From “Show Your ID” to “Prove Your Identity Digitally”
For decades, identity verification has been associated with a document carried by the citizen.
In a digital state, however, the question changes from:
What identification document are you carrying?
to:
How can the system securely and reliably verify that you are truly who you claim to be?
This difference may appear simple, but it represents a fundamental transformation.
A citizen seeking an online government service should not have to photograph their national ID card, upload it repeatedly, and re-enter their name, date of birth, address, and the same personal information across multiple government systems.
If the state already holds authoritative information about a citizen’s identity, government institutions should eventually be able to verify the required information electronically and securely rather than repeatedly asking the citizen to prove the same identity in every transaction.
This is where the real value of digital identity begins.
What Is Digital Identity?
Digital identity is not simply a username and password.
It is not an electronic image of a national ID card.
And it is not merely an account on a single government platform.
A digital identity is an ecosystem of data, credentials, and verification mechanisms that enables a person to prove electronically that they are who they claim to be, at a level of assurance appropriate to the sensitivity of the service.
Verification may rely on several types of factors.
Something the user knows, such as a password or PIN.
Something the user possesses, such as a trusted phone or device.
Something inherent to the individual, such as a biometric factor when its use is necessary and justified.
Or a digital credential issued by a trusted authority.
It is also important to distinguish between three concepts:
Identification: Who do you claim to be?
Authentication: How do we verify that you are that person?
Authorization: Once your identity has been verified, what are you permitted to access or do?
This distinction is critical because successfully signing in should never mean that a user automatically gains access to everything.
The National ID Card Is Not the Same as Digital Identity
Iraq already has an important foundation in the form of the national ID card and the official identity databases associated with it.
However, a national ID card and a digital identity are not the same thing.
The national ID card establishes a person’s identity in the physical world and can serve as an authoritative source of trusted information on which a digital identity system may be built.
Digital identity extends this trust into the electronic environment.
The questions are no longer limited to:
Does this person possess a valid ID card?
They become:
Can we verify this person remotely?
Can we securely issue a digital credential to them?
Can that credential be used across multiple services?
Can it be revoked or recovered if the citizen loses their phone?
Can the level of verification be increased when the citizen accesses a sensitive service?
Can an institution request only the information it needs rather than receiving a complete copy of the citizen’s identity record?
For this reason, moving toward Digital Identity is fundamentally a trust infrastructure project, not simply a project to issue another card.
Where Does Iraq Stand Today?
Iraq already has several components that could provide a foundation for a more mature digital identity ecosystem.
The Ur Government Services Portal serves as an official unified gateway to government services and provides citizens with accounts through which they can apply for services and follow their requests. Certain services also support electronic payment.
In February 2026, the Ur Portal introduced UR Auth, a two-factor authentication mechanism designed to strengthen login security. The use of additional verification factors represents an important step away from relying solely on passwords and toward stronger digital authentication.
Iraq also has an important legal foundation through Electronic Signature and Electronic Transactions Law No. 78 of 2012, which establishes a legal framework for electronic transactions and electronic signatures and supports legal recognition and trust in electronic processes.
These are important building blocks.
However, the existence of a national ID card, a government account, two-factor authentication, and electronic-signature legislation does not automatically mean that Iraq already has an integrated national digital identity ecosystem.
The next stage requires bringing these components together within a unified trust framework.
Why Does Iraq Need a National Digital Identity?
Because digital government services cannot reach their full potential if every institution rebuilds the citizen-verification process from the beginning.
One ministry asks for a copy of the national ID card.
Another institution asks for the same document again.
A bank repeats the verification process.
Another platform creates yet another account.
And each system may retain an additional copy of the citizen’s information.
This model creates two problems simultaneously:
It inconveniences citizens and increases risk.
The more often citizens upload their identification documents, the more locations retain copies.
And the more copies exist, the larger the exposure to data breaches, unauthorized access, and misuse.
A well-designed digital identity system can reduce this duplication.
Instead of asking a citizen:
“Send us a copy of your ID.”
an institution could ask a trusted authority:
“Has this person’s identity been verified?”
and receive a trusted electronic confirmation without necessarily obtaining another complete copy of the citizen’s identity document.
The Once-Only Principle: Why Should Citizens Give the Government the Same Information Ten Times?
One important principle in digital government is the Once-Only Principle.
The idea is that citizens should not repeatedly provide the same information to different government institutions when the state already holds that information lawfully and authoritatively and can exchange or verify it under appropriate rules.
If an authoritative government source already knows a citizen’s date of birth, another institution may not need the citizen to submit it again.
And if a service only needs to verify that a person is above a certain age, it may not even need the citizen’s complete date of birth.
The system may simply confirm:
Age requirement met: Yes.
This represents an important shift from sharing data to sharing proof.
It can make government services both more efficient and more privacy-preserving.
Digital Identity Does Not Necessarily Mean One Massive Central Database
When people hear the term “national digital identity,” they may imagine a single database containing everything about every citizen.
That is not necessarily required—and from a security and privacy perspective, it may not even be desirable.
Digital identity can operate as a trust layer connecting authoritative sources without combining all government information into one location.
One ministry can remain responsible for its own data.
Another institution remains responsible for its own records.
When a service needs to verify a specific fact, it receives only the minimum necessary confirmation through a trusted mechanism.
This approach reduces the need for a single super-database that could become an exceptionally valuable target for attackers.
The objective is not to build one system that knows everything about a citizen.
The objective is to enable the state to verify the right information, at the right time, using the minimum amount of data necessary.
What Would Change for Citizens?
If designed properly, a national digital identity ecosystem could fundamentally change the citizen experience.
Instead of maintaining dozens of separate accounts, citizens could use a unified or interoperable identity mechanism to access services.
Instead of repeatedly uploading documents, information could be verified electronically.
Instead of visiting an office merely to prove identity, certain levels of identity verification could be completed remotely.
Instead of losing visibility over an application, citizens could associate it with their trusted account and track its progress.
In the future, citizens could potentially use a Digital Identity Wallet containing trusted official credentials that can be presented selectively when required.
However, convenience cannot be the only measure of success.
The system must also remain usable by older people, persons with disabilities, people who do not own modern smartphones, and citizens living in areas with weak connectivity.
If owning a modern smartphone becomes the only gateway to the state, Iraq may solve one digital problem while creating a new social one.
Digital Identity and a Paperless Government
A genuinely Paperless Government cannot be achieved simply by converting paper documents into PDF files.
A paperless government needs to know:
Who submitted the request?
Has their identity been verified?
Did they sign the transaction?
Is the document authentic?
Has it been modified after signing?
Who performed the action, and when?
This is where digital identity intersects with Electronic Signatures.
An electronic signature is not simply an image of a handwritten signature pasted onto a digital document.
It is a mechanism intended to associate a signature with its signer and verify the integrity of an electronic transaction in accordance with appropriate legal and technical requirements.
Iraq’s Electronic Signature and Electronic Transactions Law No. 78 of 2012 provides an important legal foundation in this area.
The challenge for the next phase is therefore not merely the existence of legislation.
It is turning that legal foundation into broad, secure, and interoperable practical use across government services and the private sector.
Digital Identity and Banking
The financial sector is one of the areas that could benefit most from a trusted digital identity infrastructure.
Banks need to know their customers.
Payment companies need to verify users.
Digital financial services need mechanisms to prevent identity impersonation and fraud.
This is where eKYC — Electronic Know Your Customer becomes particularly important.
Instead of every bank or payment company independently collecting copies of identification documents and repeating the same verification process, Iraq could eventually develop trusted digital-verification mechanisms that confirm identity under clear rules and appropriate legal authorization.
However, this does not mean banks should gain access to all government data about a citizen.
Once again:
Verification does not mean opening the database.
A bank should receive only the information necessary to meet its legitimate and regulatory obligations.
Digital Identity and the Private Sector
An important question is whether a national digital identity should be used only for government services.
If designed carefully, it could become a broader trust infrastructure that also supports the private sector under clearly defined conditions.
A telecommunications company may need to verify a customer.
An e-commerce platform may need to confirm age or identity for a particular service.
A private university may need to verify an official credential.
An insurance company may need to validate certain information.
But this should never mean giving private companies direct access to government databases.
A better model is to provide specific, purpose-limited proofs.
The private sector needs trusted verification—not a copy of the state’s databases.
Digital Trust Is More Important Than the Application Itself
A technically sophisticated application can still fail if citizens do not trust it.
Trust begins when a citizen can answer simple questions:
Who issued my digital identity?
What information does it contain?
Where is it used?
Can I know when an institution accesses or verifies my information?
Can access be revoked where appropriate?
What do I do if I lose my phone?
What happens if someone impersonates me?
Who is responsible if something goes wrong?
For this reason, Digital Trust should be the real objective.
Digital identity is not merely a login mechanism.
It is a relationship of trust between the citizen and the state.
Biometric Data: A Powerful Verification Tool and One of the Most Sensitive Types of Data
When discussing digital identity, biometric data quickly emerges as one of the tools that can help verify whether a person is genuinely the rightful holder of an identity.
Fingerprints, facial images, and other biometric characteristics can make identity impersonation more difficult and can support enrollment and remote identity-verification processes.
However, the strength of biometric data is also the reason for its sensitivity.
If a password is compromised, it can be changed.
If a citizen loses a card, it can be cancelled and replaced.
A face or fingerprint, however, cannot be replaced in the same way.
The question should therefore not be:
Can we use biometric data?
It should be:
Do we genuinely need biometric data for this particular service, and what level of protection should accompany its use?
Clear rules are needed to determine when biometric data may be used, what information is stored, who can access it, how long it is retained, how it is encrypted, whether the system stores the original biometric image or a derived biometric template, and how encryption keys are protected.
Biometric information should be treated as one of the most highly protected categories of data within any future Iraqi digital identity ecosystem.
Should Fingerprints or Facial Recognition Be Used for Every Service?
No.
A mature digital identity system does not require the highest level of verification every time a citizen interacts with a service.
If a citizen wants to access a low-risk service, there may be no reasonable justification for requiring a fingerprint or complex biometric verification.
However, if the citizen wants to perform a sensitive financial transaction, modify critical personal information, recover an account, or access a high-risk service, the system may require stronger verification.
This leads to an important concept: Identity Assurance Levels.
The strength of identity verification should correspond to the level of risk.
The more sensitive the action, the greater the level of confidence required in the user’s identity.
This approach can provide stronger security and a better citizen experience than imposing the same verification process on every service.
Digital Identity on Smartphones
Smartphones could become one of the most important tools for digital identity.
Not because the phone itself is the identity, but because it can provide a secure mechanism for holding digital credentials or completing authentication.
In the future, citizens could potentially use an application or Digital Identity Wallet containing trusted official credentials.
However, the design of such a wallet must answer very practical questions.
What happens if the phone is lost?
What happens if it is stolen?
What happens if the citizen changes their phone number?
What happens when they purchase a new device?
How is the identity recovered?
Could another person fraudulently complete the recovery process?
How are credentials on the lost device revoked?
And what happens if an attacker manages to take control of the citizen’s phone number?
The success of digital identity should not be measured only by how easy it is to enroll.
It should also be measured by how secure the Recovery Process is.
Identity Recovery May Be More Dangerous Than Login
A system can have extremely strong login security and still have that security undermined by a weak recovery process.
If an attacker can simply select “Forgot Password” and take control of the account using easily obtained information or a compromised phone number, the strength of the original authentication process becomes far less meaningful.
Identity recovery should therefore be treated as a core part of digital identity architecture from the beginning.
For sensitive cases, recovery may require multiple verification factors.
It may require matching information against trusted sources.
Some cases may require human review or, in exceptional circumstances, an in-person verification process.
The important principle is that the Recovery Process must never become the back door into the digital identity system.
A Phone Number Is Not a National Identity
A phone number is extremely useful for authentication and communication.
But it should not be treated as the national identity itself.
Phone numbers change.
SIM cards can be lost.
And SIM Swap attacks can occur when an attacker fraudulently takes control of a victim’s number by replacing or transferring the SIM.
If every digital identity recovery process relies exclusively on an SMS message, compromising the phone number may effectively compromise the citizen’s digital identity.
The relationship between national identity and a phone number should therefore be clear.
The phone is a verification tool that may form part of the authentication process.
It is not the ultimate authoritative source of the citizen’s identity.
Multi-Factor Authentication
The introduction of UR Auth and two-factor authentication represents an important direction for strengthening access to Iraqi digital government services.
The next stage should involve expanding Multi-Factor Authentication (MFA) according to the sensitivity of each service.
Strong authentication can combine two or more factors from different categories:
Something the user knows.
Something the user possesses.
And, where necessary and justified, something biometric.
However, security should not become so complicated that citizens are pushed toward unsafe behavior.
Good security does not mean adding unlimited steps.
It means selecting the right level of protection for the level of risk.
Digital Identity and Zero Trust
Another useful principle for modern government systems is Zero Trust.
In simplified terms, Zero Trust means that permanent trust is not granted to a user or device merely because it successfully logged in once.
Identity, context, and authorization continue to be evaluated according to risk.
A citizen may have authenticated correctly, but if the system detects an attempt to perform a sensitive action from a new device or in an unusual context, it can request additional verification.
The same principle applies to government employees.
Being employed by a ministry does not mean a person should automatically have access to every citizen’s information.
A secure citizen digital identity ecosystem also requires strong Identity and Access Management (IAM) within government institutions themselves.
Insider Risk Is as Important as the External Attacker
When discussing identity theft, people often imagine an attacker operating from outside the institution.
But inappropriate internal access can also create significant risk.
An employee may have broader access than their role requires.
An account belonging to a former employee may remain active.
Shared accounts may be used, making it difficult to determine who performed a particular action.
Government systems should therefore record:
Who accessed the system?
When?
Which record did they access?
What did they view?
What did they modify?
Employee privileges should also be reviewed periodically.
Digital trust is not only about verifying the citizen.
It is also about ensuring that the institution itself uses citizens’ information responsibly.
Digital Identity Theft: A Crime That May Begin with One Small Piece of Information
Identity theft does not always require compromising a national database.
It may begin with a name, phone number, and photograph of an identification document.
Information from social media may then be added.
This may be followed by a phishing message.
Then the attacker may convince the victim to provide a verification code.
Each small piece of information can become part of a larger attack.
As digital services expand, digital identity itself may become an increasingly valuable target for criminals.
Taking control of an identity may enable attempts to open accounts, access services, impersonate a citizen, or conduct fraud in their name.
Iraq therefore needs to think beyond protecting databases against intrusion and develop a broader approach to Identity Fraud Management.
Citizens Need to Know When Their Identity May Be at Risk
If a government institution discovers that a citizen’s digital credential may have been compromised, addressing the problem internally may not be enough.
There should be a mechanism for informing the citizen when there is a meaningful risk to them.
Citizens should also have an easy way to report suspected identity misuse.
In the future, citizens could potentially be given tools to review:
Devices linked to their account.
Active login sessions.
Digital credentials issued in their name.
And sensitive transactions performed using their identity.
The greater the citizen’s visibility into how their identity is being used, the greater their ability to identify misuse at an early stage.
Access Logs: Who Viewed My Data?
Another feature worth considering is giving citizens, within appropriate legal and security limits, greater visibility into which institutions have used their identity or verified information about them.
This does not mean exposing protected investigative or security activities.
However, for ordinary service interactions, greater transparency can strengthen trust.
For example:
A particular institution verified your identity on a specific date for a defined service.
This type of transparency makes access to personal information more accountable.
It can also encourage institutions to think carefully before requesting information they do not genuinely need.
Selective Disclosure: Prove the Attribute Without Revealing Everything
One of the most important capabilities modern digital identity systems can provide is Selective Disclosure.
Imagine that a service only needs to confirm that a person is over the age of 18.
In the traditional model, the citizen may provide an entire ID card, revealing their name, national identification number, complete date of birth, and possibly other information.
But the service does not need all of that information.
A more privacy-preserving model could provide only the required proof:
Over 18: Yes.
The same principle can apply to other attributes.
Instead of sharing raw personal data, the system shares only the proof necessary for the transaction.
This approach can improve both service efficiency and privacy protection.
Children and Digital Identity
Children require a different governance model.
A child may need a digital identity to access education, healthcare, or other public services, but they should not necessarily be treated in the same way as an adult user.
The system should clearly define:
When can a digital identity be established for a child?
What is the role of a parent or legal guardian?
What can the child consent to independently?
How do permissions change as the child grows older?
Who can access the child’s information?
What happens when the child reaches legal adulthood?
And how is control over the identity transferred securely?
Children’s data may remain relevant for decades.
A design mistake made today could therefore create long-term consequences.
Digital Identity and Older People
A national digital identity system should not be designed on the assumption that every citizen is highly comfortable with technology.
There are older people.
Citizens who do not use smartphones confidently.
People who do not own modern devices.
And individuals who require assistance.
Alternative and secure channels must therefore remain available.
But assistance itself also requires governance.
If another person is allowed to manage a citizen’s digital interactions, who are they?
How is their authority established?
What are the limits of that authority?
And when does it expire?
Successful digital transformation should not exclude people who find technology difficult to use.
Persons with Disabilities
Digital identity should be Accessible by Design.
The verification process should not depend on a single method that some citizens may be unable to use.
Facial verification, entering codes, reading small text, or completing complex steps can create barriers for different groups.
Accessibility should therefore be incorporated into the system from the beginning, rather than added later.
A digital state should bring public services closer to citizens—not replace the stairs of a government building with a new digital barrier.
What Happens When a Citizen Needs a Legal Representative?
This is an important issue that is often overlooked in technical discussions.
Some individuals may require a guardian, trustee, or legal representative.
A citizen may also issue a legally valid power of attorney authorizing another person to perform specific transactions on their behalf.
A digital identity ecosystem should be able to represent these legal relationships correctly.
Citizens should not have to give another person their password in order for that person to act on their behalf.
Instead, the system should support clear Delegated Authority:
Who authorized whom?
For what purpose?
For how long?
And which actions is the representative permitted to perform?
This is far safer than sharing accounts and passwords.
What Happens to a Digital Identity After Death?
This is also part of the identity lifecycle.
When a person dies, their digital identity should not remain indefinitely in the same state as that of an active citizen.
There should be a mechanism linking the officially registered death to the status of the digital identity.
This does not mean that all records should be deleted.
Certain information may need to be retained for legal, financial, archival, inheritance, or administrative purposes.
The objective is to manage the identity status correctly, prevent fraudulent use after death, and preserve records that the law requires institutions to retain.
Digital Identity Is Not Only for Individuals
As the digital economy develops, organizations, systems, and devices also require trusted identities.
When a company interacts electronically with government, the system needs to know:
Does the company legally exist?
Who is authorized to represent it?
Is this person legally permitted to sign on its behalf?
What are the limits of their authority?
This leads to the concept of Digital Organizational Identity.
Government services themselves also require trusted digital identities so citizens can distinguish official platforms from fraudulent websites and impersonation attempts.
Fake Government Websites and Institutional Impersonation
Digital identity is not only about protecting citizens from someone impersonating them.
Citizens must also be protected from attackers impersonating the state itself.
An attacker may create a website resembling a government platform.
A fake social media page.
A message requesting a personal-data update.
Or a fraudulent payment link.
As artificial intelligence develops, such messages and websites may become increasingly convincing.
Government services therefore need clear and verifiable digital identities of their own, while citizens need practical guidance on how to identify official channels.
Artificial Intelligence and Digital Identity
AI can support fraud detection, identify abnormal patterns, and assist with document verification.
But it also creates new risks.
Deepfake technology can generate synthetic faces and voices.
Artificially generated images and videos may be used in attempts to bypass remote identity verification.
This increases the importance of technologies such as Liveness Detection and other anti-spoofing mechanisms.
However, no technology is infallible.
The digital identity ecosystem should therefore never depend on a single verification factor.
As verification technologies evolve, attack techniques evolve with them.
Digital identity must be protected through defense in depth.
Digital Identity in the Age of Deepfakes
In the past, a video call might have appeared to provide strong evidence that a person was genuine.
That assumption is no longer always safe.
Deepfakes and synthetic voice and image generation mean that financial and government institutions need to reassess remote-verification procedures.
This is particularly important when:
Opening an account.
Recovering a digital identity.
Changing a phone number.
Registering a new device.
Or performing a sensitive transaction.
Simply presenting a face to a camera should not always be considered sufficient proof of identity.
eKYC Should Reduce Risk, Not Simply Move It Online
Electronic Know Your Customer processes can make account opening and digital services significantly faster.
But if eKYC is poorly designed, fraud may simply move from the branch office to the smartphone.
A mature eKYC process requires:
Authoritative data sources.
Document verification.
Anti-spoofing mechanisms.
Risk management.
Transaction logging.
Data protection.
And a process for handling cases the automated system cannot confidently resolve.
The goal should not be to automate every case.
It should be to automate what can be automated safely and send uncertain or exceptional cases for human review.
Telecommunications Companies Are a Critical Part of the Ecosystem
Because phones and phone numbers are widely used for authentication, telecommunications companies become an important part of the digital-trust ecosystem.
SIM issuance, replacement, and number-transfer procedures require strong safeguards.
Fraudulent control over a phone number can affect multiple accounts, not only the telecommunications account itself.
Coordination between digital identity, telecommunications, and the financial sector is therefore important when designing sensitive authentication and recovery procedures.
Digital Identity and the Digital Divide
Digital identity may provide excellent services, but it can widen inequality if it is not designed for everyone.
There are differences in internet quality.
Device ownership.
Digital skills.
Literacy and the ability to navigate applications.
And access to services across different geographic areas.
The question should therefore not be limited to:
How many people registered?
It should also include:
Who could not register, and why?
This information is as important as successful adoption statistics.
A digital state that excludes its most vulnerable citizens is not necessarily more advanced, regardless of how sophisticated its technology may be.
What About Citizens Who Do Not Want or Cannot Use an App?
Owning a modern smartphone should not become an absolute requirement for accessing essential rights and public services.
Digital identity can be the preferred and most convenient channel, but alternatives should remain available for citizens who cannot use it.
Service centers.
Smart cards.
Assisted channels.
Or alternative verification mechanisms.
The objective should be Digital First, not necessarily Digital Only, for every service.
The Private Sector Needs Clear Boundaries
If national digital identity becomes a trusted infrastructure, many companies will naturally want to use it.
This can benefit the economy.
But the rules must clearly define who can request what information.
A company should not request a national identification number or a full copy of an ID card when it only needs proof of age.
Organizations should not collect information simply because it is available.
Every verification request should be:
Linked to a legitimate purpose.
Limited to the information necessary.
Recorded.
And subject to accountability.
Digital Identity Can Reduce the Circulation of ID Copies
Today, copies of identification documents may be sent by email, messaging applications, or uploaded to numerous websites.
Every additional copy creates an additional point of risk.
If Iraq eventually moves toward trusted Verifiable Credentials and digital proofs, the need to circulate full copies of traditional documents can be reduced significantly.
Instead of repeatedly distributing the document itself, citizens could present trusted digital proof of the required information.
This is one of the most important transformations digital identity can offer:
Moving from exchanging documents to exchanging trusted proofs.
Part 3
From Digital Documents to Verifiable Credentials
One of the most important concepts that could support Iraq’s digital identity ecosystem in the future is Verifiable Credentials.
The idea is that a trusted authority issues a digital credential that a citizen can hold and present when needed, while the receiving institution can electronically verify that the credential is authentic and was issued by an authorized source.
For example, a university could issue a trusted digital academic qualification.
A government institution could issue a digital credential confirming a particular legal or administrative status.
When that credential is presented to another institution, its authenticity could be verified electronically without relying on paper copies or lengthy manual verification.
This model can reduce document fraud, accelerate verification processes, and reduce the circulation of paper documents and scanned copies.
However, it requires a national trust framework that clearly defines who is authorized to issue credentials, how credentials are verified, and how they are revoked when they are no longer valid.
Digital Identity Is Not Simply Another National Number
One mistake Iraq should avoid is reducing digital identity to the creation of another identification number.
Iraq does not necessarily need an additional identifier layered on top of existing identifiers.
The real value lies in identity and trust management.
Systems need to be able to establish that the person interacting with them is the legitimate identity holder, that the credential presented is authentic, and that transactions performed using that identity can be reliably audited.
Creating another number without interoperability and governance could increase complexity rather than reduce it.
Interoperability
If every ministry builds its own independent identity system, Iraq will not have created a national digital identity.
It will simply have transferred administrative fragmentation into the digital environment.
For this reason, Interoperability is one of the most important requirements for the next phase.
Government systems should be able to exchange specific information and trusted proofs according to common and secure standards.
This does not mean opening government databases to one another without restrictions.
It means establishing clear rules, interfaces, and standards defining:
Who can request information?
For what purpose?
From which authoritative source?
How is the information verified?
And what is recorded about the access request?
True integration does not mean allowing everyone to see everything.
It means allowing each system to receive only what it needs, when it needs it.
Government APIs Require Governance
As integration between government institutions expands, Application Programming Interfaces (APIs) will become increasingly important.
However, an inadequately protected API can become a gateway to sensitive information.
Iraq therefore needs strong governance for government APIs, covering authentication, encryption, authorization, rate limiting, logging and monitoring, key and certificate management, and security testing.
A digital identity system cannot be considered secure if the integration layer behind the citizen-facing application is weaker than the application itself.
Digital Identity and Digital Sovereignty
National identity is one of the most sensitive components of any country’s digital infrastructure.
Questions about where identity data is stored, who operates the system, and who controls its critical components are therefore not merely technical questions.
They are questions of sovereignty.
Iraq can benefit from international companies and global technologies, but the state should remain capable of determining:
Where identity data is located.
Who can access it.
Under which legal jurisdiction it is processed.
Who controls encryption keys.
Whether the state can continue operating if an external provider becomes unavailable.
Whether the system can be transferred to another provider.
And whether Iraqi institutions retain the technical knowledge required to operate and audit the system.
Digital sovereignty does not mean that Iraq must manufacture every technology domestically.
It means that the state retains the ability to control, choose, audit, replace, and sustain the systems on which it depends.
Should Identity Data Be Hosted Inside Iraq?
This question cannot be reduced to a simple assumption that “inside Iraq is secure and outside Iraq is insecure.”
A server located inside Iraq may be poorly protected.
An external service may apply highly advanced security standards.
However, national identity and biometric information are among the most sensitive categories of state data and therefore require a clear policy governing hosting, processing, backups, disaster recovery, access, and cross-border data transfers.
The appropriate approach is to classify the data first and then determine where and how each category should be processed according to its sensitivity, sovereignty requirements, cybersecurity risks, and legal obligations.
Data Centers and Disaster Recovery
A national digital identity platform would eventually become a service the state cannot afford to lose for extended periods.
If digital identity becomes the gateway to dozens of government services, an outage could affect a significant part of digital government.
The ecosystem therefore needs:
High availability.
Secure backups.
Disaster-recovery infrastructure.
Business-continuity plans.
And regular recovery testing.
It is not enough to say:
“We have backups.”
The real questions are:
Have we actually tested our ability to restore the system?
And:
How long would recovery take?
Digital Identity Will Be a High-Value Target
The more services digital identity unlocks, the more valuable it becomes to attackers.
An attacker may target a citizen’s account.
A privileged government employee.
An API.
A technology provider.
The recovery process.
The mobile application.
Or the infrastructure used to manage cryptographic keys and certificates.
A national digital identity system should therefore be treated as Critical Digital Infrastructure.
It should be subject to continuous monitoring, vulnerability management, security testing, penetration testing, incident-response planning, and supply-chain risk management.
Encryption Alone Is Not Enough
Encryption is naturally an essential security requirement.
However, stating that “the data is encrypted” does not mean the system is completely secure.
We must also ask:
Who controls the encryption keys?
How are those keys protected?
Who can use them?
Is there appropriate separation of duties?
What happens if a privileged administrative account is compromised?
Is data encrypted both in transit and at rest?
How are digital certificates managed?
Real security is an ecosystem of controls, not a single feature.
Privacy by Design
Digital identity is precisely the type of national project in which Privacy by Design should be applied from the very beginning.
Before collecting a piece of information, the institution should ask:
Do we genuinely need it?
Before sharing information:
Does the receiving institution need the information itself, or would proof of a particular attribute be sufficient?
Before retaining information:
How long do we actually need to keep it?
And before integrating two systems:
What information genuinely needs to move between them?
If privacy is added only after the system has already been built, addressing the resulting problems will be more difficult and more expensive.
What Legislation Does Iraq Already Have?
Iraq already has several important legal building blocks.
National Card Law No. 3 of 2016 provides a legal framework relating to the national card and civil registration.
Electronic Signature and Electronic Transactions Law No. 78 of 2012 provides an important legal basis for electronic transactions and electronic signatures.
The Iraqi Constitution also recognizes the right to personal privacy.
These are important foundations.
However, an integrated national digital identity ecosystem raises more detailed issues that require clear rules, particularly in relation to personal data protection, government data exchange, biometric information, digital credentials, institutional accountability, private-sector use, children’s digital identities, and breach notification.
The Need for Comprehensive Personal Data Protection
A strong national digital identity ecosystem cannot be built without a clear framework for protecting personal data.
Digital identity will involve some of the most sensitive information held by the state.
Citizens should therefore be able to understand:
What information is collected about them?
What is the legal basis for collecting and processing it?
Who uses it?
For what purpose?
How long is it retained?
How can inaccurate information be corrected?
And what happens if the information is compromised?
Digital identity and personal data protection are deeply interconnected.
The more powerful the identity infrastructure becomes, the stronger the protection of its data must become.
Who Is Responsible When Something Goes Wrong?
Consider several possible scenarios.
A citizen’s identity is incorrectly linked to another person.
A digital credential is issued incorrectly.
An attacker fraudulently recovers a citizen’s account.
An institution relies on inaccurate identity information and makes a harmful decision.
Who is responsible?
These questions should not be left unanswered until after an incident occurs.
The framework should establish responsibilities in advance between:
The authority that issues the identity.
The institution that verifies it.
The technology provider.
The entity storing or processing the information.
And the institution relying on the digital proof.
Accountability is part of trust.
What Can Iraq Learn from International Experience?
Iraq does not need to copy another country’s digital identity model word for word.
However, it can benefit from principles and standards that have been developed internationally.
The NIST Digital Identity Guidelines provide an important framework for thinking about identity proofing, authentication, authenticator management, and assurance levels.
The World Bank Identification for Development (ID4D) initiative provides principles and practical resources for developing identity systems that support public services and development while considering inclusion, privacy, security, and governance.
The Principles on Identification for Sustainable Development provide a useful foundation for identity systems that are inclusive, trusted, useful, privacy-preserving, and accountable.
The European experience with digital identity and digital wallets also provides an important example of moving beyond simple login accounts toward digital credentials that users can present and share selectively.
The objective for Iraq should not be to replicate these models.
It should be to study what works, understand the lessons and risks, and build an Iraqi model suited to the country’s Constitution, institutions, society, infrastructure, and digital priorities.
Digital Identity Is a Long-Term Technology Choice
One costly mistake would be to build the system in a way that leaves the state dependent on a single vendor for decades.
If only the vendor understands how the system works, controls critical components, hosts the data within proprietary technologies, and makes migration difficult, the state may become trapped in Vendor Lock-in.
Government contracts should therefore address:
Data portability.
Open standards where appropriate.
System documentation.
State ownership and control of its data.
Audit rights.
Exit plans.
Knowledge transfer to Iraqi technical teams.
And service continuity after the contract ends.
National digital identity is not a temporary technology project.
It is infrastructure that may remain in use for decades.
What Does Iraq Need Now?
In my view, moving toward a mature national digital identity ecosystem requires a series of interconnected steps rather than a single application.
First: Establish a clear national digital identity framework defining the vision, responsible institutions, governance structure, and trust model.
Second: Define authoritative sources for core identity information and clear processes for updating and correcting that information.
Third: Establish identity and authentication assurance levels proportionate to the risk of each service.
Fourth: Develop a unified or interoperable government authentication ecosystem with MFA, device management, and secure recovery mechanisms.
Fifth: Expand the practical and secure implementation of electronic signatures and electronic transactions.
Sixth: Establish national standards for identity-data exchange and government APIs.
Seventh: Adopt Privacy by Design and Data Minimization as mandatory design principles.
Eighth: Establish stricter requirements for biometric information.
Ninth: Regulate the use of national digital identity by banks, telecommunications companies, and the private sector.
Tenth: Develop specific rules for children, legal representation, guardianship, and delegated digital authority.
Eleventh: Build mechanisms for reporting identity theft, recovering compromised identities, and suspending credentials.
Twelfth: Ensure alternative channels remain available for citizens who cannot use smartphone-based identity services.
Thirteenth: Build cybersecurity, continuity, and disaster-recovery capabilities appropriate for critical national digital infrastructure.
Fourteenth: Complete a comprehensive national framework for personal data protection.
What Do Government Institutions Need?
Before connecting any institution to the digital identity ecosystem, it should answer one fundamental question:
Why do we need this citizen’s data?
It should then determine the minimum amount of information required.
Government institutions also need to clean existing databases, improve data quality, standardize identifiers where appropriate, review access privileges, log access activity, modernize legacy systems, and secure their APIs.
A modern digital identity ecosystem cannot be built on top of systems where data quality is uncertain or where no one clearly knows who can access citizens’ information.
What Does the Private Sector Need?
The private sector needs clear rules—not unrestricted access.
Businesses need to know:
When can they use national digital identity?
What information can they request?
What legal basis or user authorization is required?
How long may they retain verification information?
Can it be shared with another party?
And what must they do if a breach occurs?
Clear rules can support Iraq’s digital economy because companies would no longer need to invent a completely separate identity-verification process for every service.
What Do Citizens Need?
Citizens need more than an application.
They need to understand both their rights and responsibilities.
They should know never to share verification codes with another person.
They should not approve login requests they do not recognize.
They should avoid sending copies of identification documents unnecessarily when an official verification channel exists.
And they should know how to report a lost phone or suspected identity theft immediately.
Citizens also need genuine support channels.
A system that works well only when nothing goes wrong is not a mature identity system.
How Should the Success of Digital Identity Be Measured?
Success should not be measured only by the number of registered accounts.
More meaningful indicators include:
How many public services can use the digital identity?
How many transactions no longer require physical attendance?
How much has repeated document submission been reduced?
What is the successful verification rate?
How long does secure identity recovery take?
How many identity-fraud attempts are detected?
Can older people and persons with disabilities use the system effectively?
Has the circulation of scanned identification documents decreased?
And what level of trust do citizens have in the service?
These indicators can help distinguish genuine digital transformation from the creation of yet another digital platform.
Eng. Saja Albayati’s Vision
In my view, digital identity in Iraq should not be treated as a card project or a mobile application.
It should be treated as national trust infrastructure.
It can become the key connecting citizens to digital government, customers to financial services, students to education, patients to healthcare, and businesses to electronic transactions.
But the power of that key means it must be protected according to its importance.
I believe an Iraqi model should be built around five fundamental principles:
One trusted identity, but not necessarily one database containing everything.
The minimum necessary amount of data for each transaction.
A level of verification proportionate to the level of risk.
Greater transparency and control for citizens over how their identity is used.
Clear accountability when errors, breaches, or misuse occur.
I also believe Iraq should gradually move away from the culture of:
“Send me a copy of your ID document.”
toward:
“Prove the required information electronically.”
This transformation alone could reduce unnecessary document circulation, lower opportunities for forgery, minimize duplicated personal data, and accelerate public and private services.
A Proposed Roadmap for Iraq
Iraq’s transition can be envisioned through five interconnected stages.
Stage One: Unify the Vision and Governance
Define the national digital identity model.
Identify responsible institutions.
Establish authoritative data sources.
Set technical standards.
Define the trust framework.
And identify the legislative changes required.
Stage Two: Build the Trust Layer
Develop strong authentication.
Identity assurance levels.
Electronic signatures.
Credential management.
Secure identity recovery.
Audit logs.
And mechanisms for revocation and incident response.
Stage Three: Government Integration
Gradually connect government services using the Once-Only Principle, Data Minimization, and secure government APIs.
The objective should be to verify information rather than repeatedly collect copies of it.
Stage Four: Controlled Expansion
Allow banks, telecommunications companies, education providers, healthcare institutions, and private-sector services to use digital identity under clearly defined rules and purpose limitations.
Stage Five: Move Toward Digital Credentials and Wallets
Enable citizens, where appropriate, to hold and selectively share trusted digital credentials instead of repeatedly exchanging full documents.
Movement between these stages should not be based only on a timetable.
It should depend on cybersecurity testing, institutional readiness, privacy safeguards, accessibility, operational resilience, and the ability to respond effectively when incidents occur.
Conclusion: Digital Identity Is the Gateway to the Digital State, Not Merely an Application
Iraq is moving toward more digital public services, making identity increasingly important with every stage of transformation.
There can be no fully integrated digital government without a trusted way to know who is using a service.
There can be no advanced digital economy without trust between parties.
And remote services cannot reach their full potential if identity verification ultimately continues to depend on photographing a document and sending a copy of it.
But building digital identity should not become a technology race.
The objective is not simply to say that Iraq has a Digital ID.
The objective is to enable citizens to use their identity securely and conveniently, allow institutions to receive only the information they genuinely need, and ensure that the state can protect, operate, recover, audit, and develop the ecosystem without losing control over it.
A successful digital identity system does not mean that the state should know more about the citizen.
It means that the state and authorized institutions should be able to verify what they genuinely need to know, using the minimum amount of data necessary, at the appropriate time, for a clearly defined purpose, under accountable governance.
This is the balance Iraq needs to achieve:
Greater convenience for citizens, higher efficiency for government, broader opportunities for the economy, and stronger privacy and security for everyone.
If Iraq succeeds in achieving this balance, digital identity will not simply become another technology project.
It can become one of the most important foundations on which Iraq’s digital state is built in the years ahead.
Eng. Saja Albayati
Cybersecurity and Digital Transformation Consultant
For decades, identity verification has been associated with a document carried by the citizen.
In a digital state, however, the question changes from:
What identification document are you carrying?
to:
How can the system securely and reliably verify that you are truly who you claim to be?
This difference may appear simple, but it represents a fundamental transformation.
A citizen seeking an online government service should not have to photograph their national ID card, upload it repeatedly, and re-enter their name, date of birth, address, and the same personal information across multiple government systems.
If the state already holds authoritative information about a citizen’s identity, government institutions should eventually be able to verify the required information electronically and securely rather than repeatedly asking the citizen to prove the same identity in every transaction.
This is where the real value of digital identity begins.
What Is Digital Identity?
Digital identity is not simply a username and password.
It is not an electronic image of a national ID card.
And it is not merely an account on a single government platform.
A digital identity is an ecosystem of data, credentials, and verification mechanisms that enables a person to prove electronically that they are who they claim to be, at a level of assurance appropriate to the sensitivity of the service.
Verification may rely on several types of factors.
Something the user knows, such as a password or PIN.
Something the user possesses, such as a trusted phone or device.
Something inherent to the individual, such as a biometric factor when its use is necessary and justified.
Or a digital credential issued by a trusted authority.
It is also important to distinguish between three concepts:
Identification: Who do you claim to be?
Authentication: How do we verify that you are that person?
Authorization: Once your identity has been verified, what are you permitted to access or do?
This distinction is critical because successfully signing in should never mean that a user automatically gains access to everything.
The National ID Card Is Not the Same as Digital Identity
Iraq already has an important foundation in the form of the national ID card and the official identity databases associated with it.
However, a national ID card and a digital identity are not the same thing.
The national ID card establishes a person’s identity in the physical world and can serve as an authoritative source of trusted information on which a digital identity system may be built.
Digital identity extends this trust into the electronic environment.
The questions are no longer limited to:
Does this person possess a valid ID card?
They become:
Can we verify this person remotely?
Can we securely issue a digital credential to them?
Can that credential be used across multiple services?
Can it be revoked or recovered if the citizen loses their phone?
Can the level of verification be increased when the citizen accesses a sensitive service?
Can an institution request only the information it needs rather than receiving a complete copy of the citizen’s identity record?
For this reason, moving toward Digital Identity is fundamentally a trust infrastructure project, not simply a project to issue another card.
Where Does Iraq Stand Today?
Iraq already has several components that could provide a foundation for a more mature digital identity ecosystem.
The Ur Government Services Portal serves as an official unified gateway to government services and provides citizens with accounts through which they can apply for services and follow their requests. Certain services also support electronic payment.
In February 2026, the Ur Portal introduced UR Auth, a two-factor authentication mechanism designed to strengthen login security. The use of additional verification factors represents an important step away from relying solely on passwords and toward stronger digital authentication.
Iraq also has an important legal foundation through Electronic Signature and Electronic Transactions Law No. 78 of 2012, which establishes a legal framework for electronic transactions and electronic signatures and supports legal recognition and trust in electronic processes.
These are important building blocks.
However, the existence of a national ID card, a government account, two-factor authentication, and electronic-signature legislation does not automatically mean that Iraq already has an integrated national digital identity ecosystem.
The next stage requires bringing these components together within a unified trust framework.
Why Does Iraq Need a National Digital Identity?
Because digital government services cannot reach their full potential if every institution rebuilds the citizen-verification process from the beginning.
One ministry asks for a copy of the national ID card.
Another institution asks for the same document again.
A bank repeats the verification process.
Another platform creates yet another account.
And each system may retain an additional copy of the citizen’s information.
This model creates two problems simultaneously:
It inconveniences citizens and increases risk.
The more often citizens upload their identification documents, the more locations retain copies.
And the more copies exist, the larger the exposure to data breaches, unauthorized access, and misuse.
A well-designed digital identity system can reduce this duplication.
Instead of asking a citizen:
“Send us a copy of your ID.”
an institution could ask a trusted authority:
“Has this person’s identity been verified?”
and receive a trusted electronic confirmation without necessarily obtaining another complete copy of the citizen’s identity document.
The Once-Only Principle: Why Should Citizens Give the Government the Same Information Ten Times?
One important principle in digital government is the Once-Only Principle.
The idea is that citizens should not repeatedly provide the same information to different government institutions when the state already holds that information lawfully and authoritatively and can exchange or verify it under appropriate rules.
If an authoritative government source already knows a citizen’s date of birth, another institution may not need the citizen to submit it again.
And if a service only needs to verify that a person is above a certain age, it may not even need the citizen’s complete date of birth.
The system may simply confirm:
Age requirement met: Yes.
This represents an important shift from sharing data to sharing proof.
It can make government services both more efficient and more privacy-preserving.
Digital Identity Does Not Necessarily Mean One Massive Central Database
When people hear the term “national digital identity,” they may imagine a single database containing everything about every citizen.
That is not necessarily required—and from a security and privacy perspective, it may not even be desirable.
Digital identity can operate as a trust layer connecting authoritative sources without combining all government information into one location.
One ministry can remain responsible for its own data.
Another institution remains responsible for its own records.
When a service needs to verify a specific fact, it receives only the minimum necessary confirmation through a trusted mechanism.
This approach reduces the need for a single super-database that could become an exceptionally valuable target for attackers.
The objective is not to build one system that knows everything about a citizen.
The objective is to enable the state to verify the right information, at the right time, using the minimum amount of data necessary.
What Would Change for Citizens?
If designed properly, a national digital identity ecosystem could fundamentally change the citizen experience.
Instead of maintaining dozens of separate accounts, citizens could use a unified or interoperable identity mechanism to access services.
Instead of repeatedly uploading documents, information could be verified electronically.
Instead of visiting an office merely to prove identity, certain levels of identity verification could be completed remotely.
Instead of losing visibility over an application, citizens could associate it with their trusted account and track its progress.
In the future, citizens could potentially use a Digital Identity Wallet containing trusted official credentials that can be presented selectively when required.
However, convenience cannot be the only measure of success.
The system must also remain usable by older people, persons with disabilities, people who do not own modern smartphones, and citizens living in areas with weak connectivity.
If owning a modern smartphone becomes the only gateway to the state, Iraq may solve one digital problem while creating a new social one.
Digital Identity and a Paperless Government
A genuinely Paperless Government cannot be achieved simply by converting paper documents into PDF files.
A paperless government needs to know:
Who submitted the request?
Has their identity been verified?
Did they sign the transaction?
Is the document authentic?
Has it been modified after signing?
Who performed the action, and when?
This is where digital identity intersects with Electronic Signatures.
An electronic signature is not simply an image of a handwritten signature pasted onto a digital document.
It is a mechanism intended to associate a signature with its signer and verify the integrity of an electronic transaction in accordance with appropriate legal and technical requirements.
Iraq’s Electronic Signature and Electronic Transactions Law No. 78 of 2012 provides an important legal foundation in this area.
The challenge for the next phase is therefore not merely the existence of legislation.
It is turning that legal foundation into broad, secure, and interoperable practical use across government services and the private sector.
Digital Identity and Banking
The financial sector is one of the areas that could benefit most from a trusted digital identity infrastructure.
Banks need to know their customers.
Payment companies need to verify users.
Digital financial services need mechanisms to prevent identity impersonation and fraud.
This is where eKYC — Electronic Know Your Customer becomes particularly important.
Instead of every bank or payment company independently collecting copies of identification documents and repeating the same verification process, Iraq could eventually develop trusted digital-verification mechanisms that confirm identity under clear rules and appropriate legal authorization.
However, this does not mean banks should gain access to all government data about a citizen.
Once again:
Verification does not mean opening the database.
A bank should receive only the information necessary to meet its legitimate and regulatory obligations.
Digital Identity and the Private Sector
An important question is whether a national digital identity should be used only for government services.
If designed carefully, it could become a broader trust infrastructure that also supports the private sector under clearly defined conditions.
A telecommunications company may need to verify a customer.
An e-commerce platform may need to confirm age or identity for a particular service.
A private university may need to verify an official credential.
An insurance company may need to validate certain information.
But this should never mean giving private companies direct access to government databases.
A better model is to provide specific, purpose-limited proofs.
The private sector needs trusted verification—not a copy of the state’s databases.
Digital Trust Is More Important Than the Application Itself
A technically sophisticated application can still fail if citizens do not trust it.
Trust begins when a citizen can answer simple questions:
Who issued my digital identity?
What information does it contain?
Where is it used?
Can I know when an institution accesses or verifies my information?
Can access be revoked where appropriate?
What do I do if I lose my phone?
What happens if someone impersonates me?
Who is responsible if something goes wrong?
For this reason, Digital Trust should be the real objective.
Digital identity is not merely a login mechanism.
It is a relationship of trust between the citizen and the state.
Biometric Data: A Powerful Verification Tool and One of the Most Sensitive Types of Data
When discussing digital identity, biometric data quickly emerges as one of the tools that can help verify whether a person is genuinely the rightful holder of an identity.
Fingerprints, facial images, and other biometric characteristics can make identity impersonation more difficult and can support enrollment and remote identity-verification processes.
However, the strength of biometric data is also the reason for its sensitivity.
If a password is compromised, it can be changed.
If a citizen loses a card, it can be cancelled and replaced.
A face or fingerprint, however, cannot be replaced in the same way.
The question should therefore not be:
Can we use biometric data?
It should be:
Do we genuinely need biometric data for this particular service, and what level of protection should accompany its use?
Clear rules are needed to determine when biometric data may be used, what information is stored, who can access it, how long it is retained, how it is encrypted, whether the system stores the original biometric image or a derived biometric template, and how encryption keys are protected.
Biometric information should be treated as one of the most highly protected categories of data within any future Iraqi digital identity ecosystem.
Should Fingerprints or Facial Recognition Be Used for Every Service?
No.
A mature digital identity system does not require the highest level of verification every time a citizen interacts with a service.
If a citizen wants to access a low-risk service, there may be no reasonable justification for requiring a fingerprint or complex biometric verification.
However, if the citizen wants to perform a sensitive financial transaction, modify critical personal information, recover an account, or access a high-risk service, the system may require stronger verification.
This leads to an important concept: Identity Assurance Levels.
The strength of identity verification should correspond to the level of risk.
The more sensitive the action, the greater the level of confidence required in the user’s identity.
This approach can provide stronger security and a better citizen experience than imposing the same verification process on every service.
Digital Identity on Smartphones
Smartphones could become one of the most important tools for digital identity.
Not because the phone itself is the identity, but because it can provide a secure mechanism for holding digital credentials or completing authentication.
In the future, citizens could potentially use an application or Digital Identity Wallet containing trusted official credentials.
However, the design of such a wallet must answer very practical questions.
What happens if the phone is lost?
What happens if it is stolen?
What happens if the citizen changes their phone number?
What happens when they purchase a new device?
How is the identity recovered?
Could another person fraudulently complete the recovery process?
How are credentials on the lost device revoked?
And what happens if an attacker manages to take control of the citizen’s phone number?
The success of digital identity should not be measured only by how easy it is to enroll.
It should also be measured by how secure the Recovery Process is.
Identity Recovery May Be More Dangerous Than Login
A system can have extremely strong login security and still have that security undermined by a weak recovery process.
If an attacker can simply select “Forgot Password” and take control of the account using easily obtained information or a compromised phone number, the strength of the original authentication process becomes far less meaningful.
Identity recovery should therefore be treated as a core part of digital identity architecture from the beginning.
For sensitive cases, recovery may require multiple verification factors.
It may require matching information against trusted sources.
Some cases may require human review or, in exceptional circumstances, an in-person verification process.
The important principle is that the Recovery Process must never become the back door into the digital identity system.
A Phone Number Is Not a National Identity
A phone number is extremely useful for authentication and communication.
But it should not be treated as the national identity itself.
Phone numbers change.
SIM cards can be lost.
And SIM Swap attacks can occur when an attacker fraudulently takes control of a victim’s number by replacing or transferring the SIM.
If every digital identity recovery process relies exclusively on an SMS message, compromising the phone number may effectively compromise the citizen’s digital identity.
The relationship between national identity and a phone number should therefore be clear.
The phone is a verification tool that may form part of the authentication process.
It is not the ultimate authoritative source of the citizen’s identity.
Multi-Factor Authentication
The introduction of UR Auth and two-factor authentication represents an important direction for strengthening access to Iraqi digital government services.
The next stage should involve expanding Multi-Factor Authentication (MFA) according to the sensitivity of each service.
Strong authentication can combine two or more factors from different categories:
Something the user knows.
Something the user possesses.
And, where necessary and justified, something biometric.
However, security should not become so complicated that citizens are pushed toward unsafe behavior.
Good security does not mean adding unlimited steps.
It means selecting the right level of protection for the level of risk.
Digital Identity and Zero Trust
Another useful principle for modern government systems is Zero Trust.
In simplified terms, Zero Trust means that permanent trust is not granted to a user or device merely because it successfully logged in once.
Identity, context, and authorization continue to be evaluated according to risk.
A citizen may have authenticated correctly, but if the system detects an attempt to perform a sensitive action from a new device or in an unusual context, it can request additional verification.
The same principle applies to government employees.
Being employed by a ministry does not mean a person should automatically have access to every citizen’s information.
A secure citizen digital identity ecosystem also requires strong Identity and Access Management (IAM) within government institutions themselves.
Insider Risk Is as Important as the External Attacker
When discussing identity theft, people often imagine an attacker operating from outside the institution.
But inappropriate internal access can also create significant risk.
An employee may have broader access than their role requires.
An account belonging to a former employee may remain active.
Shared accounts may be used, making it difficult to determine who performed a particular action.
Government systems should therefore record:
Who accessed the system?
When?
Which record did they access?
What did they view?
What did they modify?
Employee privileges should also be reviewed periodically.
Digital trust is not only about verifying the citizen.
It is also about ensuring that the institution itself uses citizens’ information responsibly.
Digital Identity Theft: A Crime That May Begin with One Small Piece of Information
Identity theft does not always require compromising a national database.
It may begin with a name, phone number, and photograph of an identification document.
Information from social media may then be added.
This may be followed by a phishing message.
Then the attacker may convince the victim to provide a verification code.
Each small piece of information can become part of a larger attack.
As digital services expand, digital identity itself may become an increasingly valuable target for criminals.
Taking control of an identity may enable attempts to open accounts, access services, impersonate a citizen, or conduct fraud in their name.
Iraq therefore needs to think beyond protecting databases against intrusion and develop a broader approach to Identity Fraud Management.
Citizens Need to Know When Their Identity May Be at Risk
If a government institution discovers that a citizen’s digital credential may have been compromised, addressing the problem internally may not be enough.
There should be a mechanism for informing the citizen when there is a meaningful risk to them.
Citizens should also have an easy way to report suspected identity misuse.
In the future, citizens could potentially be given tools to review:
Devices linked to their account.
Active login sessions.
Digital credentials issued in their name.
And sensitive transactions performed using their identity.
The greater the citizen’s visibility into how their identity is being used, the greater their ability to identify misuse at an early stage.
Access Logs: Who Viewed My Data?
Another feature worth considering is giving citizens, within appropriate legal and security limits, greater visibility into which institutions have used their identity or verified information about them.
This does not mean exposing protected investigative or security activities.
However, for ordinary service interactions, greater transparency can strengthen trust.
For example:
A particular institution verified your identity on a specific date for a defined service.
This type of transparency makes access to personal information more accountable.
It can also encourage institutions to think carefully before requesting information they do not genuinely need.
Selective Disclosure: Prove the Attribute Without Revealing Everything
One of the most important capabilities modern digital identity systems can provide is Selective Disclosure.
Imagine that a service only needs to confirm that a person is over the age of 18.
In the traditional model, the citizen may provide an entire ID card, revealing their name, national identification number, complete date of birth, and possibly other information.
But the service does not need all of that information.
A more privacy-preserving model could provide only the required proof:
Over 18: Yes.
The same principle can apply to other attributes.
Instead of sharing raw personal data, the system shares only the proof necessary for the transaction.
This approach can improve both service efficiency and privacy protection.
Children and Digital Identity
Children require a different governance model.
A child may need a digital identity to access education, healthcare, or other public services, but they should not necessarily be treated in the same way as an adult user.
The system should clearly define:
When can a digital identity be established for a child?
What is the role of a parent or legal guardian?
What can the child consent to independently?
How do permissions change as the child grows older?
Who can access the child’s information?
What happens when the child reaches legal adulthood?
And how is control over the identity transferred securely?
Children’s data may remain relevant for decades.
A design mistake made today could therefore create long-term consequences.
Digital Identity and Older People
A national digital identity system should not be designed on the assumption that every citizen is highly comfortable with technology.
There are older people.
Citizens who do not use smartphones confidently.
People who do not own modern devices.
And individuals who require assistance.
Alternative and secure channels must therefore remain available.
But assistance itself also requires governance.
If another person is allowed to manage a citizen’s digital interactions, who are they?
How is their authority established?
What are the limits of that authority?
And when does it expire?
Successful digital transformation should not exclude people who find technology difficult to use.
Persons with Disabilities
Digital identity should be Accessible by Design.
The verification process should not depend on a single method that some citizens may be unable to use.
Facial verification, entering codes, reading small text, or completing complex steps can create barriers for different groups.
Accessibility should therefore be incorporated into the system from the beginning, rather than added later.
A digital state should bring public services closer to citizens—not replace the stairs of a government building with a new digital barrier.
What Happens When a Citizen Needs a Legal Representative?
This is an important issue that is often overlooked in technical discussions.
Some individuals may require a guardian, trustee, or legal representative.
A citizen may also issue a legally valid power of attorney authorizing another person to perform specific transactions on their behalf.
A digital identity ecosystem should be able to represent these legal relationships correctly.
Citizens should not have to give another person their password in order for that person to act on their behalf.
Instead, the system should support clear Delegated Authority:
Who authorized whom?
For what purpose?
For how long?
And which actions is the representative permitted to perform?
This is far safer than sharing accounts and passwords.
What Happens to a Digital Identity After Death?
This is also part of the identity lifecycle.
When a person dies, their digital identity should not remain indefinitely in the same state as that of an active citizen.
There should be a mechanism linking the officially registered death to the status of the digital identity.
This does not mean that all records should be deleted.
Certain information may need to be retained for legal, financial, archival, inheritance, or administrative purposes.
The objective is to manage the identity status correctly, prevent fraudulent use after death, and preserve records that the law requires institutions to retain.
Digital Identity Is Not Only for Individuals
As the digital economy develops, organizations, systems, and devices also require trusted identities.
When a company interacts electronically with government, the system needs to know:
Does the company legally exist?
Who is authorized to represent it?
Is this person legally permitted to sign on its behalf?
What are the limits of their authority?
This leads to the concept of Digital Organizational Identity.
Government services themselves also require trusted digital identities so citizens can distinguish official platforms from fraudulent websites and impersonation attempts.
Fake Government Websites and Institutional Impersonation
Digital identity is not only about protecting citizens from someone impersonating them.
Citizens must also be protected from attackers impersonating the state itself.
An attacker may create a website resembling a government platform.
A fake social media page.
A message requesting a personal-data update.
Or a fraudulent payment link.
As artificial intelligence develops, such messages and websites may become increasingly convincing.
Government services therefore need clear and verifiable digital identities of their own, while citizens need practical guidance on how to identify official channels.
Artificial Intelligence and Digital Identity
AI can support fraud detection, identify abnormal patterns, and assist with document verification.
But it also creates new risks.
Deepfake technology can generate synthetic faces and voices.
Artificially generated images and videos may be used in attempts to bypass remote identity verification.
This increases the importance of technologies such as Liveness Detection and other anti-spoofing mechanisms.
However, no technology is infallible.
The digital identity ecosystem should therefore never depend on a single verification factor.
As verification technologies evolve, attack techniques evolve with them.
Digital identity must be protected through defense in depth.
Digital Identity in the Age of Deepfakes
In the past, a video call might have appeared to provide strong evidence that a person was genuine.
That assumption is no longer always safe.
Deepfakes and synthetic voice and image generation mean that financial and government institutions need to reassess remote-verification procedures.
This is particularly important when:
Opening an account.
Recovering a digital identity.
Changing a phone number.
Registering a new device.
Or performing a sensitive transaction.
Simply presenting a face to a camera should not always be considered sufficient proof of identity.
eKYC Should Reduce Risk, Not Simply Move It Online
Electronic Know Your Customer processes can make account opening and digital services significantly faster.
But if eKYC is poorly designed, fraud may simply move from the branch office to the smartphone.
A mature eKYC process requires:
Authoritative data sources.
Document verification.
Anti-spoofing mechanisms.
Risk management.
Transaction logging.
Data protection.
And a process for handling cases the automated system cannot confidently resolve.
The goal should not be to automate every case.
It should be to automate what can be automated safely and send uncertain or exceptional cases for human review.
Telecommunications Companies Are a Critical Part of the Ecosystem
Because phones and phone numbers are widely used for authentication, telecommunications companies become an important part of the digital-trust ecosystem.
SIM issuance, replacement, and number-transfer procedures require strong safeguards.
Fraudulent control over a phone number can affect multiple accounts, not only the telecommunications account itself.
Coordination between digital identity, telecommunications, and the financial sector is therefore important when designing sensitive authentication and recovery procedures.
Digital Identity and the Digital Divide
Digital identity may provide excellent services, but it can widen inequality if it is not designed for everyone.
There are differences in internet quality.
Device ownership.
Digital skills.
Literacy and the ability to navigate applications.
And access to services across different geographic areas.
The question should therefore not be limited to:
How many people registered?
It should also include:
Who could not register, and why?
This information is as important as successful adoption statistics.
A digital state that excludes its most vulnerable citizens is not necessarily more advanced, regardless of how sophisticated its technology may be.
What About Citizens Who Do Not Want or Cannot Use an App?
Owning a modern smartphone should not become an absolute requirement for accessing essential rights and public services.
Digital identity can be the preferred and most convenient channel, but alternatives should remain available for citizens who cannot use it.
Service centers.
Smart cards.
Assisted channels.
Or alternative verification mechanisms.
The objective should be Digital First, not necessarily Digital Only, for every service.
The Private Sector Needs Clear Boundaries
If national digital identity becomes a trusted infrastructure, many companies will naturally want to use it.
This can benefit the economy.
But the rules must clearly define who can request what information.
A company should not request a national identification number or a full copy of an ID card when it only needs proof of age.
Organizations should not collect information simply because it is available.
Every verification request should be:
Linked to a legitimate purpose.
Limited to the information necessary.
Recorded.
And subject to accountability.
Digital Identity Can Reduce the Circulation of ID Copies
Today, copies of identification documents may be sent by email, messaging applications, or uploaded to numerous websites.
Every additional copy creates an additional point of risk.
If Iraq eventually moves toward trusted Verifiable Credentials and digital proofs, the need to circulate full copies of traditional documents can be reduced significantly.
Instead of repeatedly distributing the document itself, citizens could present trusted digital proof of the required information.
This is one of the most important transformations digital identity can offer:
Moving from exchanging documents to exchanging trusted proofs.
Part 3
From Digital Documents to Verifiable Credentials
One of the most important concepts that could support Iraq’s digital identity ecosystem in the future is Verifiable Credentials.
The idea is that a trusted authority issues a digital credential that a citizen can hold and present when needed, while the receiving institution can electronically verify that the credential is authentic and was issued by an authorized source.
For example, a university could issue a trusted digital academic qualification.
A government institution could issue a digital credential confirming a particular legal or administrative status.
When that credential is presented to another institution, its authenticity could be verified electronically without relying on paper copies or lengthy manual verification.
This model can reduce document fraud, accelerate verification processes, and reduce the circulation of paper documents and scanned copies.
However, it requires a national trust framework that clearly defines who is authorized to issue credentials, how credentials are verified, and how they are revoked when they are no longer valid.
Digital Identity Is Not Simply Another National Number
One mistake Iraq should avoid is reducing digital identity to the creation of another identification number.
Iraq does not necessarily need an additional identifier layered on top of existing identifiers.
The real value lies in identity and trust management.
Systems need to be able to establish that the person interacting with them is the legitimate identity holder, that the credential presented is authentic, and that transactions performed using that identity can be reliably audited.
Creating another number without interoperability and governance could increase complexity rather than reduce it.
Interoperability
If every ministry builds its own independent identity system, Iraq will not have created a national digital identity.
It will simply have transferred administrative fragmentation into the digital environment.
For this reason, Interoperability is one of the most important requirements for the next phase.
Government systems should be able to exchange specific information and trusted proofs according to common and secure standards.
This does not mean opening government databases to one another without restrictions.
It means establishing clear rules, interfaces, and standards defining:
Who can request information?
For what purpose?
From which authoritative source?
How is the information verified?
And what is recorded about the access request?
True integration does not mean allowing everyone to see everything.
It means allowing each system to receive only what it needs, when it needs it.
Government APIs Require Governance
As integration between government institutions expands, Application Programming Interfaces (APIs) will become increasingly important.
However, an inadequately protected API can become a gateway to sensitive information.
Iraq therefore needs strong governance for government APIs, covering authentication, encryption, authorization, rate limiting, logging and monitoring, key and certificate management, and security testing.
A digital identity system cannot be considered secure if the integration layer behind the citizen-facing application is weaker than the application itself.
Digital Identity and Digital Sovereignty
National identity is one of the most sensitive components of any country’s digital infrastructure.
Questions about where identity data is stored, who operates the system, and who controls its critical components are therefore not merely technical questions.
They are questions of sovereignty.
Iraq can benefit from international companies and global technologies, but the state should remain capable of determining:
Where identity data is located.
Who can access it.
Under which legal jurisdiction it is processed.
Who controls encryption keys.
Whether the state can continue operating if an external provider becomes unavailable.
Whether the system can be transferred to another provider.
And whether Iraqi institutions retain the technical knowledge required to operate and audit the system.
Digital sovereignty does not mean that Iraq must manufacture every technology domestically.
It means that the state retains the ability to control, choose, audit, replace, and sustain the systems on which it depends.
Should Identity Data Be Hosted Inside Iraq?
This question cannot be reduced to a simple assumption that “inside Iraq is secure and outside Iraq is insecure.”
A server located inside Iraq may be poorly protected.
An external service may apply highly advanced security standards.
However, national identity and biometric information are among the most sensitive categories of state data and therefore require a clear policy governing hosting, processing, backups, disaster recovery, access, and cross-border data transfers.
The appropriate approach is to classify the data first and then determine where and how each category should be processed according to its sensitivity, sovereignty requirements, cybersecurity risks, and legal obligations.
Data Centers and Disaster Recovery
A national digital identity platform would eventually become a service the state cannot afford to lose for extended periods.
If digital identity becomes the gateway to dozens of government services, an outage could affect a significant part of digital government.
The ecosystem therefore needs:
High availability.
Secure backups.
Disaster-recovery infrastructure.
Business-continuity plans.
And regular recovery testing.
It is not enough to say:
“We have backups.”
The real questions are:
Have we actually tested our ability to restore the system?
And:
How long would recovery take?
Digital Identity Will Be a High-Value Target
The more services digital identity unlocks, the more valuable it becomes to attackers.
An attacker may target a citizen’s account.
A privileged government employee.
An API.
A technology provider.
The recovery process.
The mobile application.
Or the infrastructure used to manage cryptographic keys and certificates.
A national digital identity system should therefore be treated as Critical Digital Infrastructure.
It should be subject to continuous monitoring, vulnerability management, security testing, penetration testing, incident-response planning, and supply-chain risk management.
Encryption Alone Is Not Enough
Encryption is naturally an essential security requirement.
However, stating that “the data is encrypted” does not mean the system is completely secure.
We must also ask:
Who controls the encryption keys?
How are those keys protected?
Who can use them?
Is there appropriate separation of duties?
What happens if a privileged administrative account is compromised?
Is data encrypted both in transit and at rest?
How are digital certificates managed?
Real security is an ecosystem of controls, not a single feature.
Privacy by Design
Digital identity is precisely the type of national project in which Privacy by Design should be applied from the very beginning.
Before collecting a piece of information, the institution should ask:
Do we genuinely need it?
Before sharing information:
Does the receiving institution need the information itself, or would proof of a particular attribute be sufficient?
Before retaining information:
How long do we actually need to keep it?
And before integrating two systems:
What information genuinely needs to move between them?
If privacy is added only after the system has already been built, addressing the resulting problems will be more difficult and more expensive.
What Legislation Does Iraq Already Have?
Iraq already has several important legal building blocks.
National Card Law No. 3 of 2016 provides a legal framework relating to the national card and civil registration.
Electronic Signature and Electronic Transactions Law No. 78 of 2012 provides an important legal basis for electronic transactions and electronic signatures.
The Iraqi Constitution also recognizes the right to personal privacy.
These are important foundations.
However, an integrated national digital identity ecosystem raises more detailed issues that require clear rules, particularly in relation to personal data protection, government data exchange, biometric information, digital credentials, institutional accountability, private-sector use, children’s digital identities, and breach notification.
The Need for Comprehensive Personal Data Protection
A strong national digital identity ecosystem cannot be built without a clear framework for protecting personal data.
Digital identity will involve some of the most sensitive information held by the state.
Citizens should therefore be able to understand:
What information is collected about them?
What is the legal basis for collecting and processing it?
Who uses it?
For what purpose?
How long is it retained?
How can inaccurate information be corrected?
And what happens if the information is compromised?
Digital identity and personal data protection are deeply interconnected.
The more powerful the identity infrastructure becomes, the stronger the protection of its data must become.
Who Is Responsible When Something Goes Wrong?
Consider several possible scenarios.
A citizen’s identity is incorrectly linked to another person.
A digital credential is issued incorrectly.
An attacker fraudulently recovers a citizen’s account.
An institution relies on inaccurate identity information and makes a harmful decision.
Who is responsible?
These questions should not be left unanswered until after an incident occurs.
The framework should establish responsibilities in advance between:
The authority that issues the identity.
The institution that verifies it.
The technology provider.
The entity storing or processing the information.
And the institution relying on the digital proof.
Accountability is part of trust.
What Can Iraq Learn from International Experience?
Iraq does not need to copy another country’s digital identity model word for word.
However, it can benefit from principles and standards that have been developed internationally.
The NIST Digital Identity Guidelines provide an important framework for thinking about identity proofing, authentication, authenticator management, and assurance levels.
The World Bank Identification for Development (ID4D) initiative provides principles and practical resources for developing identity systems that support public services and development while considering inclusion, privacy, security, and governance.
The Principles on Identification for Sustainable Development provide a useful foundation for identity systems that are inclusive, trusted, useful, privacy-preserving, and accountable.
The European experience with digital identity and digital wallets also provides an important example of moving beyond simple login accounts toward digital credentials that users can present and share selectively.
The objective for Iraq should not be to replicate these models.
It should be to study what works, understand the lessons and risks, and build an Iraqi model suited to the country’s Constitution, institutions, society, infrastructure, and digital priorities.
Digital Identity Is a Long-Term Technology Choice
One costly mistake would be to build the system in a way that leaves the state dependent on a single vendor for decades.
If only the vendor understands how the system works, controls critical components, hosts the data within proprietary technologies, and makes migration difficult, the state may become trapped in Vendor Lock-in.
Government contracts should therefore address:
Data portability.
Open standards where appropriate.
System documentation.
State ownership and control of its data.
Audit rights.
Exit plans.
Knowledge transfer to Iraqi technical teams.
And service continuity after the contract ends.
National digital identity is not a temporary technology project.
It is infrastructure that may remain in use for decades.
What Does Iraq Need Now?
In my view, moving toward a mature national digital identity ecosystem requires a series of interconnected steps rather than a single application.
First: Establish a clear national digital identity framework defining the vision, responsible institutions, governance structure, and trust model.
Second: Define authoritative sources for core identity information and clear processes for updating and correcting that information.
Third: Establish identity and authentication assurance levels proportionate to the risk of each service.
Fourth: Develop a unified or interoperable government authentication ecosystem with MFA, device management, and secure recovery mechanisms.
Fifth: Expand the practical and secure implementation of electronic signatures and electronic transactions.
Sixth: Establish national standards for identity-data exchange and government APIs.
Seventh: Adopt Privacy by Design and Data Minimization as mandatory design principles.
Eighth: Establish stricter requirements for biometric information.
Ninth: Regulate the use of national digital identity by banks, telecommunications companies, and the private sector.
Tenth: Develop specific rules for children, legal representation, guardianship, and delegated digital authority.
Eleventh: Build mechanisms for reporting identity theft, recovering compromised identities, and suspending credentials.
Twelfth: Ensure alternative channels remain available for citizens who cannot use smartphone-based identity services.
Thirteenth: Build cybersecurity, continuity, and disaster-recovery capabilities appropriate for critical national digital infrastructure.
Fourteenth: Complete a comprehensive national framework for personal data protection.
What Do Government Institutions Need?
Before connecting any institution to the digital identity ecosystem, it should answer one fundamental question:
Why do we need this citizen’s data?
It should then determine the minimum amount of information required.
Government institutions also need to clean existing databases, improve data quality, standardize identifiers where appropriate, review access privileges, log access activity, modernize legacy systems, and secure their APIs.
A modern digital identity ecosystem cannot be built on top of systems where data quality is uncertain or where no one clearly knows who can access citizens’ information.
What Does the Private Sector Need?
The private sector needs clear rules—not unrestricted access.
Businesses need to know:
When can they use national digital identity?
What information can they request?
What legal basis or user authorization is required?
How long may they retain verification information?
Can it be shared with another party?
And what must they do if a breach occurs?
Clear rules can support Iraq’s digital economy because companies would no longer need to invent a completely separate identity-verification process for every service.
What Do Citizens Need?
Citizens need more than an application.
They need to understand both their rights and responsibilities.
They should know never to share verification codes with another person.
They should not approve login requests they do not recognize.
They should avoid sending copies of identification documents unnecessarily when an official verification channel exists.
And they should know how to report a lost phone or suspected identity theft immediately.
Citizens also need genuine support channels.
A system that works well only when nothing goes wrong is not a mature identity system.
How Should the Success of Digital Identity Be Measured?
Success should not be measured only by the number of registered accounts.
More meaningful indicators include:
How many public services can use the digital identity?
How many transactions no longer require physical attendance?
How much has repeated document submission been reduced?
What is the successful verification rate?
How long does secure identity recovery take?
How many identity-fraud attempts are detected?
Can older people and persons with disabilities use the system effectively?
Has the circulation of scanned identification documents decreased?
And what level of trust do citizens have in the service?
These indicators can help distinguish genuine digital transformation from the creation of yet another digital platform.
Eng. Saja Albayati’s Vision
In my view, digital identity in Iraq should not be treated as a card project or a mobile application.
It should be treated as national trust infrastructure.
It can become the key connecting citizens to digital government, customers to financial services, students to education, patients to healthcare, and businesses to electronic transactions.
But the power of that key means it must be protected according to its importance.
I believe an Iraqi model should be built around five fundamental principles:
One trusted identity, but not necessarily one database containing everything.
The minimum necessary amount of data for each transaction.
A level of verification proportionate to the level of risk.
Greater transparency and control for citizens over how their identity is used.
Clear accountability when errors, breaches, or misuse occur.
I also believe Iraq should gradually move away from the culture of:
“Send me a copy of your ID document.”
toward:
“Prove the required information electronically.”
This transformation alone could reduce unnecessary document circulation, lower opportunities for forgery, minimize duplicated personal data, and accelerate public and private services.
A Proposed Roadmap for Iraq
Iraq’s transition can be envisioned through five interconnected stages.
Stage One: Unify the Vision and Governance
Define the national digital identity model.
Identify responsible institutions.
Establish authoritative data sources.
Set technical standards.
Define the trust framework.
And identify the legislative changes required.
Stage Two: Build the Trust Layer
Develop strong authentication.
Identity assurance levels.
Electronic signatures.
Credential management.
Secure identity recovery.
Audit logs.
And mechanisms for revocation and incident response.
Stage Three: Government Integration
Gradually connect government services using the Once-Only Principle, Data Minimization, and secure government APIs.
The objective should be to verify information rather than repeatedly collect copies of it.
Stage Four: Controlled Expansion
Allow banks, telecommunications companies, education providers, healthcare institutions, and private-sector services to use digital identity under clearly defined rules and purpose limitations.
Stage Five: Move Toward Digital Credentials and Wallets
Enable citizens, where appropriate, to hold and selectively share trusted digital credentials instead of repeatedly exchanging full documents.
Movement between these stages should not be based only on a timetable.
It should depend on cybersecurity testing, institutional readiness, privacy safeguards, accessibility, operational resilience, and the ability to respond effectively when incidents occur.
Conclusion: Digital Identity Is the Gateway to the Digital State, Not Merely an Application
Iraq is moving toward more digital public services, making identity increasingly important with every stage of transformation.
There can be no fully integrated digital government without a trusted way to know who is using a service.
There can be no advanced digital economy without trust between parties.
And remote services cannot reach their full potential if identity verification ultimately continues to depend on photographing a document and sending a copy of it.
But building digital identity should not become a technology race.
The objective is not simply to say that Iraq has a Digital ID.
The objective is to enable citizens to use their identity securely and conveniently, allow institutions to receive only the information they genuinely need, and ensure that the state can protect, operate, recover, audit, and develop the ecosystem without losing control over it.
A successful digital identity system does not mean that the state should know more about the citizen.
It means that the state and authorized institutions should be able to verify what they genuinely need to know, using the minimum amount of data necessary, at the appropriate time, for a clearly defined purpose, under accountable governance.
This is the balance Iraq needs to achieve:
Greater convenience for citizens, higher efficiency for government, broader opportunities for the economy, and stronger privacy and security for everyone.
If Iraq succeeds in achieving this balance, digital identity will not simply become another technology project.
It can become one of the most important foundations on which Iraq’s digital state is built in the years ahead.
Eng. Saja Albayati
Cybersecurity and Digital Transformation Consultant
