Capture
Inventory every source that feeds the decision, including the spreadsheets nobody lists.
Done when: Every source has a named owner, a refresh frequency and a lawful basis for use.
The layers that turn scattered systems into data an AI system is allowed to use.
The business problem
Every system tells a different version of the truth, so no model or dashboard can be trusted.
What you hear inside the organisation
Which number is right, finance or sales?
The report breaks every time the source changes.
Nobody owns this table.
We cannot share this data with the AI team.
Who it serves and what changes
Client teams and what they need
Data owners
Clear accountability per domain
Data engineering
Pipelines that fail loudly, not silently
Governance and privacy
Classified, masked personal data
Analytics and AI teams
Certified data they can build on
The outcome you get
A worked example
The problem we saw
Sales came from the POS, stock from the ERP and promotions from spreadsheets. The model gave a different answer every week.
How the framework solved it
We gave each source an owner, wrote a contract per feed, reconciled products and stores to one key, and certified the sales domain.
The business result
Finance, supply chain and the AI model now read the same sales figure, and a broken feed is caught before anyone uses it.
Illustrative example based on common client situations.
In short
Data Foundation Framework (DFF): The layers that turn scattered systems into data an AI system is allowed to use.
Most AI programmes stall because the data underneath was never contracted, reconciled or certified.
How it works
Certification expires. A domain that stops passing its tests loses the certificate and the AI workloads built on it are flagged.
Inventory every source that feeds the decision, including the spreadsheets nobody lists.
Done when: Every source has a named owner, a refresh frequency and a lawful basis for use.
Write a data contract per feed: schema, semantics, freshness, ownership and breakage policy.
Done when: Contracts are enforced in the pipeline, not in a document, a breach fails the build.
Land, conform and reconcile into one governed layer with a single set of keys.
Done when: Reconciliation against the system of record is explainable line by line.
Define metrics once, classify sensitivity, mask what must be masked, publish for reuse.
Done when: One definition per metric, and no unclassified personal data downstream.
Score the domain against the readiness tests and issue an AI-ready certificate with an expiry.
Done when: The domain passes freshness, completeness, accuracy and access tests on a schedule, not once.
Is it right for you?
A strong fit if
Probably not yet if
Free assessment
A working session with our senior team. We review what fits your situation, what does not, and where to start.
A focused conversation
We listen to your situation and goals.
Fit review
Which parts of this framework apply to you, and which do not.
A written view
Clear next steps, whether or not you work with us.
Go deeper
Open only the part you need: how it starts, what your team keeps, maturity levels, sector rules and the evidence a reviewer will ask for.
Most AI programmes stall because the data underneath was never contracted, reconciled or certified. DFF makes the foundation an engineered deliverable with a pass mark, not a background clean-up task.
Version
v2.1
Last reviewed
July 2026
Family
AI Operating System
How this was developed: Built from delivery practice on Saudi and international engagements, then reconciled clause by clause against the published standards below. Revised when a standard is updated or a gate proves unworkable in the field.
One-pager
Stages, exit gates, artefacts, standards crosswalk and FAQs for Data Foundation Framework on one printable page, share it with the committee.
Pick one domain the first workload depends on and register every source feeding it.
Write and enforce the data contracts; a breach must fail the pipeline, not an inbox.
Reconcile to the system of record and settle one definition per metric in dispute.
Run the readiness tests and issue the first dated certificate with a renewal date.
Domain data contracts
Machine-enforced contracts with tests wired into the pipeline.
AI-ready certificate
A dated scorecard per domain with the exact tests that were run.
Metric dictionary
One definition per business metric, with lineage back to source.
Data is fixed per report, and the same defect returns.
Feeds have owners, schemas and enforced contracts.
One governed layer reconciles to the system of record.
Domains hold a live certificate and re-test on a schedule.
Banking & finance
Reconcile to the ledger first; SAMA reporting definitions become the metric dictionary's baseline.
Inventory every source that feeds the decision, including the spreadsheets nobody lists.
Exit gate
Every source has a named owner, a refresh frequency and a lawful basis for use.
Evidence: Signed source register with lawful basis per feed
Artefacts
Write a data contract per feed: schema, semantics, freshness, ownership and breakage policy.
Exit gate
Contracts are enforced in the pipeline, not in a document, a breach fails the build.
Evidence: Contract files in version control with failing tests demonstrated
Artefacts
Land, conform and reconcile into one governed layer with a single set of keys.
Exit gate
Reconciliation against the system of record is explainable line by line.
Evidence: Line-by-line reconciliation report against the system of record
Artefacts
Define metrics once, classify sensitivity, mask what must be masked, publish for reuse.
Exit gate
One definition per metric, and no unclassified personal data downstream.
Evidence: Metric dictionary and classification matrix approved and published
Artefacts
Score the domain against the readiness tests and issue an AI-ready certificate with an expiry.
Exit gate
The domain passes freshness, completeness, accuracy and access tests on a schedule, not once.
Evidence: Dated AI-ready certificate with the test run attached
Artefacts
The same defects return next quarter because nothing upstream changed.
Storage grows, trust does not, and every number needs a human to defend it.
A one-off audit ages badly; readiness has to be re-tested on a schedule.
DAMA-DMBOK and EDM Council DCAM
Data management knowledge areas and capability assessment.
NDMO data management and personal data protection standards
National Data Management Office specifications and domains.
Personal Data Protection Law (PDPL) and its implementing regulations
Lawful basis, subject rights, transfer and retention.
NIST AI Risk Management Framework 1.0 and Generative AI Profile
National Institute of Standards and Technology, Govern, Map, Measure, Manage.
Citations describe the parts of each standard the framework answers. Bilytica is not an accreditation or certification body.
In Saudi Arabia
The AI operating system frameworks carry a workload from a readiness score to a governed release. These are the Saudi checks each stage is built against.
SDAIA, PDPL
Purpose, lawful basis and disclosure recorded before the first personal-data field is used.
Diagnosis and assurance stages block a build that has no recorded basis.
Processing register entry attached to the release record.
NCA ECC
Authorisation and containment for anything the system can do on its own.
Agent operations defines action classes, dual control and a tested rollback path.
Containment test result and an authority matrix signed by the business owner.
NDMO data management controls
No workload builds on an uncertified data domain.
The data foundation gate certifies ownership, lineage and quality thresholds first.
Signed domain certificate referenced by the release.
Where it runs
Training, evaluation and serving run inside Saudi Arabia on your infrastructure, with any hosted component documented as a boundary.
Arabic, as it is spoken here
Arabic quality is a release condition: evaluation sets include Saudi Arabic content, not translated English.
No. DFF is run per domain and per use case. You certify the slice a workload depends on, then extend.
It passes freshness, completeness, accuracy, lineage and access tests repeatedly, and every metric it exposes has one definition.
Capture and Curate produce the evidence NDMO and PDPL reviewers ask for, so assurance reuses the same artefacts.
Capture, Contract, Consolidate, Curate and Certify. Each stage has an exit gate and named artefacts, so a domain only moves forward when the evidence exists.
DAMA-DMBOK for data management practice, NDMO for national data controls, PDPL for personal data handling, and NIST AI RMF for the data quality expectations AI systems inherit.
A documented contract per source, one definition per metric, lineage a reviewer can follow, and repeatable quality tests. That package is what makes downstream AI answers defensible.
Yes. The usual pattern is to certify the specific domain the live workload reads from first, then widen coverage domain by domain without pausing delivery.
Curated links across our Saudi hubs, sector pages and long-form blog research.