First question
What should it remember?
Memory changes an AI tool from a one-off prompt box into something that may keep context, skills, workspace history, or user-specific recall across sessions.
Theme
AI Resources
Agent memory tools for project context
A focused map for memory, recall, skill-memory, and workspace-context tools that can change what an AI system keeps between sessions.
Use it to compare how projects frame agent memory, then open each LifeHubber overview and original source before relying on storage, privacy, setup, or retention details.
Questions to check
Start with the job or constraint that matters now.
These checks frame the source-linked Resources below. They do not rank products or cover every option.
Data path
Check the storage path
The useful differences are in the details: what gets stored, where it runs, how it retrieves context, and what control a user or operator keeps.
Control
Plan the reset button
Before trying a memory layer, check source materials for retention, deletion, access control, hosting, and sensitive-data handling.
Coverage and freshness
Newest LifeHubber addition included here: July 15, 2026
These groups are selective starting points, not a complete directory. The date reflects the newest included Resource’s LifeHubber added date, not a recheck of every linked source. Check the original source for current setup, terms, limits, privacy, access, costs, and behaviour.
Fresh in this topic
Newer Resources already included in this map
1Recently added Resources from the groups below.
Memory and context layers
Projects that help agents remember
9Start here when the important question is what an agent keeps across sessions, how it retrieves context, and how much control remains with the user or operator.
Mem0
mem0ai/mem0
Why it fits this starting point
A library, hosted platform, self-hosted route, and framework integrations expose the choice between implementation control and service convenience.
Acontext
memodb-io/Acontext
Why it fits this starting point
Distilling run learnings into reusable Markdown skill files shows memory becoming portable working instructions rather than retrieved conversation fragments.
TencentDB Agent Memory
Tencent/TencentDB-Agent-Memory
Why it fits this starting point
Symbolic short-term memory, layered long-term memory, and a SQLite default make explicit memory tiers the comparison point.
ReMe
agentscope-ai/ReMe
Why it fits this starting point
File-based and vector-based systems expose the choice between ways an agent can store and retrieve cross-session memory.
Hindsight
vectorize-io/hindsight
Why it fits this starting point
Learning over time distinguishes adaptation from simply recalling earlier conversations.
CatchMe
HKUDS/CatchMe
Why it fits this starting point
Vectorless capture of a wider digital footprint shows a context path that does not require maintaining an embedding index.
cabinet
hilash/cabinet
Why it fits this starting point
A local file-based workspace with scheduled jobs and agent memory keeps knowledge, recurring work, and stored context together.
holaOS
holaboss-ai/holaOS
Why it fits this starting point
Living workspaces combine history, files, apps, runtime state, and sub-agent coordination for memory that supports an ongoing work-stream rather than a single assistant.
Memvid
memvid/memvid
Why it fits this starting point
A single portable .mv2 file holds documents, embeddings, indexes, metadata, and recovery state when memory needs to move or back up as one unit.
Also in AI
Follow the next layer.
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