AI Data Plane

Give Every AI Decision The Right Data Without Losing What It Means

Keep operational truth, retrieved evidence, calculated features, Context Assembly, memory, durable state, cache, and evidence distinct while governing them through the same identity, scope, purpose, version, freshness, and provenance model.

Give AI, policy, people, and applications a consistent way to understand what each piece of information represents, where it came from, and how it may be used.

Distinct data semanticsGoverned Context AssemblyPermission-aware retrievalScoped reuseDurable stateDecision provenance
Execution Engine
Data Plane

Keep every data role explicit throughout the decision lifecycle

An AI application can work with many forms of information at the same time: operational truth, calculated facts, retrieved evidence, governed knowledge relationships, memory, cache, durable state, context, and evidence.

Frozion gives those responsibilities explicit roles inside the AI Data Plane instead of treating all of them as generic context.

What is this data?
Where did it come from?
Who may use it?
For what purpose?
How current is it?
Did it influence this decision?

Benefit: Give AI, policy, people, and applications data that carries the meaning needed to use it correctly.

One Data Plane. Different data responsibilities.

The AI Data Plane provides a shared application architecture across distinct data roles.

Operational Collections

Keep current business data connected to the application.

Context Store & Context Assembly

Build the exact governed context required for each decision.

Feature Store

Reuse calculated facts without losing their definition, entity, time, freshness, version, source, and provenance.

Explore Feature Store

Find knowledge within the application's permitted scope

Enterprise knowledge applications need more than similarity search. Frozion combines retrieval methods while preserving the application boundary around them.

Tri-Hybrid Retrieval: Lexical + Vector + Graph

1

Lexical retrieval

Find exact names, identifiers, phrases, terminology, codes, and keyword matches.

2

Semantic retrieval

Find conceptually relevant information even when wording differs.

3

Graph retrieval

Follow governed relationships among entities, documents, business objects, APIs, taxonomies, and ownership.

Knowledge graph and AI visualization
Agent-scoped knowledge composes the relationships appropriate to a particular application.

Give each application a governed knowledge view

A single unrestricted enterprise graph is rarely the right knowledge surface for every application. Different applications, agents, users, tenants, and purposes may need different governed views of the same underlying enterprise information.

Benefit: Let the same enterprise information participate in different applications without exposing one unrestricted global knowledge graph.

Explore Knowledge Graph & Retrieval

Keep operational truth, context, state, and memory distinct

A vector index is useful for finding information. It should not silently become the authoritative state of the business.

Operational truth

What the application currently knows to be business state.

Retrieved evidence

Information selected because it is relevant to the current question.

Calculated fact

A derived value with a definition, version, entity, and time.

Knowledge relationship

A governed relationship connecting enterprise information.

Context

The package of eligible information assembled for a decision.

Memory

Prior information that may be useful again under explicit reuse rules.

Durable state

The authoritative execution state controlling what happens next.

Cache

A reusable prior result governed by scope, freshness, purpose, and version.

What changes when each data role keeps its own semantics

Data responsibility
When responsibilities are collapsed
In the AI Data Plane
Current business state
* A retrieval projection may be treated as current state.
* Operational Collections hold typed entities and current state.
Retrieved evidence
* Candidate generation and authorization may be separate.
* Candidate generation is constrained by identity, tenant, purpose, taxonomy, and permissions.
Calculated facts
* A number is recomputed or copied without its definition.
* A feature carries definition, entity, time, version, freshness, and provenance.
Decision context
* Context may be assembled around retrieval relevance and prompt window constraints.
* Context Assembly produces a governed package that retains provenance.
Long-running state
* Execution state is inferred from conversation history or logs.
* Durable state records what the execution may do next.

Keep long-running application state durable

AI applications increasingly operate across minutes, hours, days, or longer. They wait for people, callbacks, documents, approvals, scheduled events, downstream systems, retries, and reconciliation.

The Durable State Store preserves current execution position, waits, event correlation, approval state, operation identity, attempts, version references, migration references, recovery state, and replay state.

Explore Durable Execution
Secure durable execution state
Benefit: Let long-running applications survive events, failures, delays, and runtime-node changes without reconstructing state from logs.

Preserve provenance from information to outcome

The Data Plane keeps relationships among operational facts, retrieved evidence, features, context, policy, approvals, execution state, actions, effects, and resulting evidence as the application runs.

Benefit: Explain what information influenced a decision without correlating records afterward.

Explore Provenance & Lineage
Digital evidence graph
Evidence stays connected to context, decisions, approvals, actions, and effects.

Explore the AI Data Plane

Start with the capabilities that keep information meaningful from data to decision to evidence.

Give every decision governed data with durable meaning

Map one AI application and identify which data roles must remain explicit before information shapes a decision or appears as evidence.