NESA

NESA Compliance Checklist: Pre-Audit Readiness Guide (2026)

Hisham Mir

01 Mar 2026 — 21 min read

As NESA assessments and regulatory reviews approach, organizations often realize that compliance gaps are rarely technical alone. More often, challenges stem from unclear governance, incomplete evidence, or misaligned risk management practices.

This NESA compliance checklist is designed as a readiness guide for CISOs, compliance managers, and risk leaders who are preparing for assessment, audit, or regulatory review under the UAE Information Assurance framework.

For organizations still building foundational understanding, reviewing an overview of NESA in the UAE can help contextualize where this checklist fits within the broader regulatory landscape.

Why a NESA Compliance Checklist Is Critical

NESA compliance is evaluated through a maturity- and evidence-driven lens. Regulators assess whether cybersecurity capabilities are formally embedded into governance, operations, and risk management—not whether tools are merely deployed. This checklist is designed to support organizations working toward compliance under the UAE’s national cybersecurity framework, as explained in our overview of NESA in the UAE

NESA Compliance Checklist 0 of 0 complete

This is a printable NESA compliance checklist for UAE organisations preparing for regulatory assessment, internal audit, or third-party readiness review under the UAE Information Assurance Standards (IAS). It covers all 12 control domains and the evidence auditors require at each stage.

For the full control-level breakdown, see NESA Compliance Requirements → For audit process guidance, see NESA Audit & Assessment Process →

✅ Implemented and evidenced — tick it off below
🟡 Partially in place — evidence incomplete or outdated
❌ Gap — not yet in place or undocumented

Contents

Scope & Applicability
M1 — IS Management
M2 — Risk Management
M3 — HR Security
M4 — Asset Management
M5 — Supplier Security
M6 — Internal Audit
T1 — Access Control
T2 — Cryptography
T3 — Physical Security
T4 — Network Security
T5 — System Development
T6 — Incident Management
T7 — Business Continuity
Readiness Summary

Confirm these foundations before working through control items. The answers determine which of the 188 controls apply and at what depth.

Scope Definition

Has your organisation formally defined the NESA compliance boundary — systems, services, and data within scope?
Is scope limited to Critical Information Infrastructure (CII) rather than the entire IT estate?
Has senior management formally approved the scope document?
Has the scope been reviewed within the past 12 months, or after any significant infrastructure change?

Applicability

Has a risk assessment been completed to determine which risk-based controls apply?
Are the 35 "always applicable" management controls confirmed as in-scope?
Is there documented rationale for any risk-based controls that have been excluded?
Have excluded controls been formally accepted by an authorised decision-maker with written justification?

Foundational governance: the policies, roles, and ISMS structure that underpin all other NESA controls.

Policy & ISMS Foundation

Is there a formally approved Information Security Policy signed by senior leadership?
Has the policy been reviewed and updated within the past 12 months?
Does the policy version history show approval dates and approver names?
Is the ISMS scope document in place, defining the compliance boundary and critical services?

Roles & Responsibilities

Are information security roles and responsibilities formally documented?
Is there a named Information Security Officer or equivalent with defined authority?
Do staff with security responsibilities have obligations documented in job descriptions or role charters?
Is there a management review process with documented meeting records (minimum annual)?

Evidence Required — M1

Document	What Auditors Check
Information Security Policy	Signed, version history and approval dates visible
ISMS scope document	Defines compliance boundary and lists critical services
Roles & responsibilities matrix	Maps security functions to named positions, not just job titles
Management review minutes	Minimum annual — auditors request these and check dates

Common gap: Policy exists but not reviewed in over 12 months. Auditors request version history and approval records. An undated or unsigned policy will not pass.

One of the most scrutinised domains in NESA assessments. A static, outdated risk register is among the most common reasons organisations fail.

Risk Methodology

Is there a documented risk management methodology covering context, criteria, and assessment method?
Does the methodology define likelihood and impact scales with clear, written criteria?
Has the methodology been formally approved by senior management?

Risk Assessment & Register

Is a risk register in place and actively maintained?
Does the register include: threats, vulnerabilities, likelihood, impact, risk level, owner, and treatment decision?
Has the risk assessment been reviewed within the past 12 months?
Has the register been updated after significant changes — new systems, cloud migrations, restructuring?

Risk Treatment

Is there a risk treatment plan with assigned owners, treatment options, and target dates?
Are accepted risks formally documented with a named owner and written justification?
Is there evidence that risk treatment actions have been tracked and completed?

Evidence Required — M2

Document	What Auditors Check
Risk methodology document	Context, criteria, assessment method — formally approved
Risk register	Current, with dates, owners, and treatment decisions per risk
Risk treatment plan	Completion evidence per action, not just intentions
Review evidence	Annual minimum, or after any significant infrastructure change

Common gap: Risk register treated as a one-time document. NESA requires ongoing monitoring. A register last updated two years ago will not pass.

Security requirements across the full employment lifecycle — before joining, during employment, and after departure.

Pre-Employment

Is there a documented pre-employment screening procedure?
Are background checks conducted consistently for all roles with access to in-scope systems?
Are screening results recorded and retained?

During Employment

Do employment contracts include security obligations or a security appendix?
Is there a security awareness training programme in place?
Are training records maintained at individual level — named employee, date, content covered?
Has all relevant staff completed security awareness training within the past 12 months?

Departure

Is there a formal offboarding procedure for departing employees and contractors?
Does it include explicit access revocation steps with verification?
Is there evidence that access was revoked promptly (within 24–48 hours) for recent departures?

Evidence Required — M3

Document	What Auditors Check
Screening procedure	Background check criteria and process — consistently applied
Employment contract clause	Security obligations documented per employee
Individual training records	Named employee, date, content — not just a programme description
Offboarding checklists	Access revocation confirmation with dates — recent examples

Common gap: Training records exist but cannot be tied to specific employees. Auditors require individual-level evidence, not aggregate completion statistics.

NESA defines "asset" broadly — hardware, software, data, and services all require classification. Data assets and cloud services are the most commonly missing entries.

Asset Inventory

Is there a current, complete asset inventory?
Does it include hardware, software, data assets, cloud services, and third-party hosted systems?
Does each asset have a named owner?
Is the inventory reviewed and updated at a defined frequency?

Classification

Is there an asset classification scheme — minimum: public, internal, confidential, restricted?
Have all assets in the inventory been classified?
Is classification reviewed when assets change function or sensitivity?

Acceptable Use & Disposal

Is there an acceptable use policy covering all asset types?
Is there a secure disposal procedure for physical media and decommissioned hardware?
Are disposal records maintained — method, date, authorising signature?

Evidence Required — M4

Document	What Auditors Check
Asset inventory	Current — owner and classification for every entry including cloud
Classification scheme	Minimum four tiers: public, internal, confidential, restricted
Acceptable use policy	Covering hardware, software, data, and cloud services
Disposal records	For recently retired hardware and media — method and authorisation

Common gap: Inventories covering IT hardware but omitting data assets, SaaS tools, and third-party systems. NESA considers information — not just hardware — an asset requiring classification.

Cloud providers, SaaS vendors, outsourced services — any supplier with access to in-scope data or systems. Relevant alongside your NESA compliance programme and any ISO 27001 programme running in parallel.

Supplier Register & Assessment

Is there a supplier register covering all third parties with access to in-scope systems or data?
Have suppliers been risk-classified by criticality and access level?
Has a security assessment been conducted for critical suppliers — questionnaire, certification review, or audit?
Are assessment records current and maintained?

Contractual Requirements

Do contracts with critical suppliers include security requirements — minimum standards, audit rights, breach notification?
Have existing contracts been reviewed for missing security clauses?
Is there a standard security schedule or annex used for new supplier contracts?

Ongoing Monitoring

Is there a process for monitoring supplier security performance at defined intervals?
Is there a procedure for terminating supplier access when engagements end?

Evidence Required — M5

Document	What Auditors Check
Supplier register	Risk-classified by criticality and type of access
Supplier assessment records	Questionnaires, certifications, or audit reports — current
Contract security clauses	Minimum standards, audit rights, breach notification for critical suppliers
Monitoring evidence	Review records, updated certifications, offboarding confirmations

Common gap: Cloud and SaaS vendor contracts with no security requirements. Many UAE organisations use major cloud platforms without any formal assessment or contractual security clause.

Audit Programme

Is there a formal internal audit schedule or programme covering all control domains?
Are internal auditors independent from the functions they audit?
Has an internal audit been completed within the defined cycle — typically annual?

Findings & Remediation

Are audit findings formally documented in audit reports?
Is there a tracking mechanism for open findings with assigned owners and target dates?
Is there evidence that findings have been remediated within agreed timelines?
Are overdue or unresolved findings escalated to senior management?

Evidence Required — M6

Document	What Auditors Check
Internal audit programme	Schedule covering all domains within the compliance boundary
Completed audit reports	Most recent cycle — with findings and dates
Findings tracker	Owner, target date, and remediation status per finding
Escalation evidence	For overdue or unresolved items — sign-off trail

Common gap: Auditors not independent from functions audited. NESA requires independence — the auditor cannot review their own work.

The most heavily P1-weighted technical domain. Auditors consistently review this first. Orphaned accounts and missing MFA are the two most common failure points. ★ P1 Mandatory

Identity & Access Management

Is there a formal access control policy?
Is there a documented user provisioning procedure — how access is requested, approved, and granted?
Is there a documented de-provisioning procedure — how access is removed when no longer needed?
Is there evidence of timely de-provisioning for recent role changes and departures?

Privileged Access

Is there a privileged account inventory — all accounts with elevated permissions, including service accounts?
Are privileged accounts reviewed at minimum quarterly?
Are privileged accounts separate from standard user accounts?
Is there evidence of the most recent privileged access review?

Authentication & MFA

Is multi-factor authentication enforced for all remote access?
Is MFA enforced for privileged systems and administrative interfaces?
Is there a password policy with documented minimum standards?
Is there technical evidence the password policy is enforced — configuration screenshots?

Access Reviews

Are access reviews conducted at defined intervals — annually for standard users, quarterly for privileged?
Are access review records maintained showing reviewer, date, and decisions made?
Is there a process for identifying and handling orphaned accounts?

Evidence Required — T1

Document	What Auditors Check
Access control policy	Formally approved — not just drafted
Provisioning/de-provisioning procedure	Recent completion examples — not just the procedure document
Privileged account inventory	Current, with most recent quarterly review records
MFA configuration evidence	Screenshots of enforcement settings across remote access and admin interfaces
Access review records	Most recent cycle — both standard and privileged accounts

Common gap: Orphaned accounts — former employee or contractor accounts remaining active after offboarding. Auditors compare access reviews directly against HR termination records.

Cryptography policy and key management must be in place and evidenced against actual system configurations. Partial P1

Policy & Key Management

Is there a cryptography policy specifying approved algorithms and minimum key lengths?
Is there a key management procedure covering generation, storage, rotation, revocation, and destruction?
Are cryptographic keys stored separately from the data they protect?
Is there a defined key rotation schedule with evidence of compliance?

Encryption in Practice

Is data at rest encrypted on all critical data stores — databases, laptops, backup media, removable storage?
Is data in transit encrypted using current TLS standards — TLS 1.2 minimum, TLS 1.3 preferred?
Have cipher suite configurations been reviewed within the past 12 months?
Has an SSL/TLS scan confirmed no deprecated protocols (SSL 3.0, TLS 1.0, TLS 1.1) or weak cipher suites? Run free SSL scan →

Evidence Required — T2

Document	What Auditors Check
Cryptography policy	Approved algorithms and minimum key lengths specified
Key management procedure	Full lifecycle: generation through destruction
Encryption configuration evidence	Database settings, TLS configuration screenshots — actual configs
SSL/TLS scan results	Dated — run free scan →

Common gap: Outdated cipher suites in production. Many organisations have a cryptography policy but have not audited actual configurations against it.

Physical security of facilities housing critical systems. Partial P1

Secure Areas

Are server rooms and data centres designated as secure areas with formal access controls?
Is access restricted to authorised personnel?
Are physical access logs maintained and reviewed?
Is visitor access controlled and logged?

Environmental Controls

Are environmental controls in place — temperature, humidity, fire suppression, power?
Are UPS and generator tests conducted and logged?
Are environmental monitoring logs reviewed at defined intervals?

Clean Desk & Media

Is there a clean desk and clear screen policy?
Is there evidence of policy enforcement — inspection records or periodic reminders?
Is there a secure disposal procedure for paper records containing sensitive information?

Evidence Required — T3

Document	What Auditors Check
Physical access logs	Secure areas — with evidence of regular review, not just collection
Environmental monitoring records	Temperature, power, fire suppression checks with dates
UPS/generator test records	With pass/fail outcomes — not just that tests occurred
Clean desk policy	With enforcement evidence — inspection records or audit trail

Common gap: Physical access logs exist but are never reviewed. Having logging without review evidence does not demonstrate a functioning control.

Network monitoring is a P1 mandatory requirement. A network with no monitoring capability does not meet NESA standards regardless of what other controls are in place. ★ P1 Mandatory

Network Architecture

Is there a current, accurate network architecture diagram?
Does it show segmentation between critical systems, general IT, and external-facing services?
Is there a DMZ or equivalent separation for externally accessible systems?
Has the architecture been reviewed following significant infrastructure changes?

Perimeter & Remote Access

Is there a firewall policy governing traffic between network segments?
Are firewall rulesets reviewed periodically with evidence of approval?
Is remote access provided via VPN or equivalent secure channel?
Is MFA enforced for all remote access?

Network Monitoring — P1

Is there a SIEM or equivalent monitoring capability for the in-scope network?
Are security event logs collected from critical systems and network devices?
Is there evidence that alerts are reviewed and actioned?
Are log retention periods defined and compliant with NESA requirements?

Evidence Required — T4

Document	What Auditors Check
Network architecture diagram	Current, dated — showing segmentation between zones
Firewall policy & ruleset review	With approval signatures and review dates
Remote access configuration	VPN configuration with MFA enforcement evidence
SIEM or monitoring evidence	Alert review records — not just that the tool exists
Log retention configuration	Defined retention periods meeting NESA minimums

Common gap: Flat networks with no segmentation. A diagram showing all systems on the same VLAN requires immediate remediation before any assessment.

Patch management is a P1 control and one of the first areas auditors verify. See also how penetration testing maps to this domain and how to structure vulnerability evidence for audit submission. ★ P1 Mandatory

Patch Management — P1

Is there a patch management policy with defined SLAs — e.g. critical within 30 days, high within 60?
Is there a process for identifying applicable patches across all in-scope systems?
Are patch deployments logged with dates and system identifiers?
Is there evidence of meeting SLAs for critical patches in the past 12 months?
Is there a process for managing exceptions with risk acceptance records?

Change Management

Is there a change management procedure that includes security review steps?
Are changes to in-scope systems reviewed for security impact before implementation?
Are change records maintained with approver details and implementation dates?

Security Testing

Is there a secure development lifecycle (SDLC) policy or procedure?
Is security testing conducted before deploying new systems or significant changes to production?
Are penetration test results documented and remediation tracked? Use the Nessus Visualizer to structure vulnerability evidence.

Evidence Required — T5

Document	What Auditors Check
Patch management policy	Defined SLAs per severity level — not just a general policy
Patch logs — 12 months	Compliance with SLAs per system — dates and identifiers
Exception records	Unpatched systems with risk acceptance sign-off
Change management records	Recent examples including security review steps
Penetration test report	Most recent, with remediation tracking — not just findings

Common gap: Patch logs exist but SLAs are not defined. Without documented targets auditors cannot verify compliance. Define SLAs first — then evidence against them.

Incident response must be documented, tested, and linked to regulatory reporting obligations. ★ P1 Mandatory

Incident Response Capability

Is there a documented Incident Response Plan (IRP)?
Has the IRP been reviewed and updated within the past 12 months?
Is there a named incident response team with defined roles and contact details?
Does the IRP include escalation paths to senior management and the sector regulator?

Logging & Reporting

Is there an incident log maintained for all security events and incidents?
Does the log include: date, classification, affected systems, response actions, resolution, and lessons learned?
Is there a procedure for reporting significant incidents to the sector regulator and SIA within required timeframes?

Testing

Has the IRP been tested within the past 12 months — tabletop exercise, drill, or simulated incident?
Are exercise records maintained showing participants, scenario, and findings?
Are lessons learned tracked through to remediation?

Evidence Required — T6

Document	What Auditors Check
Incident Response Plan	Current, approved, dated — with escalation paths visible
Incident log — 12 months	Classified, with response actions and resolutions per incident
IR team roster	Named individuals with defined roles and current contact details
Exercise records	Most recent tabletop or drill — participants, scenario, findings
External reporting evidence	Where regulatory reporting obligations apply

Common gap: Incident response plans that have never been tested. A documented IRP is necessary but not sufficient — NESA expects evidence of exercises. An untested plan is not a functioning control.

Business continuity and disaster recovery must be documented, tested, and evidenced — especially for restoration capability. ★ P1 Mandatory

Business Impact Analysis

Is there a current BIA identifying critical services and maximum acceptable downtime?
Does the BIA define RTO and RPO targets for each critical service?
Has the BIA been reviewed within the past 12 months or following significant organisational change?

BCP & DRP

Is there a Business Continuity Plan (BCP) aligned to the BIA?
Is there a Disaster Recovery Plan (DRP) covering IT system recovery procedures?
Are plans approved by senior management and version-controlled?

Backup & Recovery

Is there a backup procedure covering all critical systems and data?
Are backup logs maintained showing successful execution?
Have restoration tests been conducted — actual data restoration, not just backup confirmation?
Are restoration test records maintained — date, systems tested, RTO achieved, pass/fail outcome?

BCP/DRP Testing

Has the BCP/DRP been tested within the past 12 months?
Are test records maintained — scenario, participants, findings, and actions taken?
Are unresolved findings tracked through to remediation?

Evidence Required — T7

Document	What Auditors Check
Business Impact Analysis	Current — with RTO/RPO defined per critical service
BCP and DRP documentation	Board-approved, version-controlled, with review dates
Backup logs — 12 months	Showing successful execution per system
Restoration test records	Actual restore evidence — not just that backups ran
BCP/DRP test records	Scenario, participants, findings, action tracking

Common gap: Backups run but recovery has never been tested. Backup logs prove data is being copied — they do not prove it can be restored. Auditors will request restoration test records with defined success criteria.

Use this table as your final pre-assessment check. Any P1 domain with open gaps must be remediated before regulatory review begins.

Domain	Area	P1 Controls	Most Common Audit Failure
M1	IS Management	★ P1	Policy not reviewed in 12 months; missing version history
M2	Risk Management	★ P1	Risk register static; not updated after infrastructure changes
M3	HR Security	★ P1	Training not at individual level; no offboarding evidence
M4	Asset Management	★ P1	Cloud and data assets missing from inventory
M5	Supplier Security	★ P1	SaaS contracts with no security clauses; no supplier register
M6	Internal Audit	★ P1	Auditors not independent from functions they audit
T1	Access Control	★ P1	Orphaned accounts; no MFA; no quarterly privileged access review
T2	Cryptography	Partial	Deprecated TLS in production; no key rotation evidence
T3	Physical Security	Partial	Access logs not reviewed; environmental records incomplete
T4	Network Security	★ P1	No SIEM or monitoring; flat network with no segmentation
T5	System Development	★ P1	No patch SLA defined; critical patches overdue; no pentest evidence
T6	Incident Management	★ P1	IRP never tested; no incident log; no regulator reporting procedure
T7	BCP / DR	★ P1	Backups run but no restoration test records; BIA not updated

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For organizations managing multiple regulatory obligations, NESA readiness should also align with broader cybersecurity and compliance across governance, risk, and assurance.

A NESA compliance checklist is not a procedural exercise it is a control mechanism for regulatory, operational, and national risk. Organizations that approach NESA readiness methodically, with strong governance and disciplined evidence management, are far better positioned to meet regulatory expectations and sustain compliance over time.

Related Reading

Understand the regulatory background and applicability before using this checklist by reading our guide to NESA in the UAE.
For a detailed explanation of security domains, controls, and documentation expectations, refer to our article on NESA compliance requirements.
If you need expert support to validate readiness, close gaps, or prepare for audits, explore our NESA compliance services.
View how NESA aligns with broader regulatory obligations through our compliance solutions.

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Frequently Asked Questions (FAQs)

What is a NESA compliance checklist?

A NESA compliance checklist is a structured readiness tool used to validate governance, risk, technical controls, and evidence against NESA regulatory requirements.

When should organizations start NESA audit preparation?

Ideally, preparation should begin several months before assessment to allow time for gap remediation, evidence collection, and internal review.

Is a readiness assessment required before a NESA audit?

While not mandatory, a NESA readiness assessment significantly reduces audit risk by identifying gaps early and validating evidence quality.

Does NESA focus more on documentation or technical controls?

NESA evaluates both, but undocumented controls are treated as non-compliant regardless of technical implementation.

Who typically owns NESA compliance within an organization?

NESA compliance is usually owned jointly by cybersecurity leadership, risk management, and executive governance teams.

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