The Memory Standard.

Defining the world's first patent-pending standard for how AI captures, stores, owns, tracks, and retrieves memory.

There is no standard for memory today. Every AI tool remembers differently, stores differently, retrieves differently. Some call it context. Others call it a knowledge graph, a vector store, a conversation history. But none of them agree on the format, and none of them can prove what they remember or where it came from.

Without a standard, it does not matter what you remember. The data has no shape. No provenance. No structure that travels across tools, teams, or time. You're left with fragments — scattered across apps, locked inside sessions, invisible to auditors.

“Memory without meaning is just storage.”

somewhere. — First Principles, 2025

The memory standard is a patent-pending framework that captures, compresses, verifies, and retrieves across five dimensions. Automatically, locally, at every layer of the stack. It is not a product. It is the foundation on which products are built.

We defined the format. We built the algorithm. We patented the combination. The result is a universal structure for memory — the Universal Memory Object (UMO) — that any AI system can produce, verify, and consume.

Memory API
One API call — access point
Memory Algorithm
Patent-pending — transforms input → UMO
Memory Standard
The foundation — five dimensions
Fig. 1 — The three-layer architecture. The standard defines the shape. The algorithm enforces it. The API exposes it.

Every memory that passes through the standard is structured across all five dimensions. No other system, product, or solution on the market covers them all. Most address two, maybe three. The standard requires all five.

01
Capture
Auto vs. manual. How memory enters the system.
02
Storage
Local vs. cloud. Where memory lives.
03
Ownership
Who controls the memory. Always the user.
04
Provenance
Receipts. When it was captured, by whom, from where.
05
Retrieval
Semantic, cross-app. Memory that finds you.
Table 1 — The five dimensions of the memory standard. Each memory object is scored across all five.
95%
Token Reduction
471%
Retrieval Improvement
1
API Call

Most systems that claim to handle memory cover only a fraction of what the standard requires. Below is a dimensional comparison between typical AI memory approaches and the memory standard.

Dimension THEM MI™
Capture
●○○
●●●
Storage
●○○
●●●
Ownership
○○○
●●●
Provenance
○○○
●●●
Retrieval
●●○
●●●
Table 2 — Dimensional scorecard. Typical AI memory solutions vs. MemoryIntelligence™.

The Universal Memory Object is the output of the standard. Every piece of memory — whether captured automatically from a conversation, submitted manually through a form, or ingested from an API — is compressed into a UMO. A UMO is structured, cryptographically hashed, timestamped, and portable.

Universal Memory Object
id: umo_8f3a2b1c
captured: 2026-03-15T14:32:00Z
source: meeting_transcript
owner: user_0x7d4e
hash: sha256:e3b0c44...
dimensions: [5/5]
Fig. 2 — Simplified UMO structure. Every memory carries its own receipt: who captured it, when, where, and how it was verified.

Five qualities define a UMO: Private, Structured, Traceable, Unified, and Permanent. These are not aspirational — they are enforced by the algorithm at creation time.

That's what makes MemoryIntelligence™ the new standard.

It's not a feature. Not a wrapper. Not another vector store. It is the only memory API built on a patented memory algorithm. One standard. One algorithm. One API call.

01
Plug It In
  • Get your API key
  • One integration
  • Make your data five-dimensional
02
Add-On
  • UI with MI™ already loaded
  • View automatic captures
  • Custom UI for your team
03
Custom Build
  • Our standard, your workflows
  • Pass Cyber Review faster
  • Compliance from day one
Table 3 — Three paths to implementation. All built on the same patent-pending standard.
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