Frontier Science for the Real World
We develop and commercialize science-driven products for the industries that underpin human life, guided by a single proprietary process that takes every solution from hypothesis to market-ready deployment.
who we are
A research lab turned force of nature
Valkyrie is a deep-tech foundry.
We use frontier science and applied AI to build products that bring intelligence into the physical world.
We were born out of a profitable R&D lab founded in 2017. Today, our team takes every solution from hypothesis to market-ready deployment, working at the intersection of science and the real world.
We’re a lab-to-market model, and our track record is proven.
The Hourglass Model
Visionary by Design, Rigorous by Nature
At the heart of Valkyrie is a proprietary framework we call the Hourglass Model. Our process creates innovations that are integrated, accountable and valuable to the physical economy.
Input
We source from the edges of what's possible, identifying high-consequence problems in the physical world that science can solve but the market hasn't yet reached.
Process
Every problem enters the Hourglass as a hypothesis and exits as a proven solution. Our solutions are stress-tested, validated, and built to perform where failure has real consequences.
Output
What survives the hourglass becomes a Valkyrie product, or a new frontier of R&D; each one is a compounding asset in the real world.
PRODUCTS
Where Science Meets the Market
Every product Valkyrie builds starts as a hypothesis. It enters the Hourglass, gets stress-tested against real-world conditions, and exits only when it's proven, scientifically and commercially. What reaches the market isn't a bet. It's a validated solution, built for the industries where the cost of being wrong is real.
INVESTMENTS
Sharper Decisions. Better Assets.
We put our own technology to work in the market. Our fund uses AI to source opportunities, stress-test assumptions, and select assets with precision that traditional approaches can't match. We focus on the industries that underpin human life: energy, infrastructure, land, and industrial operations. This is where capital, deployed with science, returns the most to the world.
RESEARCH & DEVELOPMENT
Where Everything Begins
Our R&D team operates at the frontier of applied sciences, where scientific pursuit meets real-world consequence. Comprised of top scientific and engineering talent, we develop the technologies and models that become Valkyrie's next wave of solutions. This is where the Hourglass begins.
what we build
Most companies ship products, we produce breakthroughs
Each one forged through the Hourglass, where frontier science meets real world impact. These are the four solutions that have emerged, intelligence, brought into the real world across the industries that underpin human life.
The Accountable Intelligence Layer
The trust layer between your organization's knowledge and your AI. Andromeda builds a living knowledge graph from your technical documentation, service records, and institutional knowledge, delivering answers that are traceable, auditable, and defensible. Where general-purpose AI retrieves, Andromeda reasons.
Digital Twin Platform for Infrastructure
Pollux builds high-fidelity digital twins for complex physical systems, enabling operators to simulate, monitor, and optimize assets before decisions become consequences. From energy infrastructure to industrial operations, Pollux turns real-world complexity into actionable intelligence.
AI Investment Platform for Physical Infrastructure
A vertical infrastructure fund that deploys capital the same way Valkyrie deploys science, with precision. Nova applies proprietary science-derived AI models to source, stress-test, and select assets across energy, land, and industrial operations, with co-GP rights and a thesis built on the industries that underpin human life.
Platform for the Vertical Economy
Vanguard develops the intelligence layer for next-generation air mobility and robotics, building the mesh networks, autonomy systems, and IP that will define how machines move safely through the physical world.