Recall cited memories and stage governed durable memory writes.
npx skills add https://github.com/infektyd/minni --skill sovereign-memory
Please help me install this Agent Skill. Skill: sovereign-memory Source: https://github.com/infektyd/minni/tree/main/plugins/minni/.gemini-plugin/skills/sovereign-memory Command: npx skills add https://github.com/infektyd/minni --skill sovereign-memory
This Skill solves the common issue of AI agents losing persistent context between sessions and across different runtimes, where corrections, learned information, and task state are lost after restarts or when switching tools, and avoids the limitations of opaque hosted memory solutions that lack local control and auditability.
Ask Gemini to recall all relevant prior context for your current project task to automatically pull cited stored memories into the conversation.
High-intent search queries and answers about installing and using this skill.
Persistent context for AI agents across sessions is maintained using local-first auditable memory storage. This approach uses a local daemon and scoped vault directories to save prior corrections and design decisions automatically between different runtimes.
Yes, cross-agent handoff allows you to transfer context and task state between different AI runtimes. It uses explicit lease controls to ensure the receiving agent gets the exact prior session information needed without losing state.
Governed memory learning is the process of staging durable memory candidates through an approval gate. It ensures that all new durable memory writes to your local agent vault are transparent, auditable, and compliant with local memory governance rules.
You can achieve cited memory recall by retrieving provenance-tagged context directly from personal and shared local memory stores. This provides full local control and auditability without relying on opaque hosted memory solutions.
Yes, enabling durable memory for AI agents requires a running local Sovereign Memory daemon. You also need access to a scoped agent vault directory and must comply with governance gates for all durable memory writes.
Local-first memory governance avoids the limitations of opaque hosted memory solutions by providing local control and auditability. It ensures that your AI agents' corrections, learned information, and task state are never lost after restarts or tool switching.
infektydInstall and configure the Minni memory daemon and MCP plugin across AI agent runtimes.
infektydManage local-first agent memory with proposal-gated learning and cross-runtime recall.
georgeguimaraesDesign layered memory systems with knowledge graphs and file-system storage.
AradotsoDeploy Mercury Agent with permission-hardened tools and Telegram integration.
