Monolex tools / NIIA
One memory across AI CLIs.
NIIA does not replace your AI tools. It remembers their work together — so a new session can return, find, continue, and understand.
01 / Continuity
The tool can change. The work keeps moving.
Each AI CLI sees a session. NIIA sees the project motion around it: the conversations that shaped a decision, the documents that explain it, the code that embodies it, and the history that changed it.
CODE · GIT
◈ NIIA
A conceptual continuity map, not live telemetry.
02 / Four motions
Ask for the next piece of continuity.
Start with the smallest motion that answers the question. Each command returns evidence and guides the next move; none requires a frozen dashboard or a remembered internal path.
Return to the current project context before deciding what to do next.
03 / Contracts
Memory without capture.
Continuity is useful only when its boundaries stay legible. NIIA keeps the official tools official, begins from local work, and crosses a network boundary only through a chosen motion.
01 / NOT A WRAPPER
Keep your tools.
Your AI CLIs, models, subscriptions, and native workflows remain theirs. NIIA joins the memory around their work rather than replacing their interfaces.
02 / ONE WORKING MEMORY
Carry the project, not the transcript.
A session is one witness. Documents, code, git, and prior conversations form the wider context that lets the next session continue responsibly.
03 / LOCAL FIRST
Network when chosen.
Recall and search begin from local project artifacts. Remote, MCP, and synchronization surfaces remain explicit actions with their own contracts.
04 / Documentation
The full operating surface stays in docs.
This page explains the role. The documentation owns command options, session providers, indexing, security, consciousness navigation, setup, and troubleshooting.
Overview
Concept, installation boundary, and first orientation.
Commands
The wider command surface and usage reference.
Sessions
Search and read work across supported session sources.
Consciousness
Read the doctrine graph and its deeper relations.
Security
Trust, control, storage, and access boundaries.