---

⚡ The Aero Linux Architecture

aero@system:~$ aero doctor --full-audit
──────────────────────────────────────────────────────────────────────────
  Core OS       ::  Aero Linux v1.4.0-Supernova (Debian/Ubuntu Rolling Base)
  Idle Memory   ::  < 350 MB RAM with Adaptive ZSTD In-Memory Compression
  Desktop Suite ::  45 Native GTK3 / GJS Zero-Terminal Engineering Applications
  Dev Tooling   ::  1-Command Sandboxing, Instant REST Mocks & Docker Engine
  AI Runtime    ::  Hardware-Accelerated Ollama, CUDA / ROCm Dynamic Switcher
  Code Quality  ::  130 / 130 Unit Tests Passing • Zero Legacy Runtime Bloat
──────────────────────────────────────────────────────────────────────────

---

📦 Ecosystem Repositories

Repository	Focus & Core Responsibilities	Status
aero-linux	Core OS codebase, CLI utilities, packaging pipelines, and automated test matrix.	Production v1.4.0
portal	Official interactive web portal, live terminal simulation, and documentation.	Live Portal
apps	45 native zero-terminal GTK3 / GJS desktop engineering applications suite.	Active Suite
linux-aero	Custom low-latency kernel recipes, BORE scheduler patches, and sysctl tuning.	Roadmap v1.7
aero-wm	Ground-up Smithay Wayland compositor written in Rust (<150MB total RAM).	Roadmap v2.0

---

🗺️ Engineering Roadmap (v1.5 ➔ v2.0)

v1.4.0-Supernova [CURRENT]
└── 45 Native GTK3 Developer Apps • Automated .deb Packaging • 130 Unit Tests

v1.5-Pulsar [NEXT]
└── eBPF Network Latency Profiler • Lightweight MicroVM Runner (QEMU/KVM)

v1.6-Quasar
└── Multi-Agent Terminal Coding Swarm • Immutable Btrfs Snapshot Rollbacks

v1.7-Hyperion
└── Custom `linux-aero` Kernel w/ BORE Scheduler & Low-Latency Audio DSP

v2.0-Singularity
└── Ground-Up Rust `aero-wm` Wayland Compositor (< 150MB Total RAM)

---

🤝 Contributing & Community Governance

We welcome RFCs, issue reports, and pull requests from systems programmers, Linux kernel enthusiasts, and full-stack developers.

1. Review open issues: Check roadmap tasks or propose architectural RFCs.
2. Coding Standards: Follow first-principles design — zero telemetry, minimal dependencies, and full test suite verification (make test).
3. Packaging: Verify Debian builds using make deb.

---

"Zero Bloat • First-Principles Depth • Hand-Crafted Code"