OreVault is the intelligence platform for the asteroid mining industry. AI-powered composition analysis. Extraction feasibility scoring. Mission economics optimization. Built for every company reaching for space resources.
Over 600,000 known asteroids. Trillions in untapped resources. Zero intelligence platforms. Until now.
Platinum group metals, rare earth elements, and critical minerals power every advanced technology on Earth. Electric vehicles, semiconductors, renewable energy, medical devices, and defense systems all depend on minerals that are increasingly scarce, geopolitically concentrated, and environmentally destructive to mine. The World Bank projects a 500% increase in demand for some minerals by 2050 to meet clean energy targets alone.
Meanwhile, a single metallic asteroid 500 meters wide can contain more platinum than has ever been mined in human history. The asteroid belt holds mineral wealth estimated in the quintillions of dollars. NASA, ESA, and private companies like AstroForge, Karman+, and TransAstra are racing to develop the technology to access these resources.
But there is a critical gap: nobody has built the intelligence layer. Mining companies on Earth do not send drills into the ground blindly. They conduct extensive geological surveys, resource estimation, and extraction modeling first. Asteroid mining companies today lack equivalent tools. They are navigating trillions of dollars in potential resources with incomplete data, manual analysis, and no unified intelligence platform.
OreVault builds the AI-powered intelligence platform that every asteroid mining company needs. We transform raw spectral data, orbital mechanics, and materials science into actionable mining intelligence: which asteroids to target, what they contain, how to extract it, and whether the economics justify the mission.
Machine learning models trained on spectral data from NASA, ESA, and ground-based surveys classify asteroid composition with unprecedented accuracy. Identify platinum group metals, rare earths, water ice, and structural metals from photometric and spectroscopic observations.
AI-optimized extraction planning that models material properties, gravity environments, thermal conditions, and processing requirements. Score every known asteroid on extraction difficulty, expected yield, and resource value per unit mass.
End-to-end mission cost modeling with AI. Delta-v requirements, launch windows, transit times, fuel budgets, payload capacity, and return-on-investment projections. Know whether an asteroid is worth visiting before you build the spacecraft.
First commercial deep space asteroid mining mission launched in 2025. Landing mission planned for 2026.
Building vessels to mine asteroids and extract water for in-orbit refueling. First launch targeted 2027.
Four times the total investment across all of 2024. Major VCs including Sequoia, a16z, Founders Fund entering the sector.
OSIRIS-REx returned asteroid samples. Psyche mission en route to a metallic asteroid. Hera mission studying binary asteroid system.
Three converging breakthroughs make OreVault possible for the first time. ML spectral classification has proven 92%+ accuracy on meteorite data. Public asteroid databases now cover 600,000+ objects. And the first companies building asteroid mining hardware need intelligence tools today.
92% accuracy on meteorite composition
Machine learning models trained on meteorite spectroscopic data can classify asteroid compositions into eight categories. Logistic regression and neural networks outperform traditional taxonomy on photometric data from SDSS, Gaia, and ground-based surveys.
NASA PDS, SMASS, SDSS, Asterank
NASA JPL Small Body Database covers 600,000+ asteroids with orbital data updated daily. SMASS provides spectral data. SDSS Moving Object Catalog has 100,000+ asteroid observations. All free, all machine-readable, all waiting to be unified by AI.
AstroForge, Karman+, TransAstra
For the first time, multiple well-funded companies are building spacecraft to physically reach and mine asteroids. AstroForge launched its first deep space mission in 2025. These companies need intelligence tools and they need them now.
Founder and CEO
15+ years in AI/ML. Former Head of AI Innovation at Motorola Solutions. Computational biology research at Bar-Ilan University (BINA), where modeling complex physical and biological systems trained the intuition for mapping asteroid compositions from spectral data. Founder of Ultra Deep Tech (AI safety lab). Deep reinforcement learning expertise from algorithmic trading at Geyser Light Capital. M.Sc. Industrial Engineering, B.Sc. Mathematics and Physics.
LinkedIn ProfileAsteroid mining hardware companies are run by aerospace engineers and planetary scientists. They build spacecraft brilliantly but lack the ML expertise to build production-grade intelligence systems. Academic researchers publish classification papers but will not productize them. OreVault bridges this gap: an AI-native company with deep domain integration, purpose-built to serve every space mining company as an independent intelligence platform.
Planetary science, asteroid spectroscopy, mining engineering, orbital mechanics
ML engineers, planetary scientists, mining analysts. Get in touch
Asteroid composition intelligence platform live. First 200 researchers and space mining engineers on the platform.
Raise $1.5M. Hire founding ML and planetary science engineers.
3+ enterprise pilots with asteroid mining and space resource companies. Mission planning API. Custom analysis tools.
Raise $4M. Telescope network data integrations. Proprietary spectral data pipeline.
AI copilot for active mining operations. The standard intelligence platform for space resource extraction.
OreVault is in development. Join the waitlist to get early access to AsteroidDB, our asteroid composition and mining feasibility platform. Space mining researchers and engineers get priority.
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