, making this new light source essential for finding tiny flaws in modern manufacturing.
• They have already secured three letters of intent from major semiconductor equipment vendors, proving strong demand from multibillion-dollar companies that are actively testing the technology.
• The founding team consists of PhD physicists with deep expertise in laser-plasma physics, backed by a strong portfolio of 13 patents and exclusive licenses from a major national laboratory.
• Selling these light sources creates a highly sticky business model with recurring revenue, as customers will need ongoing service and consumable parts for the decades-long lifespan of the machines.

Operon Technologies builds modular, software-defined power systems that replace traditional grid infrastructure for heavy industries. This allows data centers and manufacturing sites to bypass long utility backlogs and deploy grid-ready power in weeks instead of years.

• The system combines power conversion, metering, and storage into a single hardware stack controlled by a software dashboard.
• By relying on factory-tested, drop-in modules instead of custom construction, the company cuts power deployment times from over five years to under 12 weeks.
• There is a large national backlog for grid connections, making this a needed solution for AI data centers and new manufacturing plants that require power immediately.
• The company is partnering with New Mark to build a proof of concept on a new site to show the microgrid can adapt to any power source, with plans to expand to 100 locations.
• The founder has a strong technical background, with past experience designing cancer-detecting microchips and smart monitoring devices for pharmaceutical factories.

Hyperscale provides on-demand metal manufacturing through a blue laser microwire 3D printing platform that produces critical, high-temperature metal parts. This technology restores domestic manufacturing capabilities and cuts production lead times from over a year to just a few days for the aerospace, defense, and energy sectors.

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• The company uses a blue laser and metal wire system to 3D print parts from extremely heat-resistant metals like tungsten and molybdenum, which are essential for space and hypersonic vehicles.
• Traditional metal forging takes 12 to 18 months, but this new printing process delivers finished parts in just a few days.
• The process produces almost zero waste by melting wire exactly where it is needed, making the raw materials 10 times cheaper and the machines 20 times cheaper than older 3D printing methods.
• Customers can order parts or reserve printing time through a cloud platform, meaning they do not have to spend millions building their own factories or buying expensive equipment.
• The team of former military and aerospace experts has secured over $12 million in funding and $2 million in government contracts, and is currently advancing agreements with three commercial customers.

Intellis Sky builds drone-mounted radar systems that can see through clouds, smoke, and darkness to collect high-resolution aerial data at any time of day. This technology provides governments and businesses with instant, affordable, and continuous observation that traditional satellites and aircraft cannot match.

• The company spent six years and $40 million developing its core technology before coming out of stealth mode.
• The team is building micro-radar technology that would have cost millions of dollars just five years ago, but can now be produced and sold for a fraction of the price.
• The system captures highly detailed data down to the centimeter, allowing users to detect tiny elevation changes and track moving objects on the ground.
• The radar hardware is modular, meaning it can be easily swapped and upgraded across many different types of drones for both commercial and defense uses.
• The company is actively building a revenue funnel for its 2026 commercial launch and is already signing agreements with drone manufacturers to integrate the hardware.

Modal Motors builds advanced electric propulsion systems that completely eliminate the need for rare-earth materials. This approach lowers production costs, improves motor performance, and secures a fully domestic supply chain independent of foreign markets.

• The company created a patent-pending motor design that achieves high torque and efficiency without relying on the rare-earth magnets that most electric motors need.
• By avoiding these hard-to-get materials, the startup bypasses foreign supply chain bottlenecks and ensures all their products can be manufactured entirely in the United States.
• They recently secured a $1 million defense appropriation to develop a specialized motor for the US Army Ground Vehicle Systems Center.
• The team just raised $2 million in seed funding to transition from research and prototyping into full-scale factory production.
• Their technology works across multiple industries, and they are currently building prototype drives in various sizes for defense vehicles, drones, and robotic systems.

Daedal Systems builds standardized measurement tools, known as plasma diagnostics, to provide independent validation of fusion energy results. By acting as a third-party referee, the company helps fusion startups prove their progress to investors and accelerates the development of clean energy.

• Right now, fusion startups waste time and money building custom measurement tools from scratch instead of focusing on their main technology.
• The company already has agreements with eight different fusion startups, including Proxima and OpenStar, to provide these measurement systems.
• Daedal acts as an independent referee to verify a startup's fusion results, giving investors the confidence they need to fund massive energy projects.
• They have secured $500,000 from the venture fund Mars IAF and are backed by the former chief technology officer of a leading fusion company.
• The measurement technology they are developing for fusion can eventually be sold to other high-tech industries like aerospace, defense, and advanced nuclear fission.

ThermoCirca builds advanced battery backup units that use immersion cooling to handle the massive power surges required by modern AI data centers. This technology prevents grid failures and allows AI hardware to scale without being limited by power constraints.

• As AI chips become more powerful, they create extreme spikes in electricity demand that standard data center infrastructure simply cannot handle.
• The system submerges batteries in a cooling fluid that removes heat up to 1,000 times better than air, allowing the hardware to survive 1,000 kilowatt power surges.
• The founding team consists of former Apple and Exowatt engineers who have previously grown hardware startups to valuations over $500 million.
• The company is in active partnership discussions with major industrial power players like ABB and Eaton and is planning a customer pilot in 2026.
• They are currently raising a $1.2 million SAFE note to fund systems engineering, secure patents, and build their first pilot system over the next year.

Brightlight Photonics builds integrated, chip-scale Ti:sapphire laser modules that combine high performance with scalable manufacturing. This technology removes current bottlenecks in advanced systems by providing compact, high-power lasers for quantum sensing, precision timing, and aerospace.

• The technology shrinks traditional bulky lasers to fit on a chip, making them 100 times smaller and 100 times cheaper without needing any moving parts.
• These new lasers beat standard semiconductor options by offering more than ten times the bandwidth, ten times the power, and significantly lower noise.
• Instead of building entire systems, the company sells compact laser engines directly to equipment manufacturers, meaning their sales grow automatically as their partners build more machines.
• The core technology is backed by over $1.7 million in grants from agencies like NASA and the National Science Foundation, and the breakthrough was published in the journal Nature in 2024.
• The founding team and advisors bring deep expertise from top institutions like Stanford, Princeton, and Harvard, alongside industry experience from major laser companies.

Cascade uses real-time scanning and AI to predict dangerous geohazards like landslides and rockfalls for mines and railroads. This technology prevents billions of dollars in damage and saves workers' lives by giving operators early warnings about hidden risks.

• Geohazards cost the industry $23 billion and 1,000 lives every year, yet none of the 40,000 mines in the US can effectively predict them.
• The software constantly scans the terrain and runs the data through physics and AI models to give operators a clear view of hidden risks before accidents happen.
• For an average mine, this system can reduce safety incidents by 20 percent and add 11 days of mining operations per year, creating $12.5 million in new revenue.
• The company has two active partners and is negotiating contracts with Knife River, Austin Powder, and GWRR, while also in active discussions with major players like Caterpillar, CN, and Teck.
• The founders are university researchers who specialized in geohazard prediction and AI modeling before turning their academic work into a practical tool for the industry.

Omnibio creates robotic control software by training biological brain cells in simulations and converting them into digital algorithms that run directly on robots. This allows industrial machines to handle new objects and recover from errors automatically, saving companies from expensive downtime and constant reprogramming.

• The system requires 100 times less data and 50 times less energy to train than standard artificial intelligence models, making it much cheaper to operate.
• Instead of shutting down when something unexpected happens, these robots can adapt and recover on their own, which increases factory uptime from 97% to 99.5%.
• The software features continual learning, meaning robots can pick up brand-new items they have never seen before without needing a human to write new code.
• The company already has a letter of intent to sell its software on a major robotics marketplace and an upcoming pilot study with a robotic integrator.
• The founders have deep backgrounds in cell culturing and neural signal processing, and they have secured a long-term partnership with Cortical Labs for free access to cultured neurons.

Ci Labs builds foundation models for physical artificial intelligence that help robots reliably perform complex, contact-heavy tasks like grasping and assembly. This technology bridges the gap between lab research and real-world use, bringing scalable automation to industries ranging from electronics manufacturing to heavy machinery.

• The system can learn to pick up new objects from just one demonstration and trains directly on a standard laptop, needing 100 times less data than older methods.
• The software works with cheap robotic hands and older cameras, so companies do not have to buy expensive new equipment to get good results.
• While current robots often fail completely when making small physical mistakes, this approach models real-world physics to keep machines running smoothly in unpredictable environments.
• The company is starting by upgrading existing robotic arms for the $8 billion electronic assembly market, with plans to eventually automate heavy machinery like tractors and excavators.
• The founders have over 15 years of experience in advanced robotics, have shipped over a million physical AI units, and have secured major collaborations with organizations like BAE Systems, BOSCH, and DARPA.

Ada Labs builds autonomous robots that scan greenhouse plants daily to create digital models for crop health and labor planning. This technology helps growers combat shrinking workforces and rising labor costs by turning field data into measurable yield improvements.

• Mexico supplies 70% of US tomatoes and cucumbers, but growers face a crisis as labor costs have tripled since 2019 and the workforce continues to shrink.
• The company uses robots to scan every plant and build a digital twin of the greenhouse, allowing farmers to track harvest timing, disease, and labor needs instead of relying on visual guesses.
• Advances in AI computing have dropped the cost of producing these robots from over $30,000 in 2020 to just $3,800 today, making the hardware highly affordable to scale.
• They have already signed four pilot contracts covering 40 hectares across three regions, representing $150,000 in annual recurring revenue.
• The founding team is based in Mexico and combines real-world greenhouse farming experience with robotics expertise and a previous successful startup exit.

Skip Technology builds next-generation hydrogen-bromine flow batteries that provide safe, long-duration energy storage. This technology offers a fully domestic alternative to lithium-ion batteries, helping to meet the massive electricity demands of data centers and renewable energy grids without relying on foreign supply chains.

• They already have a purchase order for ten of their 2-kilowatt units for late 2026, plus two letters of intent and strong interest from other buyers.
• The battery design separates power and energy, meaning customers can add more storage simply by using larger fuel tanks, which keeps costs incredibly low.
• Unlike standard lithium-ion batteries that rely heavily on foreign materials and carry fire risks, these batteries are completely made in the United States and are safe to operate.
• They expect their batteries to hold 20 to 50 times more energy than competing alternatives like iron-air batteries, making them much more practical for large-scale use.
• The leadership team includes a CEO who previously built and sold a company for tens of millions of dollars, alongside top scientists in fluid dynamics and battery chemistry.

Volador Energy builds adaptable, modular battery energy storage systems that work with any battery chemistry to provide long-lasting, safe power. This approach solves major industry problems like short battery lifespans and dangerous fire hazards while lowering the total cost of ownership.

• The system is fully repairable down to the individual cell level, which can increase battery life by up to 40 percent and reduce long-term costs.
• It features virtually zero fire risk by cooling the batteries in a special fire-retardant fluid.
• The hardware is highly flexible, allowing users to scale their energy storage from small 25 kilowatt-hour setups to massive megawatt capacities.
• The company already has strong market interest, including agreements for pilot projects in the United Kingdom, India, and Spain.
• They make money through multiple channels, including direct hardware sales, software subscriptions for battery management, and licensing their design to large manufacturers.

Aqua-Cell Energy builds large-scale, long-duration flow batteries using cheap salt-water and standard parts from the water treatment industry. This approach provides a safe and scalable way to store renewable energy and strengthen the power grid without relying on expensive critical minerals.

• The batteries run on a simple salt-water mixture instead of rare minerals, making them completely safe from fire risks.
• By building their systems with standard parts, they can get to market faster and keep costs low.
• They have already secured $250,000 in revenue for two upcoming pilot projects with rural electric companies in Alberta.
• Customers can lease the batteries to manage power loads and store cheap energy without having to pay massive upfront costs to buy the equipment.
• The team has reached major technical milestones on a fraction of the budget that competing battery startups normally need to get this far.

Buzz Biolabs genetically engineers the Black Soldier Fly to act as a living factory that produces drugs, enzymes, and other biological products. This approach replaces expensive steel bioreactors with a highly scalable system that drastically cuts the cost and time required to manufacture medicines.

• Setting up a fly facility costs about $10 million and takes a few months, compared to traditional mammalian-cell bioreactors that can cost up to $800 million to build.
• Traditional bioreactors lose about 15% of their production runs to contamination, but these flies are naturally resistant and do not need special cleanroom precautions.
• Scaling up production is incredibly fast because the flies reproduce naturally, multiplying their numbers by 250 times every six weeks without needing complex engineering adjustments.
• The company has a $3 million letter of intent for its platform, a distribution partnership, and late-stage discussions with multiple customers including a clinical-stage biotech company.
• The founding team previously pioneered CRISPR gene drives to eradicate malaria, holds nine patents in insect synthetic biology, and has secured over $100 million in past research funding.

Precision Discovery Systems builds a nanoliter liquid handling machine that verifies fluid transfers in real time for drug discovery labs. This prevents silent errors from ruining automated experiments and ensures that AI-generated hypotheses are tested with accurate physical data.

• Current liquid handling machines assume a transfer was successful without checking, which causes hidden errors that ruin large-scale automated experiments.
• This new system actively checks if the tiny drop of liquid actually moved, allowing the machine to catch and fix mistakes before they waste expensive samples or corrupt data.
• The founders know the exact problems with current machines because their existing service business already maintains about 40 percent of the competitor's machines worldwide.
• By pricing the system around $300,000 to $350,000, they are making this technology affordable for mid-sized biotech companies instead of just massive pharmaceutical labs.
• The team has already proven their core technology works and secured endorsements from major industry players like Incyte and BioAscent before even launching.

KiraGen Bio engineers off-the-shelf immune cells with multiple genetic edits designed to resist the suppressive environment of solid tumors. This approach prevents the immune cells from shutting down, creating long-lasting and affordable treatments for difficult cancers like glioblastoma.

• The founding team previously brought the first multi-edited, off-the-shelf CAR-T therapy to patients and is now applying that proven approach to solid tumors.
• Instead of trying to overpower a tumor's defenses, they genetically modify immune cells to ignore the signals that normally cause treatments to stop working.
• Because there are billions of possible genetic edits, they built a software engine trained on real human tumor data to predict the exact combination of changes needed to keep the immune cells fighting.
• Their treatment relies on a universal, off-the-shelf cell design that costs about ten times less to produce than traditional personalized cell therapies.
• They are starting with glioblastoma to quickly prove their cells work against the hardest brain cancers, which will pave the way to treat other major solid tumors like breast and lung cancer.

Nonfiction Laboratories engineers remote-controlled drugs that can be turned on or off in specific parts of the body using magnetic fields. This allows doctors to safely deliver powerful treatments that were previously abandoned because they caused fatal side effects.

• The company rescues existing drugs that showed strong results in clinical trials but were abandoned because they were too toxic for patients.
• The treatment system combines an engineered antibody drug, an injectable fuel, and a magnetic vest that sends control signals to the body.
• Their first major project fixes a promising cancer treatment by turning the drug off in the liver, preventing the fatal toxicity that ruined previous trials.
• The team includes the pioneers of this new science, employing everyone who has ever engineered a magnetically responsive protein.
• By keeping all research and development in-house, the company operates at a cost that is more than 75 percent cheaper than typical biotech startups.

Rosalind Dx develops a rapid, low-cost prenatal testing kit that uses standard PCR technology to detect genetic conditions like Down Syndrome from a blood sample. This allows everyday diagnostic labs to offer affordable screening, expanding access to the 97% of pregnant women worldwide who currently cannot get tested.

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• Right now, only 3% of pregnant women globally get tested for conditions like Down Syndrome because current methods require expensive equipment, cost $1,000, and take 10 days.
• The company invented a new method that uses standard digital PCR machines to count chromosomes, cutting the wait time to just two days and the cost to as low as $100.
• They plan to sell these test kits directly to everyday diagnostic labs for $100 to $150, while it only costs them $2 to make, creating a 98% profit margin.
• They can bring this to market quickly without FDA approval by using an existing commercial pathway, and they have already secured a partnership with a major US lab to validate the test.
• The founding team includes experienced scientists who have successfully launched multiple diagnostic tests in the past, and they have a foundational patent approved for their technology.

Future Intelligence Labs is an AI-native chip design house that uses autonomous agents to deliver production-ready silicon without the need for expensive human design teams. This approach eliminates long hiring cycles and prevents costly design failures that can waste hundreds of millions of dollars.

• The platform shrinks a manual five-week design process down to just a few hours while reducing the physical size and cost of the final chips.
• The company already has three signed agreements and over ten more in the pipeline, including active projects with major global semiconductor and robotics companies.
• Instead of just selling software licenses, they charge a base fee plus a success fee when the chip is ready for production, meaning they only win when the customer successfully ships a product.
• Every chip they design feeds data back into their system, creating a loop where their AI gets smarter and more efficient with each new project.
• The founding team includes leading researchers and industry veterans from companies like Amazon, Meta, and Arm who have deep expertise in both artificial intelligence and hardware architecture.

Kenyi Technologies designs ARM-based edge server processors that combine a CPU and a custom data processing unit into a single chip. This allows telecom operators to run advanced AI and 6G applications directly at cell sites while staying within strict power and budget limits.

• The founding team consists of former Qualcomm engineers who previously built major 5G hardware and accelerator chips.
• Instead of building a whole chip from scratch, they combine an existing ARM processor with their own custom accelerator chip to handle heavy telecom and AI tasks.
• Their design offers 2.6 times better power efficiency and costs 40% less per bit compared to current Intel server processors.
• They have a signed agreement and funding from ARM to co-develop this technology for edge data centers.
• They are preparing to deliver early test models to major telecom players like Ericsson and Samsung to run their commercial software.

icspi builds extremely small atomic force microscopes that run in parallel to inspect semiconductor wafers at the atomic level. This technology allows chipmakers to catch tiny defects and improve manufacturing yields at speeds that were previously impossible with traditional tools.

• Traditional atomic force microscopes are so slow that scanning a single wafer would take 70 years, but this new technology runs thousands of tiny microscopes at the same time to finish the job in hours.
• The company is already profitable and generating $1 million in annual revenue, having sold over 250 desktop systems worldwide since 2017.
• They recently partnered with a top semiconductor research institute to successfully demonstrate the world's first system running 20 microscopes in parallel.
• The business model combines selling $8 million factory machines with a recurring revenue stream of up to $600,000 per year from selling the microscopic scan heads as replacement parts.
• By helping chipmakers catch tiny defects during the manufacturing process, just a 1% improvement in successful chip production can save the industry over $3 billion.

Visibl Semiconductors is an AI-powered chip design service that helps hardware companies create custom silicon faster and cheaper. This approach allows businesses to get specialized chips without the massive expense of building their own internal engineering teams.

• Traditional custom chip design requires massive upfront costs and dedicated teams, but this startup acts as an outsourced design partner to make custom silicon accessible to a much wider market.
• By applying artificial intelligence to the design process, they can cut engineering schedules by four times and reduce upfront development costs by 20 to 30 times.
• Instead of demanding millions of dollars before starting, they offer a transparent, staged pricing model that lets customers explore designs before locking in a final price.
• They already have a letter of intent from a cryptography customer, proving that companies want a faster path to production without hiring their own chip engineers.
• The founders bring deep industry experience from major tech companies like Microsoft, Intel, and Arm.

Intrlace builds a monolithic optical packaging platform that replaces expensive manual assembly with a single piece of hardware for data center interconnects. This technology drastically cuts networking costs, making it easier and cheaper for data centers to scale their AI computing power.

• In 2025, data centers spent $40 billion on optical networking, with 80 percent of that money going toward expensive packaging and manual assembly.
• The startup replaces this slow assembly line with a single, unified piece of hardware that uses embedded photonics and passive alignment.
• By removing the need for manual labor, they cut the packaging overhead in half, dropping it from 80 percent to 40 percent of the total cost.
• The new design also doubles data speeds and improves connection efficiency to 99 percent, a massive jump from the industry standard of 50 percent.
• The team is led by experienced founders who previously built a successful photonics company that generated $7 million through revenue and grants.

Carbon Infuse turns industrial waste and carbon dioxide emissions into eco-friendly materials that can replace traditional cement. This solves a massive shortage of building materials while making concrete stronger, cheaper, and significantly better for the environment.

• The US is facing a huge shortage of cement, and the traditional backup materials are disappearing because coal plants are shutting down.
• Their process works at room temperature and normal pressure, making it ten times cheaper than other carbon-capturing methods.
• The materials they create make concrete 25 percent stronger, 30 percent cheaper to produce, and cut its carbon footprint by 70 percent.
• They make money in three ways: selling the materials, charging fees to take industrial waste, and earning carbon tax credits.
• The team of university researchers and industry experts already has agreements with major concrete companies and is working with Amazon to test their products.

Lotus Matter develops engineered microparticles that capture carbon emissions directly from cement production plants. This technology provides a low-cost, highly efficient way to drastically reduce the massive carbon footprint of the cement industry without requiring expensive facility rebuilds.

• The company created a new type of particle that can capture carbon for up to 1,000 cycles, compared to just 30 cycles for natural limestone.
• This method captures carbon at a cost of 50 pounds per tonne, which is significantly cheaper and 30 to 50 percent more efficient than traditional liquid solvent methods.
• The system is designed to be added onto existing cement plants, meaning companies do not have to completely rebuild their factories to start capturing emissions.
• Once the particles are spent, they can be reused as a raw material in the cement itself, and they feature built-in optical tags to track carbon capture performance in real time.
• The team has secured funding from UK Research and Innovation, completed prototype development with Cranfield University, and is currently planning pilot tests with multiple global cement companies.

Velontra builds low-cost jet engines for drones and aircraft using rapid aerospace manufacturing methods. This technology provides affordable propulsion for the next generation of unmanned defense vehicles and paves the way for hypersonic flight and runway-to-orbit space access.

• The company has already generated over $9 million in revenue and secured multiple contracts with the Department of Defense and the US Air Force.
• Major defense contractors like Anduril, Lockheed Martin, and Raytheon have signed letters of intent to work with them.
• They apply modern space manufacturing techniques to build jet engines much faster and cheaper than traditional methods, aiming for costs under $100 per pound of thrust.
• Their engines feature custom afterburner technology that instantly doubles thrust, giving their drones a major performance advantage over current options.
• The long-term goal is to build hypersonic engines that allow aircraft to take off from standard runways and fly directly into space.

DAURALIS builds physical anti-drone defense systems specifically designed to protect data centers and civilian critical infrastructure. This technology fills a major security gap by stopping escalating drone threats before they reach the property line, ensuring essential facilities remain safe without violating civilian airspace rules.

• Recent drone strikes on tech and energy facilities prove that critical infrastructure is now a physical target, not just a cyber one.
• Existing drone defense systems are made for military or airport environments and cannot be safely deployed in civilian areas where data centers are located.
• The system combines radar, cameras, and directed energy to detect and stop drones before they cross the property line.
• There is currently no standard physical defense system for data centers, creating an opening in a counter-drone market expected to reach $15 billion by 2030.
• The founders have strong engineering backgrounds in robotics and infrastructure, and they are raising $700,000 to build a working prototype and secure their first pilot customer within 18 months.

KVector builds a new type of dynamic antenna that steers radio beams electronically without the heavy, power-hungry parts found in traditional systems. This approach makes high-frequency communications and radar smaller, cheaper, and more energy-efficient, unlocking better performance for satellites and military networks.

• Traditional antennas are either bulky and slow or rely on expensive electronics, but this new approach uses a simple moving surface to cut power needs by more than ten times while reducing cost and weight by over three times.
• Compared to current options, this technology more than doubles the signal range, and these performance benefits actually improve at higher frequencies.
• The technology is already proven in the lab across a wide range of frequencies and is cheap to manufacture using standard parts from multiple suppliers.
• The company is initially focusing on military satellite communications and low-cost surveillance radar, including a highly portable satellite system that sets up in minutes and runs for over four hours on a small battery.
• They are targeting a market expected to reach over $130 billion by 2030 and are already in talks with major partners like Saab, Airbus, and BAE, with a term sheet currently in negotiation with a lead customer.

Outcome Group builds high-performance, AI-ready drone platforms that are manufactured entirely in the United States. This provides a secure, domestic supply chain for mission-critical aerial operations and solves major production gaps in the defense and commercial markets by avoiding reliance on foreign manufacturing.

• The company makes all of its drones in the United States, which solves major supply chain problems and removes the need to rely on foreign production.
• These aircraft can fly for over four hours and allow users to easily swap out different cameras and sensors to fit the specific needs of each mission.
• The drones are built with onboard computers that are ready to run artificial intelligence software and feature an open design that works smoothly with other systems.
• They already have early traction with a paying customer buying prototypes and a letter of intent for at least ten more units once full production starts.
• The founder brings deep experience from the aerospace industry, having previously led drone and weapon projects at major defense companies.

INXTECH builds zero-emission autonomous underwater vehicles and AI software to collect high-resolution subsea data. This technology replaces expensive, carbon-heavy manned vessels to make ocean surveying cheaper and more efficient for the offshore energy and defense industries.

• The company has secured letters of intent and pilot trials with major organizations like the UK National Grid, Orsted, and the Royal Navy.
• Traditional ocean surveys rely on manned ships that release 25 tonnes of carbon daily, but these autonomous robots cut project costs by over 40 percent and produce zero emissions.
• The robots launch directly from the shore and travel to their destinations without needing a support ship, allowing them to operate in bad weather that would normally delay a mission.
• Instead of just collecting raw data, the onboard AI software instantly processes the information to spot underwater risks and build predictive 3D models for engineering teams.
• The exact same vehicles and sensors can be deployed for both commercial offshore wind projects and military defense tasks like detecting mines or tracking submarines.

Larmor mmWave Systems builds fully integrated, high-power microwave sources called gyrotrons to provide the essential heating and control systems needed for commercial nuclear fusion and deep geothermal drilling. This technology solves a major bottleneck for next-generation energy industries by replacing slow, custom-built hardware with standardized, ready-to-use systems.

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• The company is an official spin-off from the Swiss Plasma Center, giving the team deep technical expertise and direct access to world-class testing facilities.
• They are targeting the nuclear fusion market first, which urgently needs these microwave systems to heat plasma and currently has a 2 billion euro demand for planned pilot projects.
• Existing microwave sources are expensive, custom-built, and take up to four years to deliver, which forces fusion companies to rely on less effective workarounds.
• By bringing manufacturing in-house, the team plans to standardize production, lower costs, and deliver ready-to-use systems so customers do not need to be microwave experts.
• The startup already has strong early traction, including letters of interest from major fusion developers and ongoing bids for paid design contracts.

P-Logic Innovations builds smart safety hardware that processes sights, sounds, and environmental hazards directly on the device without needing the cloud. This allows emergency response and security companies to offer faster, more reliable protection that works even during power and internet outages.

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• The system processes information locally in milliseconds and features a 72-hour battery backup, ensuring it continues to work during total power and internet outages.
• It combines multiple sensors like radar, microphones, and gas detectors to cross-check events, such as confirming a fall with an impact sound to prevent false alarms.
• Because all data is analyzed directly on the hardware, sensitive audio and behavioral information is never sent to the cloud, keeping user privacy completely secure.
• Instead of selling directly to consumers, the company acts as a white-label supplier for existing security and eldercare brands, allowing them to upgrade their systems without building new technology from scratch.
• The founders have decades of experience and a proven history of successfully building and shipping regulated, safety-critical hardware at major healthcare and technology companies.

ZdefLabs replaces manual, paper-based calibration for lab instruments with a sensor-based system that provides precise, traceable data. This technology gives engineers exact control over liquid transfers, preventing costly errors, saving expensive materials, and reducing equipment downtime.

• Right now, million-dollar lab instruments are calibrated by hand using a piece of paper, which leads to errors and costs the healthcare industry billions in wasted time and materials.
• The company built a sensor device that fits directly onto standard lab equipment to automatically measure and sync calibration data to a digital compliance record.
• They offer a hybrid business model where labs buy the hardware once and pay an annual subscription for mandatory compliance tracking and fleet analytics.
• The lab automation market is worth over ten billion dollars, and there is currently no standard tool available to fix this specific calibration problem.
• The founder has over twenty years of experience running automation for major biotech companies, and the device is already backed by senior engineers at places like Genentech and Hamilton Robotics.

Atomic Factories provides instant-quote metal 3D printing services using their own custom-built printers to make metal parts cheaper and faster than traditional machining. This approach lowers the barrier to fast metal manufacturing and helps bring industrial production back to the United States.

• They built a working metal 3D printer for just $2,800 using basic electronics and custom software, bypassing the $700,000 cost of standard machines.
• Customers can get metal parts delivered in five days for a fraction of the usual price, which is even cheaper than buying the raw metal itself.
• The printed parts are just as strong and dense as those made by expensive industry leaders.
• Major aerospace and defense companies like SpaceX, Anduril, and Hermeus, along with college rocketry teams, have already expressed interest in buying from them.
• The founders are engineers with experience at SpaceX and Tesla who plan to build a 500-machine factory to scale up production.

YPlasma builds solid-state plasma actuators that use electric fields to create a silent breeze of charged particles, replacing traditional fans with vibration-free cooling technology. This allows high-performance electronics, data centers, and electric vehicles to overcome thermal limits without adding bulky or noisy moving parts.

• The 47 billion dollar cooling industry relies on older fans and liquid systems that take up too much space and struggle to keep up with the massive heat generated by modern AI chips and electric vehicles.
• Instead of spinning blades, the technology uses electric fields to move air, eliminating mechanical failures and reducing energy use by 80 percent.
• Major tech companies are already testing the hardware, including successful cooling trials with Intel and AMD.
• The company has a strong pipeline of 60 enterprise leads and is actively evaluating projects with major brands like Tesla, Apple, Volkswagen, and Lockheed Martin.
• Backed by a team of deep tech experts, the startup has achieved better performance metrics than its direct competitors while raising only a fraction of the funding.

Magmatic Bio uses an AI-powered bioengineering platform to design synthetic proteins that bind and separate critical metals with atomic precision. This technology allows the mining and recycling industries to extract valuable resources from low-concentration streams where traditional chemical processing fails, creating a more sustainable supply chain for essential minerals like lithium and manganese.

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• The company is backed by major industry players, having recently joined the mining tech accelerator run by Rio Tinto and Founders Factory.
• They are already securing real-world projects, including a manganese extraction project in the U.S. with South32 that is expected to generate €500,000 in revenue by 2026.
• Instead of relying on harsh chemicals, the startup uses custom-built proteins to act like magnets for specific metals, making it possible to pull valuable materials out of complex or low-grade mixtures.
• Their biological refining process requires very little material to run compared to older methods, which keeps costs low while extracting multiple elements at once.
• Currently operating at lab scale, the team is raising funds to build a working prototype and scale up their operations for upcoming projects, including a new collaboration with Hades Mining.

Materis Labs provides an AI-powered platform that predicts how different materials will interact and potentially fail when combined in manufacturing. This prevents billion-dollar delays in semiconductor and advanced hardware production by catching integration issues before expensive commitments are made.

• The founder spent 12 years at Intel managing defect reduction, giving her firsthand experience with the massive cost of material failures.
• The company has a working platform trained on over 20,900 material data points to predict how materials will behave together.
• They have filed five provisional patents to protect their unique approach to predicting material interactions.
• While over a billion dollars has been invested in finding new materials, Materis is the only company focused on making sure those materials actually work together in the real world.
• The platform acts like a credit bureau for materials, meaning customers must keep coming back for new scores every time a manufacturing process changes.

TioTech produces a specialized battery material called TitanB that creates ultra-safe, fast-charging lithium-ion batteries for heavy industries. This technology provides extreme durability and reliable power for demanding applications like defense, maritime, and logistics where standard batteries struggle with safety, cold weather, and short lifespans.

• The batteries can survive being shot with a bullet or drilled into without catching fire, and they work perfectly in extreme environments from the Arctic to the desert.
• They can charge in just six minutes and last for over 10,000 cycles, meaning they can run non-stop for more than a decade without needing to be replaced.
• The raw materials are abundant and available on every continent, allowing companies to build secure supply chains that do not rely on a single region.
• The company already has a working pilot plant producing 100 tons per year and has secured paid projects, including a maritime battery agreement in the UAE and deployments in Antarctica.
• The company reduces its scaling risk by selling its advanced materials directly to battery manufacturers while also partnering to build custom battery systems for specialized defense and marine clients.

Vessl Prosthetics creates an automatically adjusting prosthetic socket that uses the energy from walking to maintain a perfect fit as a patient's limb changes size throughout the day. This eliminates the pain and wounds caused by poorly fitting prosthetics while saving clinics time and money on constant readjustments.

• Poorly fitting prosthetics are a massive issue affecting 50 million amputees worldwide, causing pain for 70 percent of patients and wounds for 75 percent.
• Instead of requiring manual changes, this system uses the mechanical energy from walking to automatically tighten itself and keep the fit comfortable and secure all day.
• Clinics currently lose money on frequent, unpaid visits to fix socket fits, but this new device is fully covered by insurance and increases a clinic's revenue per socket by 79 percent.
• The company has already secured a United States patent, received FDA Class 1 clearance, and collected letters of intent from 90 clinics.
• The team is backed by Techstars and has established early partnerships with the Department of Veterans Affairs to reach more patients.

River creates assistive communication tools that help people with speech impairments talk without needing to type. This technology gives millions of people with conditions like stuttering and aphasia a faster and more natural way to share their thoughts.

• The founder has a stutter and built this tool to solve a daily, personal struggle with communication.
• It removes the need to type out words during meetings, making conversations much faster and more natural.
• The founder understands the intense need for this product, noting they would personally pay a large amount of money to have it.
• The tool helps people with aphasia, a market that is five times larger than the market for ALS.
• It offers a direct solution for people who want to join real-time conversations but are held back by slow text-based devices.

Icarus Quantum builds highly efficient photonic hardware that connects standalone quantum computers into powerful, modular networks. This technology solves the major scaling problem in quantum computing by acting as a universal translator that allows different types of quantum systems to communicate and share information seamlessly.

• The company is a spinout from NIST, building on 30 years of research to create light-based hardware that is significantly more efficient than current options.
• They have already secured $4.5 million in government grants from agencies like NASA, the Space Force, and the Air Force to build their prototypes.
• Their hardware connects different types of quantum systems, such as superconductors, ions, and atoms, so they can work together as one distributed computer.
• The startup has built a strong supply chain and secured partnerships and letters of intent from major quantum computing companies who will be their main customers.
• Beyond quantum computing, their hardware components can be applied to massive everyday markets like traditional data centers, 5G networks, and radar systems.

Quantum Logic develops ultra-cold hardware using superconducting circuits to manage and route radio-frequency signals in quantum computers. This technology reduces wiring complexity and prevents overheating, solving a critical bottleneck that currently stops quantum systems from scaling into large, practical machines.

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• Quantum processors must operate at extremely cold temperatures, meaning any electronic part that generates heat can ruin the system's performance.
• Adding more computing power requires more qubits, but controlling them with standard electronics creates too much heat and wiring to manage.
• The startup solves this by taking signals generated at room temperature and splitting them up inside the cold environment using superconducting circuits.
• This method allows engineers to control a massive number of qubits without raising the temperature, keeping the delicate quantum state perfectly stable.
• By removing this major hardware roadblock, the company helps transition quantum computers from small laboratory experiments into powerful machines capable of solving complex problems.

Veloce builds a software and robotics platform that installs automated robot arms into existing commercial kitchens to cook full menus. This helps restaurants solve severe labor shortages and improve low profit margins without having to change their recipes or remodel their spaces.

• The company offers a subscription model where restaurants pay a flat monthly fee of €3,000 for the hardware, software, and maintenance, removing any expensive upfront costs.
• Their main advantage is a smart software system that connects directly to the cash register, learns the restaurant's specific recipes, and manages the robot arms to cook meals in under three minutes.
• They have already signed agreements with three established franchise chains that represent over 1,600 restaurant locations.
• The robots have been successfully tested in busy, real-world conditions by cooking and serving over 600 fresh pasta dishes at major events.
• The team combines experienced robotics engineers with a Michelin-starred chef to ensure the automated meals meet high professional culinary standards.

Whelix builds AI-powered robotic systems that fully automate cell culture experiments, turning digital drug discovery into real-world physical tests. This technology replaces slow, manual lab work with a system that runs around the clock, allowing researchers to speed up the creation of new medicines and produce highly consistent results.

• Over 90% of cell culture work is currently done by hand across more than 450,000 labs, making it a major bottleneck for scientists.
• The platform features an AI assistant that lets researchers type out their experiment instructions in plain English while the robot handles the physical work on its own.
• This automated system boosts a scientist's output by 300% and achieves over 95% consistency between batches, all while running up to 45 cell lines at the same time.
• The company already has strong demand with a $3.5 million pipeline, $500,000 in signed deals, and active requests from major pharmaceutical companies.
• Recent changes in FDA rules are pushing the industry away from animal testing and toward cell-based models, creating a massive need for reliable cell culture automation.

Better Bionics builds affordable, highly dexterous robotic hands with sensory feedback for amputees and humanoid robots. This technology solves the high abandonment rate of current prosthetics while providing the complex manipulation data needed to train general-purpose robots.

• Current prosthetics are too expensive and lack functionality, leading half of users to abandon them within a year.
• Their robotic hand features up to 17 degrees of movement and built-in sensory feedback, allowing users to perform complex grips and feel what they are holding.
• They are starting in the $1.4 billion prosthetics market to build clinical trust, then expanding into the $38 billion robotics market to solve the current bottleneck in robotic dexterity.
• The team has a working prototype, pending patents, and signed agreements for pilot programs with three major Canadian rehabilitation centers, backed by nearly $150,000 in early funding.
• The hands cost less than $3,000 to make but can be sold through existing insurance pathways for $30,000 to $55,000, creating strong profit margins.

Mission Space builds a network of in-orbit sensors and predictive models to provide real-time space weather forecasts for satellite and lunar operators. This intelligence allows companies to protect their spacecraft from radiation, drag, and communication disruptions that cause significant financial damage.

• The space industry currently relies on aging weather satellites from the 1990s and 2000s, leaving operators flying blind without localized, real-time alerts.
• Their custom sensor is 30 times cheaper than existing options, runs on less than one watt of power, and captures up to 1,000 measurements per second.
• Space weather causes up to $1 billion in annual losses for satellites, making this data essential as the number of objects in orbit continues to grow rapidly.
• The company has secured major government and commercial contracts, including deals with NOAA and LuxIMPULSE, along with support from NASA and several private space companies.
• They have already launched their first payload and are planning lunar missions for 2028 and 2029 to monitor dust and radiation to protect future moon landers and rovers.

Pollentia builds an embedded AI operating system that acts as a central brain for boats by connecting sensors, navigation, and diagnostics into a single platform. This technology prevents costly vessel failures and brings modern, predictive intelligence to the outdated marine industry.

• Most boats currently run on outdated systems with no central intelligence, which can lead to major failures that cost millions of dollars to fix.
• The software combines data from cameras, engines, and navigation tools to spot stress and damage before parts actually break.
• The company already has five active customers testing the system and is talking with over thirty manufacturers for future installations.
• They make money through a mix of upfront hardware sales and ongoing software subscriptions, expecting to earn between $22,000 and $40,000 per boat.
• The startup is backed by well-known programs like Capital Factory, Draper University, and NVIDIA Inception, and has been featured in major publications.