MOTHERLODE
SPACE EXPLORATION
The Operating System for the Solar System
We are building the autonomous agents that will appraise the $100 trillionresource base of the asteroid belt — unlocking humanity’s greatest frontier through artificial intelligence.
A Multi-Trillion Dollar Economy in Our Solar System
$100T
RESOURCE BASE
$50B
Single Asteroid Value
A football-field-sized asteroid containing platinum group metals vital for clean energy — more than Earth's entire annual mining output.
$12.6B
Market Size by 2035
Space mining market growth from $2.05B today, with forecasts reaching $39B by 2040. A 24.9% CAGR reflecting accelerating technological maturation and intensifying competition.
$100M
Per Person Wealth
NASA estimates enough mineral wealth in the main asteroid belt to equal this amount per person on Earth. Yet zero commercial grams have been extracted.
Water-rich C-type asteroids are the “oil” of the solar system, critical for creating in-space propellant and dramatically lowering mission costs.
The first company to systematically identify high-value targets will dominate the new space economy.
The Final Frontier Is Unforgiving
The current paradigm of ground-based control is fundamentally broken for commercial deep space operations.
The Tyranny of Distance
Communication delays of 40+ minutes to the asteroid belt make real-time control physically impossible. No amount of capital can overcome the speed of light.
Constraint 02
The Hostile Environment
Radiation and power constraints mean spacecraft hardware lags generations behind terrestrial technology. Today's flight computers match 1990s desktop performance.
Constraint 03
The Brutal Economics
Previous asteroid mining ventures — Planetary Resources, Deep Space Industries — failed because they tried to run industrial operations via remote control.
Constraint 04
The Legal Void
Ambiguous international treaties create massive risk and uncertainty for private resource extraction investments.
Autonomy is not a feature. It is the requirement.
The Agentic Crew
Not a monolithic AI — a coordinated team of specialized agents, each optimized for mission-critical functions. This microservices approach allows rapid iteration and fault isolation.
Mission Design Agent
Ingests business goals and generates optimized spacecraft configurations and mission plans.
Autonomous Navigation Agent
Executes complex proximity operations impossible for human pilots under latency. Manages micro-gravity rendezvous, terrain-relative navigation, and collision avoidance autonomously.
Geological Analyst AgentCORE IP
Our core IP. Real-time onboard spectral analysis distinguishes "pay dirt" from "space rock" in milliseconds, identifying platinum, palladium, and water signatures with 95%+ accuracy.
ZONE PGM-041 · Pt(VI) SIGNATURE CONFIRMED · SPECTRAL CONFIDENCE: 95.3%
Business Intelligence Agent
Dynamically re-tasks the spacecraft to highest-ROI targets based on real-time commodity prices, mission fuel reserves, and competitive intelligence. Optimizes for commercial return, not just scientific curiosity.
SYSTEM RESILIENCE
These agents communicate via a robust message-passing architecture, maintaining coordinated operation even under partial system failures. If one agent degrades, others compensate — no single point of failure.
A Self-Reinforcing Technological Moat
Better Data → Smarter Agents → More Successful Missions → More Proprietary Data
Proprietary Data
Ground-truthed geological maps of high-potential asteroids — the most valuable dataset in the solar system.
Proprietary Tools
Internal simulators, databases, and specialized APIs give agents unique deep space reasoning abilities.
Battle-Hardened Agents
AI models that continuously learn from real missions — a training environment impossible to replicate.
“Competitors cannot catch up because they lack the training data. An OpenAI model cannot hallucinate the spectral signature of a platinum-rich M-type asteroid. Only we will have the ground truth.”
“Every mission we fly generates data worth more than the mission cost — not just in commercial terms, but as irreplaceable training data for the next generation of agents. By year 5, we’ll have surveyed 1,000+ asteroids while competitors are still planning their first mission.”
This is a winner-take-most market where early data advantage compounds exponentially. The space economy will be built on our maps.
The Google Maps of the Solar System
Phased revenue generation to de-risk investment.
License proprietary AI-generated resource maps and probabilistic valuation models to national space agencies, institutional investors, commodity futures markets, and insurance underwriters. High-margin (70%+), near-term revenue validating core technology with zero mining hardware risk.
TARGET CUSTOMERS
We provide the GPS coordinates of $50B asteroids; partners provide heavy-lift extraction capability. Royalty on every ounce extracted from our certified targets — 2–5% of gross revenue with zero operational overhead. First-mover advantage in ground-truth data creates compounding returns.
ROYALTY STRUCTURE
2–5%
of gross extraction revenue, zero operational overhead
REVENUE STREAMS
Subscription access to resource database
Custom prospecting missions
API licensing to mining operations
Commodity market intelligence
In 1849, Levi Strauss didn’t mine for gold — he sold jeans to miners and built a billion-dollar empire. We’re not mining asteroids — we’re selling the maps.
— THE MOTHERLODE PRINCIPLE
An Evolutionary Path to Full Autonomy
A phased approach that de-risks the mission and generates early proof points at each stage.
Foundation
Active Now18 Months · Seed
Build core ground-based agentic platform. Develop and simulate AI valuation models. Finalize surveyor spacecraft design with hardware partners. Achieve NASA TRL-6 standards for the "Digital Void" simulator.
Validation
Years 2–4 · Series A
PROSPECTOR-1Launch first surveyor spacecraft ("Prospector-1"). Validate onboard agents in LEO, then cislunar space, before asteroid belt deployment. Begin proprietary data acquisition. Secure first Data-as-a-Service pilot contracts with national agencies.
Scale
Years 5+ · Series B
Scale fleet to 5+ active surveyors. Achieve full operational autonomy for the survey-to-valuation pipeline. Establish first joint venture for resource extraction mission.
Forged in Orlando’s defense simulation ecosystem.
Not a group of strangers assembled for an application — a network connected through co-authored research, shared companies, and a common employer. Complementary skills spanning the full stack from physics simulation to government contracting to space systems engineering.
Stu Armstrong
CEO & Founder
27 years leading modeling and simulation across NATO, USAF, Army, Navy, and DARPA. Currently CTO at Cole Engineering Services. Previously VP/CTO/Technical Fellow at QinetiQ.
Bobby Torres
Co-Founder & Business Development
Six-time founder spanning defense simulation, AI, and entertainment. Co-founder of 302 Interactive — holder of the USMC Amphibious Combat Vehicle contract ($1.9M ARR).
Kyle Morrand
Co-Founder & Technical Lead
10+ years shipping interactive products for defense and entertainment. Led the USMC ACV simulator end-to-end. Building the Ditto agent framework for autonomous digital twin mapping.
Hunter Hatchell
Co-Founder & Space Systems
NASA Johnson Space Center Human Spaceflight Engineer on ISS and Orion programs. Mars mission architect. NASA Micro-g NExT participant on autonomous ice drilling — a direct analog to asteroid prospecting.
Get in touch.
For partnership, investment, and press inquiries — Stu responds within 48 hours.