Learns the decision
“Production sessions use opaque tokens in Redis.”
Engramd gives Codex, Claude Code, and Antigravity one shared, local memory—so knowledge moves between agents while context cost stays bounded.
Today, every coding agent keeps a partial picture. The decision Codex learned this morning is invisible to Claude Code this afternoon. Your preferences, architecture choices, and hard-won context get trapped in separate silos.
Engramd turns separate sessions into compounding knowledge.
“Production sessions use opaque tokens in Redis.”
Scoped to the project, dated, ranked, and available to every connected agent.
Even when the next question uses completely different words.
Codex, Claude Code, and Antigravity read and write the same local memory—even side by side in the same session.
Engramd caps what enters context, not what it can remember. Fifty thousand memories keep the same bounded response cost as fifty.
When a fact changes, Engramd keeps the timeline, surfaces contradictions, and lets your agent act with the right context.
Your memory stays in a permission-restricted local SQLite file. No network at query time, no API key, and no lock-in.
Most memory systems stay cheap by forgetting. Engramd takes the opposite position: preserve what was learned, then rank the small, relevant view that enters the model’s context.
Mutations are reversible. Superseded facts keep their history.
Engramd replaces fragmented agent-written memory—not the principles you deliberately wrote.
Local by default. Secrets rejected. User-scoped facts confirmed before they follow you.
Engramd connects supported agents to one daemon-backed store. No memory-file gardening, sync step, or service to host.
$ engramd install
Engramd is opening to its first testers. Email us to claim your access and help shape the memory layer you actually want to use.
Claim my Engramd access info@webmoderne.comEarly access currently targets Linux and Apple Silicon macOS.