Distributed organism
Each node is an agent with an identity, role, energy, integrity, local memory, and decision mode. There is no single brain.
Resilience and expansion
Evaluate whether the colony preserves critical functions, repairs itself, and increases infrastructure and habitability under stress.
Mycelial signals
Lines carry expansion or correction calls. Agents contribute material and energy; pulses create or regenerate nodes.
ReadyRun an experiment to begin
autonomous conditional◆ corrector● expander
How to read nodes and abbreviations
The territory is readyThe network will appear here, with every node identified by code and function.
cycle 0
Node registry
What each node is doing
This table follows the selected simulation cycle. Select a row or a node on the map for more detail.
| Node | Function | Current action | Objective | Decision | Condition |
|---|
Run result
Ecosystem health and learning
System evolution
Habitability, development, and active population.
HabitabilityDevelopmentPopulation
Environment and entropy
Combined stress, dust, radiation, and temperature.
EntropyDustRadiationTemperature
Final diagnosis
Recent events
How to read the model
From a signal to a new node
- PerceptionEach agent observes resources, neighbors, energy, failures, and environmental stress.
- DecisionConditional agents follow rules; autonomous agents choose a local action using utility and inherited memory.
- CoordinationA signal travels through nearby links and calls agents capable of contributing resources.
- MorphogenesisThe project creates a specialized descendant or replaces a lost node.
- LearningAt the end, traits, repairs, and expansion are weighted to guide the next lineage.