GalaxDB
Free
Teams replacing multiple AI stack tools with one database
Every AI session starts blank — the fix your team debugged last Tuesday, the architectural decision from last month, the prompt that finally worked: gone, unless someone remembered to paste it back in. ContextVault is a shared memory layer that persists what your AI clients learn across sessions, agents, and model vendors.
$9.99/mo · Free tier: 1 seat, Single default group, 50 memories, Core MCP and API access · Checked Oct 22, 2026
The core mechanic is an MCP-compatible vault that Claude, ChatGPT, Codex, Copilot, and any other compatible client reads from and writes to — so the fix one developer's session surfaces becomes findable by the next. Retrieval combines vector and full-text ranking tuned for code and ops recall, which means a keyword search and a semantic search run together rather than forcing you to choose. Memory is scoped at the user, group, and org level with audit trails, so the right context reaches the right team without bleeding across projects. The ceiling arrives when you need the vault to act — ContextVault stores and retrieves, it does not plan or execute. Teams that want autonomous task chains will build that layer themselves and use ContextVault as the knowledge store underneath.
Bottom line: The right call for a dev team juggling three AI clients who are tired of re-explaining their stack every morning — a weaker fit if your session memory problem is actually an automation problem, where passive retrieval won't replace the task-running loop you need.
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Most AI memory solutions stop at the individual: one browser, one chat, one session. ContextVault shifts the unit to the organization. The vendor describes it as a single vault that every agent reads from and writes to, scoped per user, per agent, and per tenant, with memories that survive session resets, model switches, and tool changes. The workflow is MCP-based: you connect your existing AI clients — Claude Desktop, Claude Code, ChatGPT, Codex, Copilot, Gemini, or any MCP-compatible editor — to the vault, and queries pull ranked results from a hybrid vector-plus-full-text retrieval layer without requiring you to reframe your prompt for each tool.
The differentiating claim is organizational durability. Local memory files get stale, personal prompt docs don’t travel, and scattered Markdown repos become maintenance burdens. ContextVault centralizes historical solutions, decisions, and preferences in one searchable store with database-level isolation between groups — meaning a security team’s context doesn’t leak into a product team’s queries. The docs describe group-scoped access and audit trails, which positions this as a compliance-aware choice for teams where memory visibility is not a free-for-all.
The tool fits best when the problem is retrieval: re-explaining architecture to a new AI session, reconstructing debugging context, or onboarding a new team member whose AI client knows nothing. It does not fit when the problem is execution — ContextVault is passive storage and retrieval, not an agent that acts on what it finds. There is no self-hosted option, which means teams with hard data-residency requirements will hit a wall before they finish the security review. The memory cap on the entry tiers is a real constraint for teams with high query volume; the docs indicate unlimited queries and memories are a paid-only feature gated to the top tier.
Compatibility spans OpenAI Desktop, Claude Code, Claude Desktop, Microsoft Copilot, Google Gemini, and the major code editors including VSCode, Cursor, Windsurf, Visual Studio, and JetBrains IDEs. The vendor notes Google Gemini Desktop support is planned rather than current. Integration is MCP-based, so any client that speaks MCP can connect without bespoke adapters.
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