VAPT Services in Dubai & UAE

Cyber threats in the UAE are no longer a distant concern — they are an operational reality. In 2024 alone, the UAE ranked among the top five most-targeted nations in the Middle East for ransomware, phishing infrastructure, and supply-chain compromise. More critically, VAPT (Vulnerability Assessment and Penetration Testing) has shifted from a best-practice recommendation to a hard regulatory requirement. Organisations operating under NESA IAS controls, CBUAE cybersecurity guidelines, DFSA Technology Risk Management frameworks, PCI DSS mandates, and the UAE Personal Data Protection Law (PDPL) are now contractually and legally obligated to demonstrate that their systems have been independently tested and that vulnerabilities have been remediated. A checkbox compliance scan is no longer sufficient. Regulators expect evidence of real-world attack simulation performed by certified professionals — OSCP, CEH, and CISSP-qualified engineers who understand how adversaries actually operate. At eShield IT Services, that is precisely what we deliver.

What is VAPT? Vulnerability Assessment vs Penetration Testing Explained

One of the most persistent misconceptions in enterprise security procurement is treating Vulnerability Assessment (VA) and Penetration Testing (PT) as interchangeable terms. They are not. Understanding the distinction is essential before engaging any VAPT provider, because conflating the two often leads organisations to purchase a cheaper automated scan and believe they have satisfied a penetration testing requirement — which is both technically incorrect and potentially non-compliant.

A Vulnerability Assessment is a systematic, largely automated process of enumerating known weaknesses in systems, applications, and infrastructure. Tools such as Tenable Nessus, Qualys, and OpenVAS scan targets against databases of known CVEs (Common Vulnerabilities and Exposures), misconfigurations, and version-specific weaknesses. The output is a prioritised list of identified vulnerabilities with CVSS scores, affected components, and remediation guidance. VA is broad but shallow — it tells you what might be exploitable, but it does not confirm whether exploitation is actually feasible in your specific environment, what the realistic blast radius of a compromise would be, or how vulnerabilities chain together to create critical attack paths.

A Penetration Test is a skilled, human-led exercise that simulates the techniques, tactics, and procedures (TTPs) of a real-world attacker. A penetration tester takes the findings from vulnerability enumeration and attempts to actively exploit them — escalating privileges, pivoting through internal networks, exfiltrating data, or demonstrating the full kill chain from initial access to domain compromise. Penetration testing validates whether a vulnerability is genuinely exploitable in context, identifies logic flaws and business-layer vulnerabilities that no scanner will ever find, and provides board-level evidence of real risk. When regulators and auditors ask for a “pen test,” they mean this — not a Nessus report.

VAPT combines both disciplines in a structured engagement. We begin with comprehensive vulnerability discovery across all in-scope assets, followed by prioritised exploitation attempts by our certified engineers. The methodology follows the Penetration Testing Execution Standard (PTES) and aligns with OWASP testing guides, CIS benchmark controls, and MITRE ATT&CK techniques. The result is a single consolidated deliverable that satisfies both the enumeration requirements of compliance frameworks and the real-world validation demanded by security-mature organisations.

VAPT Services We Offer in UAE

Our service portfolio covers every attack surface that a UAE enterprise is likely to expose — from public-facing web applications and APIs through to OT environments in utilities and manufacturing. Every engagement is scoped, priced, and executed individually; we do not apply generic templates to complex environments.

Web Application VAPT

Web applications remain the most commonly exploited entry point for attackers targeting UAE enterprises. Our web application VAPT is structured around the OWASP Testing Guide v4.2 and maps directly to the OWASP Top 10 2021 — the definitive industry standard for web application risk classification. We test for all ten categories with real exploitation attempts, not just scanner confirmation. This includes Injection vulnerabilities (SQL injection, NoSQL injection, LDAP injection, OS command injection), Broken Access Control (the number-one OWASP category, covering IDOR, privilege escalation, and missing function-level authorisation), Cryptographic Failures (weak TLS configurations, insecure storage of credentials, improper certificate validation), and Security Misconfiguration across web servers, application frameworks, and cloud-hosted deployments.

Beyond the OWASP Top 10, our engineers test for business logic vulnerabilities that automated tools cannot detect — price manipulation in e-commerce flows, workflow bypass in approval systems, and race conditions in financial transaction processing. We also assess authentication mechanisms in depth: multi-factor authentication bypass, session token entropy, cookie security attributes (HttpOnly, Secure, SameSite), and account enumeration via timing attacks. Server-Side Request Forgery (SSRF), XML External Entity (XXE) injection, and deserialization vulnerabilities are tested manually on every engagement, not left to scanner heuristics. We use tools including Burp Suite Professional, SQLMap, Nikto, and custom exploitation scripts developed by our OSCP-certified engineers.

Every web application test concludes with a detailed findings report correlated to CVSSv3 scores, OWASP category mapping, proof-of-concept evidence, and actionable remediation steps written for developers — not just security professionals. We include free retesting of all critical and high findings within 30 days of the initial report delivery, ensuring that your remediation work has actually addressed the root cause rather than applying a surface-level patch. For organisations subject to PCI DSS, our web application VAPT directly satisfies Requirement 11.3.1 (internal penetration testing) and 11.3.2 (external penetration testing).

API Security Testing

APIs have become the dominant attack vector in modern enterprise environments, yet they remain one of the most under-tested components in UAE security programmes. The OWASP API Security Top 10 defines the core risk categories, and our engineers test against all ten: Broken Object Level Authorisation (BOLA/IDOR), Broken Authentication, Broken Object Property Level Authorisation (mass assignment and excessive data exposure), Unrestricted Resource Consumption, Broken Function Level Authorisation, Server-Side Request Forgery, Security Misconfiguration, Lack of Protection from Automated Threats, Improper Inventory Management, and Unsafe Consumption of APIs. BOLA alone accounts for the majority of real-world API breaches — it occurs when an API endpoint exposes object references that an authenticated but unauthorised user can manipulate to access another user’s data. Detecting it requires manual testing with multiple user contexts, something no scanner can reliably replicate.

Our API security testing covers REST, GraphQL, SOAP, and gRPC interfaces. For REST APIs, we analyse OpenAPI/Swagger specifications (where available) to map all endpoints and parameters before moving to active testing. For GraphQL, we test for introspection exposure, query depth and complexity abuse (leading to Denial of Service), field-level authorisation bypass, and batching attacks. We test rate limiting and throttling controls across all endpoint types, verifying that controls cannot be bypassed through header manipulation, IP rotation simulation, or user-agent cycling. JWT token security is assessed in depth — algorithm confusion attacks (RS256 to HS256 downgrade), weak secret detection, improper claim validation, and token replay scenarios are all tested explicitly.

For organisations that have integrated third-party APIs — payment gateways, KYC providers, logistics platforms — we assess the security of those integrations from your side, evaluating how credentials are stored, how responses are validated, and whether unsafe data from external APIs is consumed without sanitisation. This is particularly relevant for UAE fintech and e-commerce operators who aggregate services from multiple third-party API providers. Our API security testing engagement includes free retest of all critical and high findings within 30 days, and our reports include Postman collection exports of all test cases so your development team can reproduce findings independently.

Mobile Application VAPT

Mobile applications present a fundamentally different attack surface from web applications — they carry compiled business logic, store data locally on end-user devices, communicate over networks the developer does not control, and interact with device operating system APIs that introduce their own risk. Our mobile VAPT covers both Android (APK analysis and dynamic testing on physical devices) and iOS (IPA analysis, where source-code access or provisioning is provided, and black-box dynamic testing via Objective-C/Swift runtime instrumentation). We follow the OWASP Mobile Security Testing Guide (MSTG) and align findings to the OWASP MASVS (Mobile Application Security Verification Standard) levels, giving you a structured benchmark against which your application’s security posture can be measured over time.

Static analysis of mobile applications includes reverse engineering (decompilation using jadx for Android, class-dump for iOS), identification of hardcoded credentials and API keys in source code and binary resources, insecure data storage assessment (SharedPreferences, SQLite databases, NSUserDefaults, KeyChain misuse), and identification of debug flags, logging verbosity, and developer backdoors left in production builds. We examine all certificate pinning implementations and test bypass techniques using Frida instrumentation — certificate pinning is a critical control for mobile applications handling financial transactions or personal data, and a flawed implementation provides a false sense of security that we will expose. Dynamic analysis covers network traffic interception via MITM proxy, authentication and session management testing identical to our web application methodology, and local data extraction from a rooted/jailbroken test device to simulate a compromised handset scenario.

For UAE-based financial services, healthcare, and government mobile applications, we pay particular attention to controls required under CBUAE digital banking guidelines and HAAD/DHA health application data protection requirements. This includes ensuring that sensitive data (PII, financial details, health records) is never written to device logs, clipboard, or external storage without encryption, and that session tokens are invalidated correctly on logout. Our mobile VAPT report maps every finding to the relevant MASVS control identifier, giving your development team and compliance officer a clear cross-reference between technical vulnerabilities and the security standard your application is assessed against.

Network Penetration Testing

Network penetration testing assesses the security of your infrastructure layer — the servers, firewalls, switches, routers, VPNs, and wireless access points that underpin every digital service your organisation operates. Our network VAPT is divided into external and internal engagements, each with a distinct methodology. External network penetration testing targets your internet-facing perimeter: publicly routable IP addresses, exposed services, DNS configuration, email security (SPF, DKIM, DMARC), and firewall rule-set effectiveness. We conduct OSINT reconnaissance using tools including Shodan, Censys, WHOIS analysis, and certificate transparency logs before any active scanning begins, replicating the information-gathering phase of a real attack. Active testing includes service enumeration with Nmap and Masscan, vulnerability identification with OpenVAS and Nessus, and targeted exploitation of identified weaknesses using Metasploit Framework, custom exploit code, and publicly available PoC code for unpatched CVEs.

Internal network penetration testing is conducted from within your network — either on-site with a physical laptop connected to your LAN, or remotely via a VPN drop-box (a small device shipped to your premises). This simulates the threat of a malicious insider, a phishing victim whose workstation has been compromised, or an attacker who has already breached the perimeter. Internal testing includes Active Directory security assessment (Kerberoasting, AS-REP roasting, pass-the-hash, pass-the-ticket, DCSync, BloodHound attack-path analysis), lateral movement simulation, credential harvesting from network shares and unencrypted protocols (Responder/LLMNR poisoning, SMB relay attacks), and privilege escalation from a standard user account to Domain Administrator. We also assess network segmentation effectiveness — verifying that VLAN segregation and firewall rules genuinely prevent lateral movement between segments, rather than relying on logical controls that can be bypassed.

Wireless network testing is included as an optional add-on and covers WPA2/WPA3 configuration, rogue access point detection, evil twin attack simulation, and guest network isolation verification. For organisations with multiple UAE sites, we can conduct concurrent testing across locations. All network penetration test findings are mapped to CIS Controls v8 and include specific remediation steps tied to your identified infrastructure — not generic advice. We provide free retest of all critical and high findings within 30 days and can provide evidence packages formatted for NESA IAS audit submissions.

Cloud Security VAPT

Cloud environments introduce security risks that bear almost no resemblance to traditional on-premise infrastructure — and the majority of UAE organisations that have migrated to AWS, Azure, or GCP have done so without a corresponding uplift in their security testing programme. The shared responsibility model means your cloud provider secures the underlying infrastructure, but identity and access management, data encryption, network configuration, workload security, and API security remain entirely your responsibility. Misconfigured S3 buckets, overly permissive IAM roles, publicly exposed Kubernetes API servers, and secrets committed to code repositories have caused some of the largest data breaches in recent history — and the same vulnerabilities appear repeatedly in UAE cloud environments we assess.

Our cloud VAPT engagements are structured around CIS Benchmark assessments for AWS, Azure, and GCP (the definitive hardening standards for each platform), supplemented by active exploitation testing that goes beyond configuration review. We test IAM privilege escalation paths — identifying whether a low-privilege role can assume higher-privilege roles, abuse service-linked role permissions, or exfiltrate credentials from instance metadata services (IMDS v1 SSRF is still a viable attack in many cloud environments). Container security is assessed in depth for organisations using EKS, AKS, or GKE — including Kubernetes RBAC misconfigurations, privileged container escape techniques, exposed Kubernetes dashboard instances, and secrets management (evaluating whether secrets are stored in environment variables, Kubernetes Secrets objects without encryption at rest, or proper secrets managers such as AWS Secrets Manager or Azure Key Vault).

Serverless security testing covers AWS Lambda, Azure Functions, and GCP Cloud Functions — assessing event injection vulnerabilities, function permission over-provisioning, and dependency vulnerabilities in deployed packages. We conduct cloud-native threat modelling using the STRIDE framework adapted for cloud architecture, identifying trust boundaries and data flows that introduce risk. For multi-cloud environments (increasingly common among UAE enterprises in finance and telecommunications), we assess cross-cloud trust relationships and federation configurations. Our cloud VAPT reports include architecture diagrams annotating identified risk, IaC (Infrastructure as Code) remediation examples in Terraform and CloudFormation where applicable, and direct mapping to your cloud provider’s Well-Architected Framework security pillar.

OT/SCADA Security Assessment

Operational Technology (OT) and SCADA environments present the highest-stakes attack surface in the UAE’s critical infrastructure sectors — utilities, water treatment, oil and gas, manufacturing, and transport. A successful attack on an OT environment does not result in data theft; it results in physical consequences: production shutdown, environmental damage, or — in worst-case scenarios — loss of life. The convergence of IT and OT networks, accelerated by Industry 4.0 digitalisation initiatives across the UAE, has dramatically increased the attack surface accessible to threat actors. Legacy PLCs and HMIs running Windows XP or Windows 7, Modbus and DNP3 protocols with no authentication, and flat network architectures that provide no segmentation between the enterprise IT network and the process control network are endemic in OT environments across the region.

Our OT/SCADA security assessments are conducted by engineers with specific operational technology expertise, following the IEC 62443 standard for industrial cybersecurity and NIST SP 800-82 guidelines for industrial control system security. We perform passive network monitoring using purpose-built OT visibility tools (Claroty, Dragos, or Nozomi Networks, depending on client preference) to build a complete asset inventory without disrupting operational processes. Active testing in OT environments is always conducted with explicit approval from operations management and during planned maintenance windows, with a safety-first protocol that prioritises operational continuity over aggressive testing. We assess the Purdue Model network segmentation, verifying that the DMZ between the enterprise network and the OT network enforces unidirectional data flows where appropriate and that remote access mechanisms (engineer VPN, vendor remote support) are properly controlled and monitored.

Protocol-level testing covers Modbus TCP, DNP3, EtherNet/IP, Profinet, and BACnet — assessing whether commands can be injected, values spoofed, or denial-of-service conditions triggered by malformed packets. HMI and engineering workstation security is assessed for vulnerabilities in SCADA software versions, weak authentication, exposed web interfaces, and the presence of unnecessary internet-facing connectivity. We also evaluate the security of historian servers and data diodes, which are common OT/IT integration points and frequent targets for attackers seeking to exfiltrate process data. Our OT security assessment deliverables include a prioritised remediation roadmap that distinguishes between changes that can be made without operational disruption and those requiring planned maintenance, ensuring our findings translate into actionable security improvements rather than theoretical recommendations that operations teams cannot safely implement.

VAPT Testing Approaches — Black Box, Grey Box, White Box

The testing approach you select for a VAPT engagement fundamentally shapes what the exercise can reveal. Each approach has distinct advantages, appropriate use cases, and cost implications. Understanding the difference allows you to select the right approach for your specific risk scenario, rather than defaulting to the cheapest option.

Black Box Testing

In a black box engagement, our testers begin with zero prior knowledge of the target environment — no architecture diagrams, no source code, no credentials, no internal documentation. We are given only a scope (e.g., a domain name, an IP range, or an application URL) and simulate the perspective of an external attacker who has no insider knowledge. Black box testing is the closest simulation of a real-world attack by an external threat actor and is effective for validating perimeter security, identifying information leakage, and demonstrating the reachability of sensitive systems from the internet. The limitation of black box testing is efficiency — significant time is spent on reconnaissance and enumeration that would not be necessary with prior knowledge, which means the total depth of vulnerability coverage is lower for a given budget than a grey or white box engagement.

Grey Box Testing

Grey box testing provides our engineers with partial knowledge of the target — typically a standard user account, basic network architecture documentation, and application user guides. This approach simulates the threat of a malicious insider with standard employee privileges, a phishing victim, or an attacker who has obtained credentials through a prior breach. Grey box testing delivers significantly better depth of coverage than black box for a comparable time investment, because the reconnaissance phase is shortened and testers can move directly to more complex vulnerability chains. For most enterprise VAPT engagements — particularly web application, mobile application, and internal network testing — grey box is the approach we recommend as the optimal balance of realism and coverage.

White Box Testing

White box testing (also known as crystal box or clear box testing) provides our engineers with full access to everything relevant to the engagement: source code, architecture diagrams, database schemas, API documentation, infrastructure configuration files, and administrative credentials. This approach maximises vulnerability coverage and is the most appropriate choice for organisations seeking the highest assurance of security before a major release, processing highly sensitive data, or operating in a regulatory environment with stringent testing requirements. White box testing enables our engineers to identify vulnerabilities in business logic, data flow, and code quality that are invisible from the outside — including cryptographic implementation errors, insecure direct object reference patterns embedded in application logic, and race conditions in concurrent processing. It is the most expensive approach but delivers the highest return on investment for applications where a single critical vulnerability could result in regulatory sanction, reputational damage, or significant financial loss.

Our VAPT Methodology — 7 Steps from Scoping to Remediation

Every eShield IT Services VAPT engagement follows a structured seven-phase methodology aligned with the Penetration Testing Execution Standard (PTES), OWASP Testing Guide, and NIST SP 800-115. This methodology ensures consistency, completeness, and a defensible audit trail for every finding we report.

Phase 1: Scoping and Rules of Engagement

Before any technical activity begins, we conduct a detailed scoping session with your team to define exactly what is in scope, what is explicitly out of scope, the testing window (dates and hours during which testing will occur), emergency contact procedures for pausing or halting testing, and the authorisation documentation that legally protects both parties. Scoping is not a formality — an incorrectly scoped engagement can miss critical assets or — worse — test systems outside your control, creating legal and operational problems. We provide a formal Statement of Work and Rules of Engagement document for every engagement, which serves as the authorisation record required by UAE cybercrime law (Federal Decree Law No. 34 of 2021) and satisfies the authorisation evidence requirements of most compliance frameworks.

Phase 2: Reconnaissance and Intelligence Gathering

Reconnaissance replicates the information-gathering activities a real attacker would conduct before any exploit attempt. For external engagements, this includes passive OSINT (Open Source Intelligence) collection: DNS enumeration (subdomains, MX records, SPF/DMARC records), WHOIS analysis, certificate transparency log review (crt.sh), Shodan and Censys searches for exposed services, LinkedIn and social media analysis for employee names and technology stack disclosure, and Google dorking for exposed documents, login panels, and error messages. For internal network tests, reconnaissance includes network discovery, SNMP community string enumeration, NetBIOS and LLMNR responses, and broadcast domain mapping. The intelligence gathered in this phase informs the attack surface map that drives all subsequent testing activity.

Phase 3: Vulnerability Identification and Enumeration

Armed with the reconnaissance data, we conduct systematic vulnerability enumeration across all in-scope assets. This combines automated scanning (Nessus Professional, Burp Suite Scanner, OWASP ZAP, Nikto, OpenVAS) with manual verification of every identified finding. Automated scanners produce false positives — we eliminate these through manual confirmation before any finding appears in the final report. We also identify vulnerabilities that scanners cannot detect: business logic flaws, authorisation issues, race conditions, and second-order injection vulnerabilities. All identified vulnerabilities are catalogued with initial severity ratings, affected components, and evidence screenshots at this stage, building the foundation for the exploitation phase.

Phase 4: Exploitation and Attack Simulation

This is the phase that distinguishes a genuine penetration test from a vulnerability scan. Our OSCP-certified engineers attempt to actively exploit confirmed vulnerabilities, chaining multiple lower-severity issues into attack paths that achieve meaningful objectives — data exfiltration, privilege escalation, lateral movement, or system compromise. We operate within agreed rules of engagement and document every exploitation attempt with full evidence: screenshots, HTTP request/response captures, command output, and proof-of-concept code. Where exploitation would cause service disruption, we demonstrate exploitability through non-destructive means and document the theoretical impact clearly. The goal is to demonstrate the real business impact of identified vulnerabilities — not simply to list CVE numbers, but to show a board of directors exactly what an attacker could do with access to your systems.

Phase 5: Post-Exploitation and Lateral Movement

After achieving initial access, we assess how far an attacker could progress through your environment. This phase evaluates the effectiveness of your detection and response capabilities, network segmentation controls, and privilege management. Post-exploitation activities (conducted within agreed scope) include privilege escalation attempts, credential harvesting from compromised hosts, lateral movement to adjacent systems, persistence mechanism identification, and data access enumeration — determining what sensitive data would be accessible from a compromised position. For organisations with a Security Operations Centre (SOC) or SIEM deployment, this phase also tests detection coverage: did your monitoring tools alert on our activities? If not, we document the detection gaps, which are often as valuable as the exploitation findings themselves.

Phase 6: Reporting and Findings Documentation

Every finding from the engagement is documented in our structured VAPT report, which is delivered within five business days of testing completion. The report contains two primary sections: an Executive Summary written for non-technical stakeholders (C-suite, board members, compliance officers) presenting the overall risk posture, key findings, and business impact in plain language; and a Technical Findings section containing every identified vulnerability with full detail — CVSSv3 score and vector string, affected component, reproduction steps, evidence (screenshots and request/response captures), risk rating, and specific remediation guidance. We do not produce generic remediation advice — every recommendation is written for your specific technology stack, referencing actual configuration changes, code fixes, or vendor patches relevant to your environment.

Phase 7: Remediation Support and Free Retest

Delivering a report is not the end of our engagement — it is the beginning of the most important phase: remediation. Our engineers are available for a post-report walkthrough call (included in every engagement) to explain findings, answer developer questions, and provide guidance on remediation prioritisation. We offer a free retest of all critical and high findings within 30 days of the initial report delivery, verifying that vulnerabilities have been genuinely resolved rather than superficially patched. Retest findings are documented in a retest report that serves as evidence of remediation for auditors and regulators. For organisations that wish to address medium and low findings before their next scheduled VAPT, retest coverage for lower-severity findings can be included at a discounted rate.

VAPT Pricing in Dubai & UAE 2026

VAPT pricing in the UAE varies significantly based on scope, complexity, testing approach, and the seniority of the engineers assigned. The pricing ranges below reflect the typical scope of engagements we conduct for UAE enterprises. All engagements are scoped individually — if your requirements are outside these ranges (larger scope, additional locations, or specialised environments), contact us for a custom proposal.

• Web Application VAPT: AED 7,000–25,000 | 3–7 days | Covers single web application, grey or black box, OWASP Top 10 full coverage, business logic testing, free critical/high retest within 30 days
• API Security Testing: AED 8,000–22,000 | 3–5 days | REST/GraphQL/SOAP, OWASP API Security Top 10, authentication and authorisation testing, rate limiting bypass, JWT security
• Mobile Application VAPT: AED 10,000–35,000 | 5–8 days | Android and/or iOS, static and dynamic analysis, OWASP MASVS mapping, certificate pinning bypass, local storage assessment
• Network Penetration Testing: AED 15,000–60,000 | 5–10 days | External and/or internal, Active Directory assessment, lateral movement simulation, wireless testing available as add-on
• Cloud Security VAPT: AED 18,000–70,000 | 5–10 days | AWS/Azure/GCP, CIS Benchmark assessment, IAM privilege escalation, container and serverless security, secrets management
• Enterprise Full-Scope VAPT: AED 50,000–200,000+ | 2–4 weeks | Combined web, API, network, cloud, and mobile across multiple assets; includes threat modelling, red team simulation, and executive briefing

Pricing at the lower end of each range reflects simpler environments (small number of endpoints, limited authentication flows, straightforward architecture). Pricing at the upper end reflects complex environments — large application surface, multiple user roles with complex authorisation logic, multi-cloud deployments, or multiple geographic sites. We are transparent about what drives cost in a VAPT engagement; our scoping process ensures you pay for the coverage your environment actually requires, without unnecessary padding.

All engagements include: signed Rules of Engagement and authorisation documentation, executive summary report, technical findings report with full evidence, remediation guidance, post-report walkthrough call, and free retest of critical and high findings within 30 days. VAT is charged at the standard UAE rate where applicable.

Why VAPT is Mandatory Under UAE Regulations

Organisations operating in the UAE face an increasingly dense regulatory landscape with explicit cybersecurity testing requirements. Non-compliance is no longer an abstract risk — it carries financial penalties, licence suspension risk, and in regulated sectors, potential personal liability for senior management. Below are the primary UAE regulatory frameworks that mandate or strongly recommend VAPT.

NESA Information Assurance Standards (IAS)

The National Electronic Security Authority (NESA) IAS applies to UAE government entities and Critical National Infrastructure (CNI) operators — including telecommunications, energy, water, transport, and financial services. The IAS Control Framework explicitly requires periodic vulnerability assessments and penetration testing as part of the Technical Controls (TC) category, with specific controls for network security testing, application security testing, and security monitoring. Organisations classified as Category 1 (highest criticality) are expected to conduct VAPT annually at minimum, with specific requirements for independent third-party testing rather than internal assessments alone. NESA audits examine VAPT reports as evidence of control effectiveness, and absence of recent, comprehensive testing results in significant audit findings.

Central Bank of UAE (CBUAE) Cybersecurity Framework

The CBUAE Cybersecurity Framework applies to all licensed financial institutions in the UAE — banks, exchange houses, payment service providers, and finance companies. The framework’s Security Testing domain explicitly requires regular penetration testing of critical systems, including internet-facing applications, internal networks, and mobile banking applications. The CBUAE has progressively increased its enforcement posture; regulated entities are expected to demonstrate a mature, continuous security testing programme rather than point-in-time annual assessments. For digital banking and open banking implementations, the CBUAE has issued specific guidance on API security testing requirements that aligns directly with our API VAPT service offering.

PCI DSS v4.0

Payment Card Industry Data Security Standard (PCI DSS) v4.0 — the current version as of 2024 — contains explicit penetration testing requirements under Requirements 11.3 and 11.4. Requirement 11.3.1 mandates external penetration testing at least annually and after any significant infrastructure change. Requirement 11.3.2 mandates internal penetration testing on the same schedule. Requirement 11.4 introduces a new focused requirement for penetration testing of segmentation controls — verifying that the CDE (Cardholder Data Environment) is genuinely isolated from other network segments. Critically, PCI DSS v4.0 tightens the definition of a qualifying penetration test: it must be performed by a qualified internal resource or a qualified external third party, must cover both the network layer and application layer, and must include testing for all applicable vulnerabilities in Requirement 6.2.4. A vulnerability scan alone does not satisfy these requirements.

Dubai Financial Services Authority (DFSA) Technology Risk Management

The DFSA’s Technology Risk Management (TRM) Guidelines apply to all firms regulated by the DFSA operating in the Dubai International Financial Centre (DIFC). The TRM Guidelines require regulated firms to implement a comprehensive vulnerability management programme including regular penetration testing of critical systems. The DFSA has aligned its expectations with international standards including the TIBER-EU framework for threat intelligence-based red team testing — meaning the most mature DIFC-regulated firms are expected to go beyond standard VAPT to scenario-based red team exercises. Our Enterprise Full-Scope VAPT and red team services are designed to satisfy DFSA TRM expectations at all tiers.

UAE Personal Data Protection Law (PDPL)

Federal Decree Law No. 45 of 2021 (UAE PDPL) and its implementing regulations require data controllers and processors to implement appropriate technical and organisational measures to protect personal data. While the PDPL does not prescribe specific security controls in the same way as PCI DSS, regulators and courts will assess the adequacy of technical measures in the context of a data breach. An organisation that cannot demonstrate regular security testing of systems holding personal data will face significant difficulty arguing that it took appropriate protective measures. In practice, UAE PDPL compliance for technology-dependent organisations means regular VAPT of systems processing personal data is a de facto requirement — particularly for healthcare, financial services, HR technology, and consumer-facing digital platforms.

What to Expect from Your VAPT Report

The quality of a VAPT engagement is ultimately measured by the quality of the report it produces. A good VAPT report is both a technical reference document and a business communication tool. It must be actionable for developers and system administrators, comprehensible to executives and board members, and defensible as evidence for auditors and regulators. Here is what every eShield IT Services VAPT report contains and how to interpret it.

Executive Summary

The executive summary is written for non-technical readers who need to understand the overall security posture of the tested environment without parsing technical detail. It includes: the scope and dates of the engagement, the overall risk rating (Critical / High / Medium / Low / Informational), a breakdown of findings by severity, the most significant findings described in business-impact terms (e.g., “An attacker could have accessed all customer payment records without authentication”), key positive findings where your controls performed well, and a top-five prioritised remediation action list. This section is designed to be read by your CTO, CISO, CEO, or board-level audit committee without technical interpretation. It is also the section most commonly reviewed by regulators and auditors as a first pass of your security testing evidence.

Understanding CVSS Scores

Every vulnerability in our technical findings section is rated using the Common Vulnerability Scoring System version 3.1 (CVSSv3.1) — the industry-standard framework for assessing vulnerability severity. CVSSv3.1 scores range from 0.0 to 10.0 and are derived from three metric groups. The Base Score reflects the intrinsic characteristics of the vulnerability: Attack Vector (Network, Adjacent, Local, Physical), Attack Complexity (Low or High), Privileges Required (None, Low, High), User Interaction (None or Required), Scope (Unchanged or Changed), Confidentiality Impact, Integrity Impact, and Availability Impact. The Temporal Score adjusts for factors that change over time — exploit code maturity and remediation availability. The Environmental Score adjusts for your specific environment — for example, a vulnerability in a system that handles no sensitive data scores lower in your environment than the same vulnerability in a system processing payment card data.

Score interpretation: Critical (9.0–10.0) — requires immediate remediation, typically within 24–72 hours; High (7.0–8.9) — requires prompt remediation, typically within one to two weeks; Medium (4.0–6.9) — should be remediated within 30–90 days as part of standard patch management; Low (0.1–3.9) — should be tracked and remediated in regular maintenance cycles; Informational (0.0) — no direct risk, but represents a configuration or practice worth improving. We do not artificially inflate scores to make reports look more alarming — our scoring reflects our honest assessment of exploitability and impact in your specific environment. Where we rate a finding higher or lower than the published NVD CVSS score for a known CVE, we document our rationale.

Technical Findings Detail

Each technical finding contains: a descriptive title, severity rating with CVSSv3.1 score and vector string, affected URL/endpoint/component, vulnerability description (what it is and why it exists), impact description (what an attacker can do with it), evidence (screenshots, HTTP requests/responses, command output), reproduction steps (a step-by-step guide for your team to reproduce the issue), remediation guidance specific to your technology stack, and references (CVE identifiers where applicable, OWASP Top 10 category, CWE identifier, and relevant vendor documentation). Findings are presented in descending severity order so that the most critical issues are addressed first.

What Good Remediation Looks Like

Remediation is not just patching — it is understanding the root cause of a vulnerability and addressing it at the appropriate layer. For a SQL injection vulnerability, the correct remediation is parameterised queries or prepared statements at the code level, not a WAF rule that attempts to filter malicious input (WAF rules can be bypassed; parameterised queries cannot). For a broken access control finding, the correct remediation is server-side authorisation checks on every sensitive operation, not relying on hiding UI elements from unauthorised users. Our remediation guidance always targets the root cause, not the symptom. We also provide remediation prioritisation guidance — not every vulnerability can be fixed simultaneously, and we help you build a realistic remediation roadmap that prioritises critical and high findings while scheduling medium and low items into regular development sprints.

Industries We Serve for VAPT in UAE

eShield IT Services delivers VAPT engagements across the full breadth of the UAE’s digital economy. Our engineers have specific domain knowledge in the regulatory environments, technology stacks, and threat landscapes of the following sectors.

Financial Services and Fintech

UAE banks, exchange houses, insurance companies, fintech startups, and DIFC-regulated entities operate under CBUAE, DFSA, and PCI DSS mandates. We have deep experience testing core banking application APIs, mobile banking applications, payment processing systems, open banking integrations, and trading platforms. Our financial services VAPT reports are structured to map directly to CBUAE framework controls and DFSA TRM requirements, simplifying the evidence preparation process for regulatory submissions.

Healthcare and Life Sciences

Healthcare organisations in the UAE — hospitals, clinics, health insurance providers, digital health platforms, and medical device manufacturers — handle some of the most sensitive personal data in existence. UAE health data is protected under HAAD/DHA regulations, the UAE PDPL, and where international operations are involved, potentially GDPR. Electronic Medical Record (EMR) systems, PACS (picture archiving systems), telemedicine platforms, and IoT medical devices all represent attack surfaces that require specialist testing knowledge. We have conducted VAPT for UAE healthcare organisations including web-based patient portals, HL7 FHIR API implementations, and connected medical device networks.

Government and Public Sector

UAE federal and emirate-level government entities are subject to NESA IAS requirements and the UAE National Cybersecurity Strategy directives. Government portals, e-services platforms, smart city infrastructure, and citizen data systems require rigorous, documented VAPT programmes to demonstrate compliance with national cybersecurity standards. We work under NDA and produce reports in formats suitable for submission to TRA/TDRA and NESA audit processes.

Retail and E-Commerce

UAE e-commerce platforms and retail organisations processing payment card data are subject to PCI DSS requirements. Beyond compliance, retail e-commerce platforms are high-value targets for web skimming (Magecart-style attacks), account takeover (credential stuffing against customer accounts), inventory manipulation, and price abuse. Our retail VAPT assessments cover the complete transaction flow from product browsing through payment processing, with particular attention to checkout security, loyalty programme abuse, and third-party script security (JavaScript supply chain risk).

Technology and SaaS

UAE technology companies and SaaS providers face unique VAPT requirements — their product is the application, and a security vulnerability is simultaneously a product defect and a liability to every customer using the platform. We work with UAE ISVs and SaaS providers to conduct VAPT as part of their secure development lifecycle (SDLC), integrating with their development and release processes to provide security assurance before major releases without delaying time-to-market. We also support UAE technology companies seeking SOC 2 Type II certification, where penetration testing is a required component of the security controls evidence package.

How to Choose a VAPT Company in UAE — 7 Questions to Ask

The UAE cybersecurity market includes dozens of vendors offering VAPT services, ranging from global consultancies to small local firms, with significant variation in quality, methodology, and credibility. Choosing the wrong provider — one that delivers automated scan reports dressed up as penetration tests — is not just a waste of budget. It is a compliance risk. Here are seven questions that will separate credible VAPT providers from those you should avoid.

• What certifications do your testers hold? Look for OSCP (Offensive Security Certified Professional) as the baseline for penetration testers — it requires hands-on exploitation in a live lab environment. CEH (Certified Ethical Hacker) and CISSP (Certified Information Systems Security Professional) demonstrate broader security knowledge. Be sceptical of providers whose testers hold only vendor-based certifications from tools they use commercially.
• Can you provide a sample redacted report? A credible VAPT provider will have redacted sample reports they can share. Review the finding quality — are CVSSv3 scores properly calculated with vector strings? Is the evidence clear? Are remediation steps specific to the finding, or generic copy-paste advice? A poor-quality sample report is a reliable predictor of poor-quality work.
• What tools and techniques do you use for manual testing? Any provider that cannot name specific tools and explain how they use them for manual exploitation — as opposed to automated scanning — is likely delivering automated scans. Ask specifically how they test for business logic vulnerabilities, BOLA/IDOR, and authentication bypass. These require manual skill, not tool output.
• Do you include a free retest? A provider confident in the quality of their findings and the actionability of their remediation guidance will offer a free retest of critical and high findings. This is a market differentiator that credible providers offer and those delivering low-effort scans typically do not.
• Can your report be used for regulatory compliance submissions? Ask specifically whether their reports satisfy the requirements of NESA IAS, PCI DSS, CBUAE, or DFSA TRM (whichever is relevant to you). A provider with genuine regulatory experience will know exactly what auditors look for and structure their reports accordingly.
• What is your methodology and how does it align to industry standards? The answer should reference PTES, OWASP Testing Guide, NIST SP 800-115, or equivalent frameworks. Be sceptical of providers who describe proprietary methodologies without reference to published standards — it often indicates a lack of depth.
• How do you handle sensitive data encountered during testing? A professional VAPT provider will have a clear data handling policy: any sensitive data (credentials, PII, financial records) accessed during testing is documented, not retained beyond the engagement, and subject to a confidentiality agreement. Ask to see their data handling policy before engagement.

Frequently Asked Questions — VAPT Services UAE

How often should we conduct VAPT in the UAE?

The minimum frequency required by most UAE regulatory frameworks is annual — and annual testing is appropriate for organisations with stable environments and low-risk profiles. However, VAPT should also be conducted after any significant change to the environment: major application releases, infrastructure migrations (particularly cloud migrations), network architecture changes, or acquisitions that introduce new systems into scope. High-risk organisations — financial institutions, healthcare providers, e-commerce platforms processing high volumes of payment card data — should consider semi-annual or quarterly testing cycles for their highest-criticality assets. NESA Category 1 entities should be conducting continuous vulnerability management supplemented by annual comprehensive VAPT at minimum.

Will VAPT testing disrupt our live systems?

Conducted by experienced professionals with proper rules of engagement in place, VAPT has minimal risk of service disruption. We design our testing approach to avoid causing production outages — where a vulnerability could cause a Denial of Service condition, we demonstrate exploitability through safe means rather than triggering the condition in production. For particularly sensitive environments — OT/SCADA, high-availability financial systems, or systems with very low change-tolerance — we can conduct testing on a staging or pre-production environment that mirrors production, or schedule active testing during off-peak hours. We discuss these considerations explicitly during the scoping phase, and your agreed rules of engagement document will specify exactly how disruptive scenarios are handled.

What is the difference between a VAPT and a security audit?

A security audit is a process-oriented review — it assesses whether your organisation’s security policies, procedures, and controls exist and are followed. It is primarily documentation-based and involves interviews, policy reviews, and configuration reviews. VAPT is technically oriented — it tests whether your technical controls actually work by attempting to bypass or exploit them. Audits are essential for demonstrating compliance with governance frameworks; VAPT is essential for validating that your technical defences provide the protection you believe they do. Most compliance frameworks require both: the audit confirms you have the right processes, the VAPT confirms your technical implementation is effective.

How long does a VAPT engagement take?

Engagement duration depends entirely on scope. A focused web application VAPT for a single application typically takes three to seven business days of active testing. A network penetration test covering both external and internal networks for a mid-size enterprise typically takes five to ten days. An enterprise full-scope engagement covering multiple applications, networks, and cloud environments can take two to four weeks. These are active testing days — the full engagement timeline from scoping through report delivery is typically two to four weeks for most engagements, depending on scheduling. We are transparent about timelines during scoping and can accommodate urgent requirements for organisations facing regulatory deadlines.

Do you test systems hosted outside the UAE?

Yes. Many UAE enterprises host applications and infrastructure in European, US, or Asia-Pacific cloud regions, or operate regional headquarters with centralised IT infrastructure. Our VAPT services cover all in-scope systems regardless of geographic hosting location, subject to applicable laws in the hosting jurisdiction. For applications hosted in the EU, we ensure that our testing activities are conducted within the scope of your authorisation as the data controller and do not trigger reporting obligations under GDPR Article 33 (we do not access or exfiltrate actual personal data during testing; we demonstrate exploitability rather than conducting data exfiltration). We advise on any jurisdiction-specific considerations during the scoping phase.

What information do we need to provide before testing begins?

For a black box engagement, we need only the scope definition (URLs, IP ranges, application names) and signed authorisation documentation. For grey box or white box engagements, we typically request: test user accounts at appropriate privilege levels, basic architecture documentation (network diagram, application architecture), API documentation (Swagger/OpenAPI specifications if available), and for cloud assessments, read-only IAM access to your cloud environment for configuration review. We never require production administrative credentials, and we never request access to production data. All information provided is covered by our mutual NDA, which is signed before any engagement materials are exchanged.

What happens if a critical vulnerability is found during testing?

We follow a responsible disclosure protocol for critical findings discovered during an engagement. If our engineers identify a critical vulnerability — particularly one that poses an immediate, exploitable risk to sensitive data or system availability — we notify your designated point of contact immediately, rather than waiting for the final report. This allows your team to apply emergency mitigations while testing continues. We document the finding fully and include it in the final report, but we do not delay notification of critical risks in favour of a tidy report delivery process. This approach is reflected in our Rules of Engagement document and is consistent with the responsible disclosure principles outlined by CERT and international security standards bodies.

Start Your VAPT Engagement Today

eShield IT Services has helped UAE enterprises across financial services, healthcare, government, and technology sectors satisfy regulatory VAPT requirements, identify and remediate critical vulnerabilities before attackers can exploit them, and build mature, evidence-based security testing programmes. Our OSCP, CEH, and CISSP-certified engineers bring real offensive security expertise to every engagement — not automated scan output repackaged as a penetration test. Every engagement includes a structured methodology aligned to PTES and OWASP standards, a detailed report with CVSSv3-rated findings and actionable remediation guidance, and a free retest of all critical and high findings within 30 days. Whether you are facing an imminent NESA audit, a PCI DSS assessment deadline, or simply want to understand your true exposure before an attacker discovers it first, we are ready to help. Contact us today for a scoping call and indicative quotation — engagements can typically be scheduled within two weeks of signed authorisation.

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