Most systems assume they’ll always have internet, human operators, or cloud infrastructure.
But what if everything fails — network, power, operators, even parts of the code itself?
I built a minimal system that answers this question:
"How can a system stay alive when everything around it — and even parts of itself — break?"
This isn’t just a message bus with failover.
It’s a survival-oriented architecture designed to:
- Keep running in air-gapped, isolated environments
- Detect internal corruption (e.g., broken files, dead modules)
- Activate emergency protocols without human help
- Recover automatically when conditions improve
All in pure Python — no external dependencies, no internet, no assumptions.
🧠 What Makes It Different?
Unlike typical resilience patterns (like retry or circuit breaker), this system is built on a simple principle:
"Assume failure is continuous — and design to survive it."
The demo shows:
- A core message bus that can die
- A guardian that doesn’t just switch to backup — but validates whether recovery is possible
- A self-contained recovery loop that doesn’t rely on external resources
In the full architecture (not shown here), this extends to:
- Self-scanning for corrupted files
- Reconstructing lost code from internal knowledge
- Operating silently in crisis mode
But even this minimal seed proves the core idea:
A system can be designed to never fully die — only to pause, adapt, and return.
▶️ Try the Demo
bash
git clone https://github.com/misa76868-lang/ultra-meta-seed.git
cd ultra-meta-seed
python scripts/demo.py
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