Ephemeral Private AI Memory (EPAM) and Verifiable Memory Custody (VEPAM)
Continuity Without Custody. Verification Without Disclosure.
Ephemeral Private AI Memory, is a user-controlled, patent-pending, AI memory custody architecture. VEPAM extends that idea into verifiable memory custody: policy-bound handling of retained, transferred, and deleted information without exposing protected implementation details.
The Challenge
Technology today faces a growing conflict: personalization requires memory, but storing that memory creates security, compliance, and liability risks. Enterprises are trapped between improving experience and meeting strict data regulations.
The Solution
EPAM shifts memory control closer to the user. VEPAM adds the verification layer needed for enterprise, government, and regulated environments.
Benefits of EPAM
- User-controlled memory custody
- Reduced provider retention burden
- Policy-bound retention and deletion
- Verifiable handling without exposing sensitive data
- Better alignment with AI governance and audit expectations
EPAM/VEPAM is a patent-pending (19/713,101) architecture developed by Anton Kaska, founder of Borealis Traders of New England.
Consulting: Need independent analysis or security support? See AI & Cybersecurity Consulting.
