Guide

Qatar Central Bank’s AI Guideline: what licensed entities must do before launching AI

The Qatar Central Bank’s Artificial Intelligence Guideline entered into force on 4 September 2024 and applies to every entity the QCB regulates, whether it builds AI itself, buys an AI system or outsources a process that relies directly on AI. Most of its requirements are written in “must”. What sets it apart is a set of approval gates: official QCB approval before launching a new AI system as a provider or materially modifying one, before signing any purchase, licensing or outsourcing agreement for high-risk AI, and before launching high-risk AI with no human oversight of the execution of decisions. For a new high-risk system, the full training, validation and testing results go to the QCB for approval. A system is high-risk by rule when it determines customers’ access to financial services, materially affects employees or processes sensitive personal information. Every entity keeps a register of its AI systems and discloses it to the QCB each year, tells customers when they are dealing with AI, and lets a customer ask a qualified person to review a negative AI decision.

QCB Artificial Intelligence Guideline. The Qatar Central Bank’s Artificial Intelligence Guideline (Regulating the use of Artificial Intelligence by QCB Licensed Entities), in force from 4 September 2024, which sets requirements for the use of AI systems by every entity the QCB regulates.

Checked . The QCB’s Artificial Intelligence Guideline and Cloud Computing Regulation were read in full on qcb.gov.qa on this date. The Guideline is published as a scanned PDF, and clause numbers are quoted as printed. The QCB revises its rules, so check the current texts before you rely on them. This page is not legal advice.

A guideline written in “must”

The Qatar Central Bank (مصرف قطر المركزي) titled it the Artificial Intelligence Guideline for 2024, subtitled Regulating the use of Artificial Intelligence by QCB Licensed Entities, and it entered into force on 04/09/2024, which is 4 September 2024 [1]. It covers the use of AI by any entity the QCB regulates, and it applies whether the entity develops and implements AI on its own, purchases AI systems, or outsources processes or functions that rely directly on AI [1]. Buying a tool does not take a bank out of scope.

Generative AI is inside it. The introduction describes AI systems that produce self-generated outputs such as content, which it calls generative AI systems, alongside predictions, recommendations and decisions [1]. A chatbot in a banking app, a model that drafts a credit memo and an assistant that summarises a customer file are all AI systems for this purpose.

The word “guideline” undersells it. Most of its requirements are written in “must”, it closes by listing the secondary regulations an entity must also comply with, and an entity that wants to depart from any requirement has to ask the QCB for an exemption, tie the request to that requirement, support it with a documented business case and record it with an expiry date [1]. The UAE central bank’s AI guidance note, by contrast, is written in “should”, says it supplements rather than replaces other rules, and asks for no approval before launch [3]. For a bank working in both countries, I would treat Qatar’s text as the harder of the two on process, because it puts the regulator in front of the launch rather than behind it.

Where the QCB has to say yes before you do

The approvals are what set this guideline apart. The table lists each point in the life of an AI system where the texts put the QCB ahead of the entity, with the clause each comes from.

Points in an AI system’s life where the QCB requires approval, consent or a filing first, under the Artificial Intelligence Guideline and the Cloud Computing Regulation
DimensionWhenWhat the QCB needs firstClause
Launching a new AI system as a ProviderOfficial QCB approvalAI Guideline 11.1
Materially modifying an AI system it providesOfficial QCB approval. A substantially modified system counts as a new system, ending the old one’s life cycleAI Guideline 11.1 and the Life Cycle definition
Signing a purchase, licence or outsourcing agreement for high-risk AIOfficial QCB approval, in line with the QCB’s outsourcing guidelines and recommendationsAI Guideline 11.2
Outsourcing any activity that supports developing, providing, using or implementing AIPrior consent from the QCB, regular due diligence on the provider, and approval from the entity’s own boardAI Guideline 12.1 and 12.5
Bringing in a new high-risk AI systemThe full results of its training, validation and testing, submitted for approvalAI Guideline 14.1
Using an AI system from a ProviderThe Provider’s instructions for use and its technical and training results, with the User’s own use testing, data sources and human oversight planAI Guideline 14.2
Running fully autonomous AI that is not high-riskVery detailed information supporting its use, for QCB approval, where there is no option for human overrideAI Guideline 13.5.1
Running fully autonomous high-risk AIPrior QCB approval before launch, and notice to the QCB as soon as the system is actively considered or developedAI Guideline 13.6.1
Entering a cloud arrangement, including a third party’s service that runs on a cloud providerQCB approval, with personal and financial information processed within Qatar onlyCloud Computing Regulation 21.4 and 21.5
Departing from any requirementAn exemption request tied to the requirement, with a documented business case, recorded with an expiry date once approvedAI Guideline 23

Every row but the cloud one is from the AI Guideline [1], and the cloud row is from the Cloud Computing Regulation [2]. Section 11.3 adds that the QCB may send a system for further evaluation in a sandbox before it approves it [1]. The third column gives clause numbers as printed, and none of this is legal advice.

Read together, the rows turn an AI launch into a regulatory submission with a lead time, and nothing in the text says how long that lead time is. I would put the QCB dates on the project plan on the first day, beside the build milestones, because the approval sits on the critical path and a system that is ready and unapproved is still not live. The early notice in 13.6.1 points the same way: for autonomous high-risk AI, the QCB expects to hear about the system while it is still an idea.

Provider or User: the question that decides your approvals

The guideline gives an entity one of two roles for each system, and the register records which [1]. A Provider is a person or body that develops an AI system, or has one developed, and places it on the market or puts it into service under its own name or trademark, whether paid or free. A User is the person or body under whose authority a system is operated [1].

The approval in 11.1 attaches to launching a new system as a Provider [1]. On those definitions, a bank that commissions a customer assistant from a supplier and puts it into service under its own name looks like a Provider, even though somebody else wrote the code. Section 14.3 closes the other door: a User that makes a material change to an AI model, with a view to putting it into service under its own name, is treated as a Provider [1]. My reading is that fine-tuning a vendor’s model and shipping it inside the bank’s app puts the bank on the Provider side. That reading is not legal advice, and it is the first question I would put to counsel and, through them, to the QCB.

Buying a finished high-risk product does not avoid approval either: it moves the approval to the contract, under 11.2 [1]. And 14.2, as written, applies to any User of an AI system, high-risk or not. The User submits to the QCB the Provider’s instructions for use and its technical and training results, with its own use testing, data sources and human oversight plan [1]. A vendor that will not share its training and test results is a vendor a Qatari bank may not be able to file for.

What makes a system high-risk

The guideline defines high-risk AI as a system risk-assessed as having the potential to cause significant negative impact to an entity’s operations or the financial system, including through its ability to affect a person or a group or limit their access to financial resources or essential services [1]. The entity makes that call with its own risk and criticality assessments of the process the system sits in, and it must disclose to the QCB the criteria it uses [1]. The text expects a system with no direct human oversight to score higher, and a vendor’s access to information and its reputation to count in the assessment [1].

Section 9.7 then takes part of the decision away. Whatever the entity’s own assessment says, a system must be classified as high-risk where there is potential harm to people in any of three areas [1].

Access to financial services
Interactions that determine a consumer’s access to financial services offerings. Credit scoring, onboarding checks and any assistant that decides who is offered a product fall here.
Decisions about staff
Internal organisational decisions that affect employees in a material manner. CV screening and performance tools count, even though no customer ever sees them.
Sensitive personal information
Processing sensitive personal information, which the guideline defines as personal data related to ethnic origin, children, health, physical or psychological condition, religious creeds, marital relations and criminal offences [1].

The third area is the one I expect to catch people out. A general assistant that summarises customer files will meet health notes in hardship cases, marital details in joint accounts and children in savings products. On a literal reading it processes sensitive personal information, which makes it high-risk, with every high-risk row of the approvals table attached. Decide early whether each system can be kept away from those fields, because keeping it away is a design choice and reclassifying it later is an approval.

Section 7.5 expects the function that oversees AI to use committees to assess use cases before they are implemented [1]. A first-pass risk score for each use case gives that committee something concrete to argue with before the bank’s own method is agreed.

The AI register the QCB sees every year

Every entity keeps an up-to-date register of all its AI system arrangements and discloses the full register to the QCB once a year and whenever the QCB asks [1]. Alongside it, the entity discloses a high-level risk and impact assessment, high-risk systems are highlighted and each system names its Provider [1].

Section 10.7 sets the fields. Each system carries its high-risk classification, the entity’s role as User or Provider, a category for its function and the human oversight protocol it runs under. A system that is bought, licensed or outsourced adds the Provider and any outsourcer, a third-party supplier assessment, the country of registration, local registration number and LEI where there is one, the registered address, the parent company, the governing law of the arrangement, the creation date and every upgrade, and the contract start and next renewal dates [1]. For a high-risk system the entity rates how easy the AI would be to replace, as easy, difficult or impossible, and names an alternative provider where one exists. High-risk systems also need a detailed life-cycle description, the date and main results of the latest risk assessment or audit, and the date of the next one [1].

Two of those fields cause trouble with generative AI. “All subsequent upgrades” means every model version a vendor ships, and on a hosted model that can happen without anybody at the bank deciding anything. “Impossible” to substitute is an answer a supervisor will read closely: a system built straight against one vendor’s API tends to earn it, while one built behind a gateway with a second provider already tested tends not to.

Human oversight, and a stop button that has to work

Every AI system must have a human oversight protocol, and the guideline names three: AI-assisted decision-making, where no decision is made without human approval for designated outputs; human exception oversight, where people monitor the system and can intervene or shut it down; and fully autonomous AI [1]. The protocol chosen goes in the register [1].

For high-risk systems, a Supervisor with the competence, training and authority to oversee the system must be able to understand its limits, interpret its output, decide not to use it or override it, and interrupt it through a “stop” button or a similar procedure [1]. Fully autonomous high-risk AI needs built-in guard rails or limits the AI cannot override, reviewed on a set schedule or in response to external volatility spikes and linked to warning levels or auto-close routines [1].

“Limits the AI cannot override” is an engineering requirement, and an instruction in a system prompt does not meet it, because a model can be talked out of its instructions. What meets it are limits enforced outside the model: code that checks each proposed action against hard rules before anything happens, and a switch a named person can throw.

What customers must be told, and what they can ask for

Part E is where the guideline reaches the customer. An entity must tell customers when they are interacting with an AI system, and be transparent about its use of AI through accurate, understandable and accessible plain-language disclosure [1]. For non-high-risk systems, the guideline’s example being chatbots, customers are told before the service is first provided; for high-risk AI such as credit, insurance or employee issues, each time they interact with it [1]. The entity should also collect the customer’s consent to the risks of AI before providing the service [1].

One line changes how generative AI is run: each update of an AI system will be treated as a new version requiring customer notification [1]. Read literally, a bank whose chatbot moves to a new model version owes its customers a notice. That argues for pinned model versions and planned releases, because a vendor that changes the model under you also changes your notice obligations.

On request, customers get clear explanations of the types of data, variables and factors behind an AI decision, and the entity discloses how a decision may affect them and whether it can be reversed [1]. Customers can raise inquiries about AI decisions, and they get a two-choice process: supply data and resubmit to the AI system, or ask a qualified human decision-maker to review a negative decision [1]. An opt-out should be weighed against six factors, from the degree of harm to technical feasibility, and an entity that decides against one must offer another route of recourse [1]. Models used to detect fraud and identity theft are excluded from the disclosure requirements [1].

The guideline does not say which language a disclosure must be in. For customers who read Arabic first, plain language means plain Arabic, and I would test it with native speakers against the same scripts as the English.

Security, and where the data is processed

Section 17 is more specific about attacks than most AI rules. An entity must run an AI Trust, Risk and Security Management (TRiSM) programme with tools for content anomaly detection, for protecting data from providers and other third parties and for third-party system security, an acceptable use policy and processes for assessing privacy, fairness and bias [1]. Before deployment it examines each model’s attack surface, and it must protect models against integrity attacks, query attacks that could lead to manipulation or theft, and prompt injections [1]. Any entity that uses AI must deploy a data loss prevention (DLP) tool and content anomaly detection [1].

The guideline also lists the rules that apply alongside it, among them Law No. (13) of 2016 on Personal Data Privacy Protection, the QCB’s Technology Risks Circular of January 2018 and the QCB’s Cloud Computing Regulation 2024 where an entity uses cloud-based AI [1]. That regulation, in force since 15 April 2024, requires an entity to ensure that personal and financial information is processed within Qatar only, and to get QCB approval before entering into a cloud arrangement [2]. Its definition of a cloud arrangement covers a third party that uses a cloud provider in the services it provides to the entity [2], which on my reading takes in most hosted AI services.

Processed is the word that matters. A cloud account in Doha can store the data while the model that reads the prompt runs on another continent. Before any architecture review, check whether a Doha region can run the model at all, provider by provider, because a region that stores the data may serve few of the models or none.

A launch-readiness checklist for one AI system

This is the order I would work in for one system at a QCB-regulated entity, from idea to launch. It is built from the texts, and the QCB sets no such sequence. The guideline also expects a defined AI strategy, board approval of the AI exposure the entity will tolerate and a function that oversees AI [1]. If those are not yet written, they come first, and a written AI governance policy with a control behind each clause is the quickest route I know to something a board can approve.

QCB AI launch-readiness checklist
QCB AI launch-readiness checklist
Artificial Intelligence Guideline, in force 4 September 2024
Not legal advice. Check the current QCB texts before relying on it.

System: ____________   Owner: ____________   Date: ____________

1. Role: are we the Provider or a User of this system? (Definitions; 14.3)
2. Classification: high-risk or not, on the criteria disclosed to the QCB (9.6, 9.7, 10.2)
3. Committee: use case assessed before implementation (7.5)
4. Board: approval recorded for any outsourced AI function (12.5)
5. QCB approval or consent: launch as Provider (11.1); high-risk purchase, licence or outsourcing (11.2); outsourcing consent (12.1); cloud arrangement (Cloud Computing Regulation 21.5)
6. Filings: training, validation and testing results for a new high-risk system (14.1); for a system from a Provider, its instructions and results with our own use testing, data sources and oversight plan (14.2)
7. Oversight: protocol chosen, Supervisor named, stop procedure tested (13.1 to 13.4)
8. Fully autonomous: detailed case filed (13.5.1); for high-risk, prior approval, early notice and guard rails outside the model (13.6)
9. Data: separate training, validation and test sets (15.3); bias tested across demographic groups (15.7)
10. Security: attack surface reviewed, prompt injection defences, DLP and anomaly detection in place (17.4 to 17.9)
11. Location: personal and financial information processed within Qatar (Cloud Computing Regulation 21.4)
12. Register: entry complete, with version, Provider details, substitutability and alternative provider (10.7)
13. Customers: notice, consent wording, explanation on request, two-choice review route and opt-out decision ready (20 to 22)
14. Records: audit logs, model versions and development data sets archived (19.3)
15. Incidents: route for reporting a serious incident to the QCB agreed (19.5)

Fifteen lines look like a lot for one chatbot. Most are answered once, in the framework, and reused for every system after it. The lines that recur for each system are the role, the classification, the approvals and the register entry, which is why I would build those as a workflow the build pipeline can check, and keep the policy for the rest.

Where 1AYM fits

This is the work we sell as AI governance implementation, done for a QCB-regulated entity: the register kept as data and generated from the systems it describes, the approval packs assembled from evidence those systems already produce, and the oversight, stop and version controls built into the systems rather than written up beside them. Where the gap is a system rather than its controls, such as a customer assistant or a credit workflow, we build it with the approvals, an in-Qatar data path and the customer notices designed in from the start. We work with clients across the UK, the US and the Gulf, and Gulf clients can contract through 1AYM’s UAE entity. We have built Arabic-language AI, including bilingual Arabic and English search and Arabic document OCR, which matters when the plain-language disclosure has to be plain in Arabic too.

Our closest published work in the region is the production estate of a government-accredited EdTech in the Middle East, whose database we replatformed into Google Cloud’s Doha region, me-central1, to meet Gulf data-residency requirements. It is education rather than banking, and I mention it for the method: the data placed in a named in-country region, in Qatar in that case. Once a scope is signed, a fixed-scope build can start within a day, and if you already have a scoped job, we can resource it on contract from the collective of associates who work with us, held to the same standard. Whether the result satisfies the QCB stays with your compliance function and your counsel. The call is booked from the end of this page.

For engineers: the register as data, pinned versions, guard rails, stop controls and in-Qatar processing

The guideline in engineering terms. Each item is something a reviewer can check in configuration, code or logs, rather than by asking someone.

Register generated from deployment
Hold the 10.7 fields in a queryable store keyed by system and version: classification, User or Provider role, functional category, oversight protocol, Provider identity and LEI, governing law, contract dates, substitutability and alternative provider. Generate entries from deployment configuration and fail the release when an entry is missing or stale, so the annual disclosure is an export rather than a project.
Pinned model versions
Call models by a pinned version identifier, never a moving alias. Section 11.1 makes a material modification an approval event and 20.3.2 makes each update a customer notice, so a version change has to be a release you choose, with its evaluation results attached to the register entry.
Guard rails in code
For autonomous paths, enforce the limits 13.6.2 asks for outside the model: allow-lists of actions, amount and exposure ceilings and rate limits, checked by deterministic code before any action executes, with warning thresholds wired to an auto-close routine as 13.6.4 asks.
A stop control the Supervisor can use
Give the named Supervisor a switch that stops the AI path without a deployment and sends work to a fallback: a human queue, a rules engine or the previous process. Test it on a schedule and log each test against the register entry.
Section 17 security controls
Test each model’s attack surface before deployment, including prompt injection through retrieved documents and tool outputs; rate-limit and monitor queries that could extract or manipulate the model; and put DLP and content anomaly detection on the AI traffic itself as well as on email and endpoints.
Traceability
Log each decision with the model version, prompt version, inputs, retrieved sources, oversight action and outcome, and archive the data sets used to develop, retrain or calibrate a model (19.3). The same log answers a customer who asks which factors drove a decision (20.5).
Bias tests by group
Build test sets that reflect the entity’s own customers and run them across demographic groups on every model or prompt change (15.7), in Arabic as well as English where customers use both. Keep training, validation and test data separate (15.3).
Processing inside Qatar
Route every model call through one gateway that enforces the processing region, so personal and financial information reaches only endpoints that process it in Qatar (Cloud Computing Regulation 21.4). Record the region for each call, because the storage region of the account says nothing about where inference ran.

Sources

  1. [1]Qatar Central Bank, Artificial Intelligence Guideline (Regulating the use of Artificial Intelligence by QCB Licensed Entities), in force 04/09/2024, scanned PDF, read 30 September 2026
  2. [2]Qatar Central Bank, Cloud Computing Regulation, in force 15/04/2024, read 30 September 2026
  3. [3]CBUAE Rulebook, Guidance Note on the Consumer Protection and Responsible Adoption and Use of Artificial Intelligence and Machine Learning by Licensed Financial Institutions in the U.A.E., PDF, read 30 September 2026

Questions risk and compliance teams ask

When did the QCB AI Guideline come into force?

On 4 September 2024. The Qatar Central Bank’s Artificial Intelligence Guideline for 2024 states that it enters into force as of 04/09/2024.

Who does the QCB AI Guideline apply to?

Every entity regulated by the Qatar Central Bank. It applies when the entity develops and implements AI on its own, purchases AI systems, or outsources processes or functions that rely directly on AI.

Does the QCB AI Guideline cover generative AI and chatbots?

Yes. Its introduction includes AI systems that produce content, which it calls generative AI systems, and its customer rules give chatbots as an example of a non-high-risk system whose use customers are told about before the service is first provided.

When does a Qatari bank need QCB approval for AI?

Before launching a new AI system as a Provider or materially modifying one, before signing any purchase, licensing or outsourcing agreement for high-risk AI, and before launching high-risk AI with no human oversight of the execution of decisions. Outsourcing an AI-related activity needs the QCB’s prior consent, and a cloud arrangement needs QCB approval under the Cloud Computing Regulation. This is not legal advice.

What must the QCB AI register contain?

For each AI system: whether it is high-risk, whether the entity is its User or Provider, a functional category and the human oversight protocol. Bought, licensed or outsourced systems add the Provider’s identity, registration and address, the governing law, creation and upgrade dates and contract dates, and high-risk ones add a substitutability rating and an alternative provider. The full register goes to the QCB every year and on request.

What counts as high-risk AI under the QCB guideline?

Any system the entity’s own assessment finds could cause significant negative impact to its operations or the financial system. Regardless of that assessment, a system must be classified as high-risk where it determines consumers’ access to financial services, makes internal decisions that materially affect employees, or processes sensitive personal information such as health, children’s or criminal offence data.

Can customers ask a person to review an AI decision?

Yes. The guideline requires a two-choice process: the customer can supply data and resubmit to the AI system, or ask a qualified human decision-maker to review a negative AI decision. Later complaints go through the standard complaints process.

Does AI data have to stay in Qatar?

For personal and financial information at a QCB-regulated entity, the Cloud Computing Regulation says it must be processed within Qatar only, and the AI Guideline names that regulation among the rules an entity using cloud-based AI must follow. Storing the data in a Doha region does not settle it if the model processes the data elsewhere. This is not legal advice.

More in this topic

  • For a bank that also operates in the UAE: the central bank’s guidance note there, written in “should” and built around evidence rather than approvals.

  • For a Qatari group with customers in the Kingdom: what Saudi Arabia’s data law adds when an AI system processes personal data.

  • The Dubai financial centre’s own AI rule, with a register and notice duties of its own, for firms booking business there.

Further

  • AI governance implementation · The engagement that builds the register, the approval evidence and the stop control into the systems themselves.
  • Production AI systems · The build side: a customer or credit AI system with oversight, logging and in-country processing designed in from the start.
  • Engagement file D-02 · A government-accredited EdTech in the Middle East, with its production database placed in Google Cloud’s Doha region.

We build these systems for a living. See the engagement files for what that looks like in practice, or write to us if yours is the next one.

Last reviewed · 1AYM