Building the Nervous System of Space Civilization

Universal computing infrastructure scaling from Earth orbit to Mars surface

"When humanity reaches Mars, they'll need computing infrastructure that can operate autonomously across 22-minute communication delays. We're building it now."

The Space Computing Crisis

As humanity expands beyond Earth, our computing infrastructure remains trapped in the past

1000x

Mars missions require 1000x more computing power than Apollo had

22 min

Communication delays make Earth-based computing impossible

Every Mission

Every space mission today reinvents computing from scratch

The Hub-and-Pod Revolution

Modular space computing infrastructure that scales from Earth orbit to Mars surface

Unlimited Solar Power

Persistent hubs provide continuous power and communications with 10+ year lifespan

Perfect Vacuum Cooling

Space's natural cooling eliminates thermal constraints on computing performance

Rapid Hardware Updates

Swappable pods contain latest computing hardware with 2-3 year refresh cycles

Autonomous Operation

Self-managing systems handle communication delays and equipment failures

Hub + Pod
Architecture

Revolutionary modular design separates long-term infrastructure (hubs) from rapidly-evolving computing hardware (pods), enabling unprecedented scalability and performance in space.

Multi-Trillion Dollar Infrastructure Opportunity

Positioning at the foundation of humanity's expansion into space

$100B+
Today

Earth AI Market

Current artificial intelligence computing market

$1T+
By 2040

Lunar Economy

Projected lunar industrial and research economy

$10T+
By 2050

Mars Economy

Multi-planetary civilization infrastructure market

First-Mover Advantage in Space Computing

The company that builds the foundational computing infrastructure for space will capture outsized returns as humanity becomes a multi-planetary species.

Proven Technology, Revolutionary Application

Building on decades of space systems engineering and cutting-edge computing advances

Space-Hardened Computing

Radiation-tolerant processors and memory systems designed for the harsh space environment

Autonomous Operation

Self-managing systems that operate independently during communication blackouts

Advanced Thermal Management

Revolutionary cooling systems optimized for vacuum environments

Modular Architecture

Hot-swappable computing pods enable rapid hardware upgrades and scaling

Space Heritage Components

Our technology builds on proven space-qualified components with decades of successful operation in orbit. We're not reinventing space systems—we're revolutionizing how they're deployed and scaled.

  • • Radiation-hardened processors with 15+ year space heritage
  • • Autonomous systems tested on Mars rovers
  • • Thermal management from satellite constellations
  • • Modular design principles from ISS operations
99.9%
Reliability Target
Mission-critical uptime for space operations

From Earth Orbit to Multi-Planetary Scale

A strategic three-phase approach to building humanity's space computing infrastructure

Phase 1
Earth Orbit
Years 1-3

Target Market

Earth-based AI workloads

Key Advantage

Unlimited power, zero cooling costs

Milestone

Commercial constellation operational

Phase 2
Lunar Platform
Years 3-7

Target Market

All lunar missions and operations

Key Advantage

First permanent off-world data center

Milestone

Strategic platform dominance

Phase 3
Mars Infrastructure
Years 7-15

Target Market

Pre-positioned computing for colonization

Key Advantage

Autonomous operation during blackouts

Milestone

Multi-planetary civilization enabler

Insurmountable Moats

Building competitive advantages that compound over time and become impossible to replicate

First-Mover Advantage

Establishing the foundational computing infrastructure for space before competitors enter the market

Autonomous Operation Expertise

Critical capability for Mars operations where Earth communication has 22-minute delays

Hub-and-Pod Modularity

Unique architecture enables rapid scaling and hardware refresh cycles impossible with monolithic systems

SpaceX Ecosystem Integration

Aligned with SpaceX timeline and infrastructure for Mars colonization efforts

Network Effects at Planetary Scale

Each new hub strengthens the entire network. Early market position becomes self-reinforcing as missions depend on our infrastructure, creating a flywheel effect that makes competition increasingly difficult.

Visionary Leadership

Building the team to enable multi-planetary civilization

MA

Michael Anderson

Founder & CEO

Visionary entrepreneur with deep expertise in space systems and computing infrastructure. Committed to building the foundational technology that will enable humanity to become a multi-planetary species. Previously led engineering teams at aerospace companies and has extensive experience in autonomous systems and space-qualified hardware.

Vision Statement

"Computing infrastructure is the nervous system of civilization. As we expand beyond Earth, we need computing systems that can operate autonomously across vast distances and time delays. Orbital Relay will build the foundation that makes multi-planetary civilization possible."

Assembling World-Class Team

Currently recruiting top talent in space systems engineering, AI computing infrastructure, and autonomous operations to join our mission.

• Space Systems Engineers
• AI Infrastructure Architects
• Autonomous Systems Experts

Join Us in Building Humanity's Future

Exceptional opportunity to invest in the foundational infrastructure of space civilization

$5M
Pre-Seed Round
Currently raising
18 Months
Development Runway
Space-qualified hardware validation
$15B+
Target Valuation
Multi-planetary infrastructure provider

Investment Highlights

Market Position

  • • First-mover in space computing infrastructure
  • • Aligned with SpaceX Mars colonization timeline
  • • Addressing trillion-dollar market opportunity

Competitive Moats

  • • Autonomous operation expertise for Mars
  • • Hub-and-pod modular architecture
  • • Network effects at planetary scale

Ready to Co-Found the Space Age?

Connect with us to discuss investment opportunities and partnership possibilities

Get in Touch

Email
michael@orbitalrelay.co
Phone
281-728-1871
Location
Austin, Texas
LinkedIn
Connect with Michael Anderson

Send a Message

Building the Future Together

Orbital Relay represents more than a business opportunity—it's a chance to enable humanity's expansion into space. Join us in building the infrastructure that will support multi-planetary civilization.