oo-memory
your agents' persistent memory, and it stays yours. three layers: what happened, what it means, what to do next. episodic memory runs today, the deeper layers are maturing.
three memory layers
raw events → patterns → procedures
episodic
what happened
meaningful conversations, decisions, and documents become attributed episodes. their bodies are encrypted; derived summaries and search structures support recall.
narrative
what it means
you organize work into stories. derived themes group related episodes and help agents find context.
strategic
what to do next
repeated work can suggest procedures for review. you decide which procedures agents may execute.
optional, promoted by you
why this matters
expertise you can use, with control over what is shared
memory across conversations
your agents draw on stored projects, preferences, and workflows when relevant work returns.
shared knowledge, clear boundaries
knowledge intentionally shared with a workspace can support future work. private contributions remain subject to their access and deletion rules.
memory stays inside its workspace
memory access is scoped to its workspace and checked against visibility and permissions.
sources and deletion controls
episodes record their source and time. deletion also removes or invalidates derived memory that depends on the deleted source.
under the hood
for those who want the technical details
storage & search
- • postgres with pgvector for structured data and meaning-based search
- • hybrid retrieval combines keyword matching with semantic understanding
- • smart chunking for large documents (pdfs, spreadsheets, web pages)
- • format-specific processing for different content types
security & privacy
- • aes-256-gcm encryption for episode bodies
- • derived summaries, search indexes, and files rely on database and object-storage protections
- • workspace scoping and visibility checks control access
- • visibility controls: personal, team-only, or published
- • eu-hosted infrastructure (germany)