Automated Space Mining & Manufacturing

Pioneering bootstrap manufacturing technologies for the future of space resource utilization

Invest With Us Our Approach

Our Vision

JNRL.SPACE is developing revolutionary bootstrap manufacturing systems designed to transform how we approach space resource utilization. Our fully automated technologies enable in-situ resource utilization at unprecedented scales, allowing for exponential growth of manufacturing capabilities beyond Earth.

By leveraging advanced robotics, AI, and innovative manufacturing processes, we're building the foundation for a sustainable space economy that will unlock the vast resources of our solar system.

Our approach minimizes launch mass requirements while maximizing productive capability, creating a viable path to large-scale space industrialization that was previously cost-prohibitive.

Space Mining Illustration

Our Methodology

1. Resource Identification

Our autonomous systems use advanced spectroscopy and imaging technology to identify and prioritize resource-rich areas on asteroids, moons, and planetary surfaces.

2. Bootstrap Deployment

Compact, self-replicating manufacturing units are deployed to celestial bodies with minimal launch mass, establishing the initial production capabilities.

3. Resource Extraction

Specialized robotic systems extract raw materials using techniques optimized for microgravity and vacuum environments, with minimal energy consumption.

4. In-Situ Processing

Extracted materials are refined and processed into usable forms through innovative chemical and physical processes adapted for space conditions.

5. Manufacturing Expansion

Using processed materials, our systems fabricate additional manufacturing capabilities, creating an exponential growth cycle that amplifies production capacity.

6. Product Creation

The expanded manufacturing base produces valuable products for both space-based infrastructure and Earth return, creating immediate economic value.

Research & Publications

White Paper

Exponential Manufacturing in Microgravity Environments

An analysis of self-replicating manufacturing systems and their application in space resource utilization.

Read Paper
Technical Report

Optimizing Energy Use in Space-Based Manufacturing

Novel approaches to energy conservation and generation for sustainable space-based production systems.

Read Paper
Research Study

Autonomous Robotic Systems for Asteroid Mining Operations

An overview of AI-driven robotics designed specifically for resource extraction in vacuum environments.

Read Paper

Investment Opportunity

Join us in building the foundation for humanity's space-based future

Market Potential

The space resources market is projected to reach $100B+ by 2035, with our bootstrap approach offering significant competitive advantages.

Proprietary Technology

Our patents cover key innovations in self-replicating manufacturing systems, creating strong barriers to entry.

Strategic Partnerships

Established relationships with major aerospace companies and space agencies provide clear pathways to market.

Multiple Revenue Streams

From in-space manufacturing services to valuable resource return to Earth, our business model offers diverse revenue opportunities.

Connect With Our Investment Team

Industry Partners

Contact Us