Stronghold AI builds a software-defined artificial intelligence platform that combines data from multiple sensors to automatically detect and respond to threats like drones. This technology provides a low-cost, scalable way to protect troops, vehicles, and critical infrastructure from the rapidly growing danger of cheap, autonomous weapons.

• Instead of relying on bulky and expensive hardware, the system uses software to combine data from cameras, radar, and radio sensors into a single, low-cost defense network.
• A Ukrainian robotics manufacturer signed a five-year partnership to buy up to 3,700 units a year to protect their ground vehicles.
• A major Ukrainian defense company requested the first units and signed a letter of intent for up to 12,000 systems.
• The team successfully demonstrated their technology to three branches of the French military, and all of them are moving forward with next steps.
• The founding team includes former executives from major defense tech companies, multiple PhDs, and authors of textbooks on electronic warfare.

Elias Systems builds autonomous, hydrofoil-assisted unmanned naval vessels designed to operate as an integrated fleet. This technology allows the U.S. military to rapidly scale its maritime presence and overcome the range and logistics limitations of traditional ships to effectively deter global threats.

• The leadership team includes a former Navy SEAL commander, the co-founder of Amazon Prime Air, and America's Cup-winning naval architects.
• The boats use a catamaran design with hydrofoils to boost efficiency by over 40 percent, giving them much longer range and the ability to carry heavier payloads.
• The vessels fit inside standard shipping containers, making them easy to transport on commercial trucks or ships, hide from adversaries, and launch quickly with a small team.
• It is the only company building unmanned boats with a patent-pending autonomous refueling system, which solves the major problem of running out of gas during long Pacific missions.
• The military can buy a fleet of 1,300 of these unmanned systems for the same cost as a single traditional destroyer, offering a massive advantage in numbers.

Genie is an AI platform that designs physical product formulas and automatically routes them to contract manufacturers. This reduces the traditional 18-month product development cycle to mere days, allowing brands to launch new consumer goods faster.

• In just six months, the platform has helped over 100 brands create more than 200 product formulas, with one item already on shelves at Walmart.
• Every single product specification generated by the software has been accepted by manufacturers on the first try, cutting development time from months to days.
• The company is building an automated lab where robots mix and test the AI-designed formulas, allowing the system to learn from real physical results rather than just text data.
• The cost of the necessary lab equipment has dropped from millions to under $300,000, making it possible to build this automated testing loop right now.
• The founders bring strong technical and hardware experience from companies like Tesla, AWS, and Cloud Kitchens to successfully combine software with physical manufacturing.

NavX Systems builds an intelligent, modular suspension platform that uses predictive sensors to make rough, unpaved roads feel as smooth as an airport runway. This allows sensitive cargo like military equipment, mobile datacenters, and medical devices to be safely transported across previously inaccessible terrain without damage.

• The system uses cameras, radar, and lasers to scan the road ahead and adjust the suspension before the wheels even hit a bump.
• As the vehicle drives, the front wheels measure the actual bumps and send that data to the rear wheels, creating a smart system that learns and improves with every mile.
• Instead of just selling parts, the company builds and owns the technology while leasing the platforms to operators like hospitals and the military.
• They are negotiating an agreement with the U.S. Army that gives them access to millions of dollars worth of testing equipment for free, meaning investment money goes straight to product development.
• The founding team includes engineers, medical experts, and a former Marine who previously built and sold a medical software company together.

Insporos builds a physical AI system that scans the internal biology of individual seeds in real time without destroying them. This technology saves the agriculture industry billions of dollars by eliminating destructive batch testing, speeding up breeding cycles, and preventing wasted resources on seeds that will never grow.

• The agriculture industry loses over $80 billion every year because current seed testing methods require destroying small batches of seeds just to see what is inside them.
• The company's hardware looks inside every single seed without causing any damage, sorting them based on their actual biology rather than just how they look on the outside.
• By finding diseased and defective seeds before they are even planted, the system stops farmers from wasting water, labor, and greenhouse space on dead seeds.
• The technology can predict future plant traits directly from the seed, which helps breeders create new crop varieties up to three years faster than before.
• The team has already tracked over 250,000 seeds and has 10 ongoing pilots with major agricultural companies, plus over $1.25 million in letters of intent for paid pilots.

Nōka Bio builds artificial intelligence that uses the laws of biology and real-time genetic snapshots to predict how living systems will behave. This allows industries like farming and biomanufacturing to catch hidden health issues early and prevent billions of dollars in lost production.

• In just 14 weeks since launch, the company has secured six paying customers in the salmon farming industry, generating $180,000 in current revenue with contracts to reach $2 million in the next two months.
• Hidden biological problems, like early disease or poor growth, cost the global bioeconomy over $230 billion every year because they are usually discovered too late to fix.
• Instead of guessing based on past data, their software uses real-time genetic snapshots from a custom chip to build a clear, explainable model of what is happening inside the organism.
• For their first market in salmon farming, the system detects health failures 12 days earlier than standard methods, saving customers around $8 million per cycle by reducing fish loss by 73%.
• The company combines a predictable software subscription with a performance fee based on the money they save customers, and is led by a team with decades of experience in biotech startups, enterprise food sales, and computational genetics.

Project K develops potassium-ion batteries that completely eliminate the need for rare and expensive metals like lithium, cobalt, and nickel. This approach creates a safer, faster-charging, and more secure energy storage solution built entirely from abundant materials.

• The batteries use a new potassium-based design that removes expensive and hard-to-find metals like lithium, cobalt, nickel, and copper.
• They feature a custom liquid inside that does not catch fire, making them much safer for electric vehicles and large data centers.
• These batteries charge faster and work much better in cold weather compared to standard options available today.
• The company focuses on designing the chemistry and plans to partner with existing factories to build the batteries, keeping their costs low.
• The founders have over 20 years of battery experience and already have interest from major companies like Tesla, Panasonic, and Stellantis to test their first samples.

Concordance engineers next-generation probiotics designed to protect the human body from the harmful side effects of everyday drugs and environmental toxins. Their first product prevents severe gut damage caused by common pain relievers, offering millions of patients a safe way to manage chronic pain without destroying their digestive system.

• About a third of people who regularly take pain relievers develop stomach ulcers or leaky gut, and this probiotic safely protects the stomach lining by producing a natural healing compound.
• After interviewing over 100 patients and doctors, the team found a massive demand for a natural gut protector because many patients are terrified of the side effects of standard acid reflux drugs.
• Because the product is a probiotic supplement rather than a traditional pharmaceutical drug, it can reach the market in just two years for a fraction of the cost.
• The underlying technology can be adapted to solve other major health threats, with future products already being designed to break down microplastics in the body and destroy pesticides on food.
• The company has successfully tested the science in human gut models, secured exclusive patent rights, and built a team of experienced leaders who are already in talks to co-commercialize with a large supplement brand.

Quorum Bio uses artificial intelligence to discover and develop highly effective, natural health supplements by applying pharmaceutical-grade science to the wellness industry. This approach creates trustworthy, over-the-counter products that consumers can actually rely on for real results.

• Their first product is a sleep aid under the brand Cape Theory that already has a $180,000 waitlist, with thirty percent of customers signing up for subscriptions before even trying it.
• Early testers of the sleep aid report getting over an hour of extra sleep per night and seeing a ten percent increase in their sleep tracker scores, all without the grogginess caused by melatonin.
• The company relies on an artificial intelligence model that constantly learns from new lab tests, meaning their ability to find exclusive new natural ingredients gets better over time.
• Beyond sleep, they have identified over thirty potential health targets and are actively working on natural remedies for common issues like aging vision and the nausea caused by weight loss drugs.
• Unlike other companies that only focus on research, this team handles everything from discovering the molecules to selling the final product directly to consumers, backed by a PhD team with twenty science publications.

Turntable Therapeutics develops targeted medicines that eliminate the specific cells responsible for sustaining autoimmune diseases in local tissues. This approach stops chronic inflammation at its source, offering long-lasting relief without weakening the patient's overall immune system.

• Instead of suppressing the entire immune system and leaving patients vulnerable to infections, this therapy destroys only the specific tissue pockets where autoimmune diseases survive.
• The company uses off-the-shelf medicines called T-cell engagers, which are much easier to manufacture and give to patients than complex custom cell therapies.
• The science has already been proven to stop disease progression in animal models for both rheumatoid arthritis and type 1 diabetes.
• Their first focus is rheumatoid arthritis, providing a clear and fast path to test the drug in humans and reach a large number of patients who need better treatments.
• The foundational biology was discovered by the company's founder at UCSF, giving them strong patent protection and a leadership team of top autoimmune experts.

Yta Labs uses an AI-driven platform to discover and validate cell surface peptide targets for new therapies. This allows biopharma companies to find safe, high-quality drug targets nine times cheaper and fifteen times faster than traditional manual methods.

• AI drug companies can create treatments but struggle to find the right cellular targets; this platform solves that by identifying new targets in days.
• The automated system drops the cost of validating multiple targets to just a few thousand euros, compared to hundreds of thousands for a single target using older methods.
• The company already has a working product with successful pilot programs, a paid agreement with an active customer, and several other partnerships in progress.
• They generate revenue through a mix of upfront payments for platform access and profit-sharing milestone deals with large pharmaceutical companies.
• The founding team includes experts in AI, bioinformatics, and biology with experience at major institutions like Microsoft and Mila Quebec.

Joules AI builds an artificial intelligence operating system that connects and controls distributed energy resources like solar panels, batteries, and data centers. This software turns fragmented energy assets into a smart network that cuts power costs, prevents outages, and generates revenue by selling flexibility back to the grid without requiring new construction.

• The company already has a working product and is securing over $5 million in value across 86 facilities through a major partnership pilot starting in July.
• The software uses reinforcement learning to manage energy in real-time, beating traditional systems by saving customers 12 to 18 percent on their power bills.
• The system gets smarter over time because every new site feeds data back into the AI, continuously improving its ability to save money and manage power.
• They are expanding beyond standard commercial buildings into high-demand areas like AI data centers and utility fault detection, with another $5 million strategic partnership expected soon.
• The founding team consists of experienced tech entrepreneurs and energy experts who have previously built successful companies, resulting in seven exits and three public offerings.

Meteora3D builds automation-first 3D printers for dental labs that completely eliminate manual post-processing work. This removes the biggest production bottleneck, allowing labs to scale their output and free up technicians for more valuable tasks.

• The company has a signed beta partnership with a regional dental lab and strong validation from two major labs that tested their working prototype.
• The printer automates the entire cleanup process, which saves labs about $71,000 a year in manual labor costs per machine.
• The system prints five times faster than standard machines, adding over $800,000 in yearly revenue capacity for a lab using their current staff.
• Instead of selling the hardware outright, they offer a yearly lease and materials subscription that costs less overall than competing printers when labor savings are included.
• The founding team combines deep clinical 3D printing experience with advanced physics research backgrounds from major companies like GE.

Nordran provides a hardware and software platform that continuously monitors the health of liquid cooling systems in AI data centers. This technology prevents costly downtime and protects hundreds of millions of dollars in computing revenue by catching chemical degradation before it damages equipment.

• The company is working directly with NVIDIA to create a new industry standard for monitoring fluid health and is co-leading a project with the Open Compute Project.
• They have strong commercial interest, including a signed paying customer who is also investing, a Fortune 200 equipment maker at the payment stage, and a major tech giant in budget discussions.
• Current monitoring methods are slow and often miss early signs of trouble, but this new patent-pending sensor directly measures chemical breakdown in real time without needing constant recalibration.
• A single cooling loop in a modern data center protects over $500 million in revenue, making automatic monitoring a highly valuable replacement for expensive manual checks.
• The founding team includes the physicist who invented the core sensor technology and an industrial engineer with a strong track record of raising capital and advising major corporations.

Kerra extracts keratin from waste wool to create bio-based materials that replace petrochemicals in cosmetics, textiles, and packaging. By bypassing expensive lab processes, they make sustainable proteins price-competitive with traditional plastics at an industrial scale.

• The company extracts protein from waste wool while keeping the molecules four times larger than standard keratin, allowing the final material to stretch and form strong films.
• Their first product is a hair-repair ingredient that strengthens bleached hair 62% better than Olaplex, the current market leader.
• They have already secured a joint venture with a UK cosmetics maker to launch this hair product, locking in a commercial partner before their first funding round.
• Instead of growing proteins in expensive lab setups, they pull them directly from abundant waste, making their production nearly four times cheaper than precision fermentation.
• By tweaking the chemistry of these extracted proteins, they can expand beyond beauty into large industries like clothing fibers, water barriers, and bioplastics.

Linton is a bioprinting foundry that manufactures engineered biological products like human tissue models and living therapeutics at scale. This provides the missing manufacturing layer needed to replace animal testing and create personalized medical implants.

• The founder previously built the world's first desktop bioprinter company and successfully sold it to a major industry player.
• Instead of starting from scratch, the company is acquiring a proven bioprinting platform with over 20 years of history and nearly $1 million in existing annual revenue.
• The business model uses early revenue from printer sales and services to fund the development of more advanced medical implants and tissue therapies.
• Their tissue models mimic human biology, offering a more accurate alternative to traditional animal testing for drug discovery.
• The technical team includes leading experts in the field, such as a CTO recognized by MIT Technology Review and advisors who created the first bioprinted bone implant.

Verus Surgical builds AI-powered surgical cameras that process raw sensor data to reveal hidden details like blood flow and tissue health in real time. This allows surgeons to avoid critical injuries and complications without relying on expensive, time-consuming injected dyes.

• Traditional surgical cameras throw away about 79 percent of their image data, but this system keeps all the raw information so the AI can spot things the human eye misses.
• Surgeons normally have to inject patients with special dyes to check blood flow, but this technology shows the same information instantly and continuously without any injections.
• The system costs the same as standard surgical cameras, meaning hospitals can upgrade to smart technology without spending extra money.
• The company is quickly building a massive library of surgical video data by deploying early systems in India, creating a unique dataset to train their AI.
• Even before launching, the team has already secured purchase orders and agreements with major surgical robotics and equipment manufacturers.

Vyasa Labs builds measurement tools and software to evaluate how well artificial intelligence actually understands information. As AI systems become more independent, having a reliable way to test their comprehension is essential to ensure they operate safely and correctly.

• A single founder built the core research and launched two products in just seven months.
• The company already has six enterprise pilots underway across its search tool and AI evaluation platform.
• Their search product separates the actual meaning of a sentence from its tone, which helped one customer improve their correct search rankings from 9 percent to 97 percent.
• The technology is backed by four research papers, including one that has been peer-reviewed and published by a major scientific publisher.
• The founder has a strong track record that includes a previous successful startup exit and experience building another company with real revenue.

Venom is building an AI-powered design platform that automatically generates 3D engineering models for the aerospace and automotive industries. This technology eliminates the need for manual drafting, allowing engineers to instantly turn project requirements into manufacturing-ready parts.

• The company is led by a Peter Thiel Fellow and aerospace engineer who designed his own flight controls and built the initial software prototype in just three weeks.
• The advisory board includes the former Chief of AI Test and Operations for the US Air Force and Space Force, bringing top-tier military aviation experience to the team.
• To overcome the lack of public 3D manufacturing data, the team trains their AI using CT scans of real vehicles to teach their system how to build complex physical parts.
• The software translates basic requirements and equations into standard manufacturing files that are immediately ready for 3D printing or factory production.
• Rather than just selling software subscriptions, the company plans to deploy teams of AI agents to run entire vehicle design programs.