AI Data Management and Governance for Enterprise Generative AI

We design and operate end-to-end AI data management for generative AI: data contracts, lineage, vector stores, prompt and model governance, evaluation, and production monitoring. Your GenAI stays accurate, auditable, and compliant as it scales from first use case to enterprise-wide rollout.

Govern GenAI like a product, not an experiment, with measurable quality and continuous evaluation from day one

  • Data contracts, lineage, and access control across structured, unstructured, and vector data
  • Retrieval pipelines, embedding stores, and generative AI database design on Databricks, Snowflake, or native cloud
  • Prompt, model, and policy registries with approval workflows and audit trails
  • Real-time evaluation, drift detection, and generative AI monitoring with SLO dashboards
  • GDPR, EU AI Act, and HIPAA-aligned controls for enterprise AI governance
Book a GenAI governance assessment
Data contracts and lineage
Generative AI database design
Prompt and model registries
Real-time monitoring and drift detection
GDPR and EU AI Act controls
/ Problem

Why is your generative AI stuck in pilot mode without proper data governance?

Most enterprises have shipped GenAI pilots but cannot put them into regulated production. The blocker is rarely the model. It is the absence of AI data management: no data contracts, no lineage for retrieval sources, no evaluation harness, no ownership over prompts, embeddings, or policies. Without governance, every new use case multiplies risk.

No unified governance framework
Prompts, embeddings, and fine-tuning datasets live in silos with no owner.
Untracked transformation pipelines
Data feeds retrieval with no lineage back to source of truth.
Shadow databases and vector stores
Spun up per team, outside security review.
Missing monitoring
No hallucination rate, groundedness score, or drift alerts.
Unclear ownership
No agreed split between Data, Security, Legal, and Product, and no audit trail for the EU AI Act or GDPR.
/ What We Deliver

Architecture and technical building blocks

Governed data plane
Vector and retrieval layer
Prompt, model, and evaluator registries
Policy engine
Observability stack
Human-in-the-loop workflows
Event-driven orchestration
Governed data plane

Lakehouse on Databricks or Snowflake with Unity Catalog-style lineage across raw, curated, and AI-ready layers.

Vector and retrieval layer

Generative AI database with tenant isolation, metadata filters, and encryption at rest.

Prompt, model, and evaluator registries

Versioned, approved, and promoted across dev, stage, and prod.

Policy engine

Centralised guardrails for PII, jailbreaks, data residency, and output filtering.

Observability stack

Logs, traces, evaluation scores, and cost metrics wired into one performance monitoring framework.

Human-in-the-loop workflows

Review, red-teaming, and feedback loops feeding continuous evaluation.

Event-driven orchestration

Reproducible data transformation pipelines with rollback and lineage.

/ How it Works

How we deliver: from assessment to governed production

Step 1
GenAI Governance Assessment

We map current GenAI use cases, data sources, tools, and ownership. Output: maturity scorecard, risk register, gap analysis against EU AI Act and GDPR, and a prioritised roadmap. (2 weeks)

Step 2
Framework and Platform Design

We define the governance framework, reference architecture, tool selection, and RACI across Data, Security, Legal, and Product. Output: signed-off target operating model, platform blueprint, and policy catalogue. (3-4 weeks)

Step 3
Implementation and First Governed Use Case

We implement catalogs, registries, retrieval layer, monitoring, and pipelines, then migrate one flagship use case into the governed platform. Output: live GenAI use case with full lineage, evaluation, and audit trail. (6-8 weeks)

Step 4
Scale and Rollout

We onboard additional use cases, teams, and markets under the same standards. Output: growing portfolio of governed GenAI products, reusable templates, and measurable KPIs. (ongoing)

Step 5
Run and Continuous Evaluation

We operate monitoring, drift detection, re-evaluation, and policy updates as regulations evolve. Output: quarterly governance reports, incident reviews, and continuous quality improvements. (SLA-based)

/ Business Impact

Benefits of production-grade AI data management and governance

Tier-1 bank
Global insurer

60-80% faster time-to-production for new GenAI use cases via reusable governed templates.

40-70% reduction in hallucination and grounding errors through continuous evaluation.

30-50% lower GenAI infrastructure and token cost via optimised retrieval and caching.

100% auditability of prompts, data sources, and outputs for regulatory review.

/ Who This is For

Who this service is for

CDO / Head of Data & AI
Needs a single governance framework covering GenAI, classical ML, and analytics, with clear ownership and measurable risk posture.
Chief Risk / Compliance Officer
Needs EU AI Act, GDPR, and sector-specific alignment with auditable controls over training data, prompts, and outputs.
Head of Platform / ML Engineering
Needs standardised data management tools, a generative AI database, and reusable pipelines instead of per-team stacks.
CTO / VP Engineering
Needs production-grade GenAI with monitoring, SLOs, and cost control across business units.
Lead Data and ML Engineers
Need proven patterns for data transformation, retrieval, evaluation, and deployment on Databricks, Snowflake, or cloud-native platforms.
/ Use Cases

Generative AI governance and AI data management services

We cover the full stack a GenAI program needs to reach regulated production: AI data engineering for pipelines, a governance framework mapped to EU AI Act risk tiers, a retrieval and vector layer, the tooling to run it, and continuous evaluation in production.

AI Data Engineering for GenAI Pipelines
AI Data Governance Framework
Generative AI Database and Retrieval Layer
AI Data Management Tools and Platform Standards
Generative AI Monitoring and Evaluation
/ FAQ

Frequently Asked Questions

What is AI data management in the context of generative AI?

AI data management for generative AI is the practice of governing every data asset a GenAI system touches: source documents, chunks, embeddings, prompts, fine-tuning sets, and outputs. It covers lineage, access control, quality, versioning, and monitoring, so models stay accurate, compliant, and auditable in production.

How is an AI data governance framework different from traditional data governance?

An AI data governance framework extends traditional data governance with AI-specific controls: prompt and model registries, evaluation policies, embedding and vector store governance, output logging, red-teaming, and alignment with regulations like the EU AI Act. Traditional governance stops at datasets; AI governance covers the full model and prompt lifecycle.

Do you work with Databricks for generative AI workloads?

Yes. We build generative AI Databricks deployments using Unity Catalog for lineage and access control, Delta Lake for governed data, MLflow for model and prompt registries, and Mosaic AI or external LLMs for inference. Databricks is one of our preferred platforms for enterprise AI data engineering at scale.

How do you implement generative AI monitoring in production?

We track four dimensions: quality (groundedness, factuality, task success), safety (toxicity, PII leakage, jailbreaks), performance (latency, throughput), and cost. Metrics feed a unified performance monitoring framework with SLO-based alerts, automated re-evaluation on drift, and human review queues.

How long does it take to stand up enterprise AI governance?

A governed first use case typically goes live in 10-12 weeks: 2 weeks assessment, 3-4 weeks framework and platform design, and 6-8 weeks implementation. Subsequent use cases onboard in 2-4 weeks each, because they reuse the same tools, registries, and policies.

Which AI data management tools do you integrate with?

We integrate with the tools your stack already uses: Unity Catalog, Collibra, Alation, Monte Carlo, MLflow, Weights & Biases, LangSmith, Arize, and cloud-native services on AWS, Azure, and GCP. We prefer composable stacks over lock-in, with a clear generative AI database layer and policy engine at the core.

How do you align with the EU AI Act and GDPR?

We map each GenAI use case to EU AI Act risk tiers, implement the required transparency, logging, and human oversight controls, and align data handling with GDPR lawful bases, data minimisation, and subject rights. All prompts, outputs, and data accesses are logged with retention policies suitable for regulatory audit.

Make your generative AI enterprise-ready

Stop running GenAI pilots without data contracts, lineage, or monitoring. Get a governed platform that scales safely across teams, markets, and regulations, with measurable quality and cost. Book a 30-minute, no-obligation GenAI governance assessment. You leave with a maturity scorecard, prioritised risks, and a concrete roadmap, whether you work with us or not.

Book a call
FIRST STEP

Discovery call

A 30-minute, no-obligation conversation about your GenAI use cases and where governance is missing.

SECOND STEP

Governance assessment

We map data sources, tools, and ownership against EU AI Act and GDPR requirements.

THIRD STEP

Roadmap and proposal

You receive a maturity scorecard, prioritised risks, and a concrete roadmap to governed production.