Open architecture specification for provenance-aware AI systems and institutional memory.
layout: default title: sovereign-sdk-vault sdk_name: sovereign-sdk-vault sdk_description: Planned sovereign memory boundary for structured knowledge custody, controlled retrieval, and long-term institutional memory. sdk_status: Planned
Status: Planned Component
Last Updated: June 2026
Community Contributions Welcome
sovereign-sdk-vault is a planned component of the Sovereign SDK focused on long-term knowledge custody and sovereign memory management.
Where traditional retrieval systems often accumulate unstructured content into large vector stores, sovereign-sdk-vault explores an alternative approach:
Memory should be governed infrastructure, not an accidental byproduct of storage.
The objective is to create structured, provenance-aware memory systems that preserve institutional knowledge while maintaining clear custody and trust boundaries.
Organizations increasingly rely on retrieval systems to compensate for fragmented documentation, disconnected repositories, and institutional knowledge loss.
The result is often a growing collection of embeddings, vector stores, and archives that become difficult to audit, maintain, or trust.
The Sovereign Systems Specification refers to this anti-pattern as the Digital Attic.
sovereign-sdk-vault aims to provide a more deliberate alternative.
Store validated knowledge assets alongside provenance metadata.
Preserve origin, ownership, and modification history for stored information.
Enforce policies around what information may be retrieved, by whom, and under what conditions.
Support fully sovereign operation without dependence on cloud-hosted memory services.
Provide durable knowledge infrastructure designed to survive organizational turnover and system migrations.
The long-term shape of sovereign-sdk-vault remains intentionally open.
The project welcomes architectural discussion, implementation ideas, design proposals, and pull requests from practitioners exploring memory systems, archives, governance, and institutional knowledge preservation.
If you have strong opinions about how trustworthy memory systems should work, now is the perfect time to join the conversation.