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lakeFS Acquires DVC, Uniting Data Version Control Pioneers to Accelerate AI-Ready Data

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Introducing the lakeFS Summer Release: Governance for AI-Ready Data

lakeFS for AI Governance and Compliance

Governance and Compliance Built Into Your AI Data Infrastructure

Regulations like the EU AI Act, GDPR, and FDA rules are catching up with enterprise AI initiatives, and most AI and data infrastructures are not ready.

lakeFS builds governance into the infrastructure itself: controlled access, preventive data controls, and compliance evidence – a light layer, with data staying in place, so your AI teams don’t slow down.

The compliance clock is ticking

Regulators now expect proof of what data trained your AI systems, and what data agents accessed or modified.

Fines and penalties reach into the millions or even a percentage of global revenue.

Why AI stacks fail audits

Your stack has the pieces. It can't connect them. And it can't control them.

The systems in your stack may include audit logs, time travel, snapshots, or run histories. But none of them can tie the pieces together across everything an AI system actually touches: structured data, images, documents, video, and the metadata that carries the context. And none of them govern what your teams, tools, and agents do with that data as a whole.

That connected, controlled picture is exactly what regulators and auditors ask for:

5%

Only 5% of organizations say their data is adequately ready to support AI

Source:

Dun & Bradstreet AI Momentum Survey, 2026

Governance built into the infrastructure

The Solution: One control plane between your data and your AI

lakeFS solves this problem with a light infrastructure layer that sits between the data and the AI technology consuming it – data stays in place, and nothing gets replaced.
As the control plane for AI-ready data, lakeFS makes governance hold across every tool, user, and agent by design, not by wiring it up system by system and data source by data source.

Controlled and isolated data access

Manage access for tools, users, and agents from one place. Every data consumer works in an isolated, zero-copy environment on production data, governed centrally.

Preventive data controls

Enforce data contracts and quality gates by policy. Bad or non-compliant data is stopped at the door, before it reaches production, and any mistake rolls back in seconds.

Compliance evidence, built in

Every model is tied to the exact dataset version behind it. Audit trails and lineage are captured
automatically across every workload and agent action, so
audits are answered from built-in
evidence, not manual reconstruction.

AI is powered by multimodal data. Govern all data types equally: structured, semi-structured, and unstructured, including the metadata that carries the context. One control plane. Every data type.

Business Impact

Preventive controls and rollback in seconds shrink the blast radius of any mistake.

Less compliance plumbing
per project, less audit labor, no duplicated storage.

Less data wrangling and manual governance work per team.
AI ships instead of stalling.

Evidence exists by default.
No scramble when the regulator or the board asks.

THE DIFFERENCE

With and without lakeFS

Without lakeFS

With lakeFS

Audit readiness

Evidence is reconstructed by hand: months of team time per audit, while approvals wait.

Built-in evidence and a complete chain of custody, ready when the auditor asks.
Model-to-data traceability
Which data trained which model? Data is mutable, histories are fragmented, and nobody can prove the exact state used.

Every model is tied to an immutable dataset version, with a verifiable history that shows exactly what changed, when, and by whom.

Data access for teams and agents

Every new data consumer widens risk, and access is re-configured system by system.

Teams and agents work in isolated, zero-copy environments, governed centrally.

When things go wrong

Errors propagate silently into production;
recovery takes hours or days.

Bad data is stopped at the door, and mistakes roll back in seconds.

Audit readiness

Without lakeFS

Evidence is reconstructed by hand: months of team time per audit, while approvals wait.

With lakeFS

Built-in evidence and a complete chain of custody, ready when the auditor asks.

Model-to-data traceability

Without lakeFS

Which data trained which model? Data is mutable, histories are fragmented, and nobody can prove the exact state used.

With lakeFS

Every model is tied to an immutable dataset version, with a verifiable history that shows exactly what changed, when, and by whom.

Data access for teams and agents

Without lakeFS

Every new data consumer widens risk, and access is re-configured system by system.

With lakeFS

Teams and agents work in isolated, zero-copy environments, governed centrally.

When things go wrong

Without lakeFS

Errors propagate silently into production; recovery takes hours or days.

With lakeFS

Bad data is stopped at the door, and mistakes roll back in seconds.

REGULATIONS

Built for the frameworks your AI will be measured against

From the EU AI Act’s data governance and logging obligations to FDA 21 CFR Part 11, GxP, GDPR, ISO 26262,
and the NIST AI RMF, lakeFS supports the traceability, reproducibility, and audit evidence required.

What it requires

Data governance for high-risk AI systems, including provenance and traceability between datasets and model versions, and automatic event logging.

HOW lakeFS HELPS

Immutable commits tie each model to the exact dataset version behind it. Built-in lineage and a complete version history support the traceability and records these articles call for.

Timeline & exposure: Transparency obligations apply from August 2, 2026. High-risk obligations follow on December 2, 2027 (stand-alone systems) and August 2, 2028 (AI embedded in regulated products, including medical devices). Fines for high-risk violations reach €15M or 3% of global revenue. Source: eur-lex.europa.eu

What it requires

Secure, computer-generated, time-stamped audit trails for the creation, modification, and deletion of electronic records, retrievable for inspection and consistent with ALCOA+ principles.

HOW lakeFS HELPS

Immutable commits tie each model to the exact dataset version behind it. Built-in lineage and a complete version history support the traceability and records these articles call for.

Timeline & exposure: In force. Non-compliance can trigger FDA 483 observations, warning letters, and product recalls or import bans. Source: ecfr.gov

What it requires

Demonstrable reproducibility of AI/ML results and traceability of the exact training data, parameters, and configurations behind a model used in a regulated product.

HOW lakeFS HELPS

Reproduce any past result with the same inputs. Version data alongside code and models so a model can always be tied back to the data that produced it.

Timeline & exposure: In force. Gaps can delay submissions and clearances, or draw findings during inspection. Source: fda.gov

What it requires

Data governance for high-risk AI systems, including provenance and traceability between datasets and model versions, and automatic event logging.

HOW lakeFS HELPS

Automatic lineage and audit trail across every workload, plus controlled, isolated access, give you the processing records and access evidence.

Timeline & exposure: In force. Fines up to €20M or 4% of global revenue for the most serious violations. Source: eur-lex.europa.eu

What it requires

An auditable AI management system covering the full AI lifecycle, with Annex A controls for data governance – including data quality, provenance, and documented data management processes (control A.7).

HOW lakeFS HELPS

Versioned datasets, automatic lineage, and immutable history supply the data provenance and documented data-management evidence the standard’s data controls call for.

Timeline & exposure: Voluntary but certifiable – unlike the NIST AI RMF, it sets auditable requirements. Published December 2023, and increasingly requested by enterprise buyers and used to demonstrate readiness for the EU AI Act. Source: iso.org

What it requires

End-to-end, bidirectional traceability across the development lifecycle, with reproducible, audit-ready evidence linking requirements, data, and tests.

HOW lakeFS HELPS

Versioned datasets and immutable history keep the data side of the trace chain intact and reproducible, so evidence can be reconstructed exactly at audit time.

Timeline & exposure: Industry standard for ASIL-rated automotive systems; central to the safety case and supplier audits. Source: iso.org

What it requires

Traceability, documentation, and accountability across the AI lifecycle to make AI systems trustworthy and auditable.

HOW lakeFS HELPS

Versioned data, lineage, and reversibility supply the documented, traceable data foundation the framework’s Govern and Map functions depend on.

Timeline & exposure: Voluntary framework, increasingly referenced in procurement and enterprise AI governance. Source: nist.gov

Get the regulation-by-regulation breakdown in the whitepaper: Governance and Compliance Built Into Your AI Data Infrastructure

FAQs

AI data governance means controlling and evidencing what data AI systems and agents access, modify, and train on – across structured, semi-structured, and unstructured data. lakeFS builds it into the infrastructure as three capabilities: controlled access, preventive data controls, and compliance evidence.

Articles 10 and 12 require data governance for high-risk AI systems, including provenance and traceability between datasets and model versions, and automatic event logging. Transparency obligations apply from August 2, 2026, with high-risk obligations following in 2027 and 2028.

Audit trails and lineage are captured automatically across every workload and agent action, and every model is tied to the exact dataset version behind it. Audits are answered from built-in evidence, not manual reconstruction.
Agents get the same governance as tools and users. Each agent works in an isolated, zero-copy environment on production data, with access governed centrally. Every agent action is captured in the audit trail, any run can be reproduced with the same inputs, and a mistake rolls back in seconds.

Yes. lakeFS manages structured, semi-structured, and unstructured data – including images, video, audio, documents, and the metadata that carries the context – within a single version-controlled environment, so audit trails, access policy, and reversibility apply to every data type

No. lakeFS is a light infrastructure layer that sits between the data and the AI technology consuming it. Data stays in place, under your control, with no copying or duplication – nothing gets replaced.

Govern your AI data without slowing teams down

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