Project RAK: Resilience Automation Kernel

Revolutionizing spacecraft autonomy with AI-powered fault management that handles the "unknown unknowns"

"In memory of Kgosikgolo Nkola and Makhanani, whose vision of resilience continues to inspire our work."

About

Rulial Space Agency

The Problem

From satellite collisions to market crashes, our world is governed by complex, interconnected systems. Traditional linear models fail here. We are limited by a deterministic view of a fundamentally multi-path reality.

Our Solution

We use a new paradigm for understanding complexity, developed by Stephen Wolfram, to model and navigate all possible futures. We don’t predict the future; we build resilience across the entire branchial graph of possibilities.

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Technical Documentation

Comprehensive technical specifications and implementation details

Product Requirements

Vision: To make spacecraft resilient to unknown faults...

Technical Specifications

  • Memory Footprint: < 100MB RAM
  • CPU Usage: < 5%
  • Fault Diagnosis Time: < 10s

Development Roadmap

  • Phase 1: Foundation (0-12 months)
  • Phase 2: Validation (12-24 months)
  • Phase 3: Deployment (24+ months)