>_ SITE DOSSIER

SOLARIS RELAY is a personal archive of deployable AI infrastructure.

Work here is focused on:

• terminal operation layers
• OpenClaw deployment systems
• distributed node fabrics
• gateway routing layers
• pre-exposure hardening
• workflow infrastructure built to survive real use

Not concept work.
Not interface theater.
Deployable systems only.

>_ DEPLOYED MODULES

CICADA // M-01

Entry-layer deployment interface

A one-click launcher that turns OpenClaw into something installable, startable, and usable.

kaku-shell // T-02

Terminal operation layer

A PowerShell-based AI coding terminal built for repeatable operator workflows.

claw-mesh // N-03

Distributed node fabric

WireGuard-backed networking and orchestration for OpenClaw nodes.

free-llm-hub // G-04

Multi-gateway access layer

Launch multiple free AI gateways through a simplified OpenAI-compatible interface.

openclaw-hardener // S-05

Integrity and hardening protocol

Self-check and hardening tools for OpenClaw deployments before public exposure.

claw-rice // W-06

Workflow operating kit

Battle-tested Claude and OpenClaw setup for terminal UX, skills, rules, and agents.

obsidian-llm-wiki // K-07

Knowledge compilation engine

Karpathy's LLM Wiki concept, installable as an Obsidian plugin. MCP server lets AI agents read, search, and compile your notes into structured knowledge bases. Works with or without Obsidian running.

>_ NETWORK TOPOLOGY

[ operator terminal ]
         |
         v
[ workflow layer ]
         |
         v
[ gateway / routing ]
         |
         v
[ local nodes ] <--> [ mesh fabric ] <--> [ distributed agents ]
         |
         v
[ hardening / integrity / control ]

Objective: turn AI from interface into infrastructure.

>_ OPERATIONAL STACK

LANGUAGES    Python / TypeScript / Rust / C
RUNTIME      Docker / systemd / self-hosted services
NETWORK      WireGuard / SSH / distributed node fabrics
DATA         Redis / PostgreSQL / local state layers
FRONTEND     Next.js / Tailwind / terminal-first interfaces
FOCUS        agent ops / routing / orchestration / hardening

>_ DEPLOYMENT DOCTRINE

• install speed matters
• interfaces should collapse operational friction
• routing layers should be explicit, observable, and replaceable
• distributed nodes should be connectable without becoming chaos
• defaults should not assume trusted environments
• AI tooling should remain useful after the novelty is gone

If a system only works inside a carefully staged demo, it is not finished.

>_ RELAY STATUS

>_ ARCHIVE NOTE

This relay stores terminals, gateways, node fabrics, hardening layers, and operational kits.

If your work begins where AI demos end, this archive may be relevant.