Data migration

Turn fragmented enterprise data into infrastructure agents can actually reason over.

The value of AI work collapses when the data remains inaccessible, unstructured, or impossible to trust. This path builds governed connectors, knowledge layers, and retrieval-ready infrastructure inside your perimeter.

What this path delivers

2-6 weeks

Typical timeline

Medium

Complexity profile

Perimeter-safe

Data posture

Agent-ready

Resulting layer

The data constraint

Disconnected data creates a decision-quality problem long before it creates a tooling problem.

If agents cannot retrieve relevant, governed, business-aware information, the orchestration layer does not matter. The constraint sits in structure, access, and retrieval quality.

01

Siloed sources

Operational, analytical, and document systems are split apart, making retrieval incomplete and inconsistent.

02

Poor semantic access

Raw tables and files exist, but not in a form agents can search or reason over effectively.

03

Weak knowledge structure

Critical context is buried in unstructured sources without clear linkage to the business process.

04

Freshness risk

Even useful knowledge layers lose credibility if sync, lineage, and update controls are not designed in.

Migration sequence

Map the data estate, then build the retrieval and sync layer around it.

The motion starts with source discovery and data-quality analysis, then moves into connectors, embeddings, knowledge structure, and monitored deployment.

01

Discovery

Map the systems, schemas, relationships, and access patterns across the relevant data estate.

02

Analysis

Assess data quality, transformation requirements, and the evidence needed for retrieval and benchmarking.

03

Transformation

Build connectors, generate embeddings, and structure the target knowledge layer.

04

Validation

Test integrity, retrieval quality, and whether agents can use the resulting layer reliably.

05

Deployment

Deploy the connectors and sync controls with monitoring for freshness and lineage.

Owned deliverables

The output is a working data layer, not a one-time extraction event.

Teams get the connectors, retrieval surfaces, and knowledge structure required to make AI work durable rather than episodic.

Agent-ready data connectors
RAG pipeline infrastructure
Vector stores and embeddings
Knowledge base APIs
Real-time sync mechanisms
Query optimization layers

Agent-ready data infrastructure

The result is a governed retrieval surface that lets AI systems search, reason over, and stay synchronized with the underlying enterprise data sources.

Timeline

2-6 weeks

Complexity

Medium

Best fit

Data access and retrieval bottlenecks

Common sources

Typical data systems included in this motion.

The relevant estate usually spans transactional systems, warehouse environments, document stores, and unstructured content repositories.

PostgreSQLMySQLSQL ServerOracle DBMongoDBS3 / GCS / Azure BlobData warehousesMainframe systemsFile systemsSharePointConfluence
Assess The Data Estate

Quantify where retrieval quality, structure, and sync are limiting AI outcomes today.

A short assessment helps determine whether the highest-leverage work is connector buildout, knowledge restructuring, or a broader readiness program across the data estate.

Perimeter-safe designKnowledge-layer buildoutGoverned retrieval