Grown, Not Built.

Legacy software is "bolted on." The Grid uses a biological architecture—Amino, Genome, Morphogenesis—to create a system that is self-aware, self-healing, and alive.

. ├── amino // The Building Blocks │ ├── elixir │ │ ├── engine.ex │ │ ├── macro_engine.ex │ │ └── neural_bridge.ex │ ├── policy │ │ ├── engine.ex │ │ └── spec.ex ├── genome // The Blueprint │ ├── genome.ex │ └── grow.ex ├── immune_system // Self-Protection │ ├── chaperone.ex │ └── grid_evf ├── morphogenesis // Evolution │ ├── catalyst │ │ ├── governance.ex │ │ └── neural.ex │ ├── polymerase.ex │ └── ribosome.ex ├── grid_core │ ├── grid_cortex │ ├── grid_iaf │ └── grid_ledger_solana

The 5 Pillars

These aren't features. They are biological imperatives baked into the kernel.

1. Self-Aware (Cortex)

The grid_cortex maintains a live topology of every agent. It knows its own capacity, latency, and capability map in real-time.

2. Self-Evolving (Morphogenesis)

Using polymerase.ex, the Grid compiles new tools on the fly. If an agent needs a Python script to parse a new file type, the OS generates, tests, and hot-swaps the module without restart.

3. Self-Healing (Immune System)

The grid_immune system uses OTP supervision trees. If an agent crashes, the OS kills the process and spawns a fresh one in nanoseconds. Zero downtime.

4. Self-Protective (EVF)

Policy-first operations. grid_evf ensures least-privilege execution. If an agent tries to access unauthorized memory, it is terminated by the kernel.

5. Self-Sustaining (Growth)

Built-in pipelines for outreach, funding, and partnerships. The Grid is designed to acquire the resources it needs to survive.