For coding

Memory that survives the session,
the repo and the machine.

Your coding assistant forgets the project between sessions, so you end up explaining your own codebase back to it.

  • MCP-native
  • Claude Code · Cursor · Warp
Continuity

Pick up where
the last session stopped.

No re-reading your own files to remember what you were halfway through. The project state, the active task and the last decision are already there when you open a new session.

AI processor chip — always-on memory for your coding assistant.
Lattice brain structure — complex decisions stored and retrievable.
Decisions

Decisions
stay decided.

Why that library, why that pattern, what you already tried and threw away. Your assistant knows the reasoning, not just the result — so it doesn't suggest the approach you already ruled out.

Multi-device

Move machines
mid-task.

Begin on a laptop, carry on wherever it runs next. The memory follows you, not the machine — one namespace behind every client.

Circuit-mapped brain — one memory, every machine.
For coding

One config entry.
The same memory behind all of them.

Claude Code, Cursor, Claude Desktop, Warp — connect once per client. Every tool draws from the same namespace.

Connected wireframe nodes — one config entry, the same memory behind every client.
All clients

Every client,
one memory.

Claude Code, Cursor, Claude Desktop, Warp — one config entry each, the same memory behind all of them. No sync, no export, no paste.

Deep lattice of light — one namespace encompassing every tool.
Prismatic field of light — knowledge passing seamlessly between agents.
Agent hand-offs

The next agent knows
what the last one did.

Hand-offs stop being briefings. When one agent completes a task, the next one opens already knowing the outcome — decisions recorded, not re-explained.

For coding

Every session starts
mid-thought.

Connect Kemory once. Every AI and agent you use for coding draws from the same memory — the decisions, the context, the history. Never re-explain your own codebase.

Burst of geometric shards — every coding session starts mid-thought.