Cybersecurity in the Middle East: A New Era of Resilience
Nearly half of all cyberattacks recorded across Mastercard’s EEMEA region over the past year targeted the Middle East. That single figure says more about the region’s strategic weight than any report could. Cybersecurity here is no longer a background concern — it is changing as fast as the geopolitics, the technology, and the money behind it.
By: Roman Ivanković E-mail: editorial@asmideast.com
Every year, vendors, threat intelligence teams, and market analysts publish dozens of reports on this shift, each covering a different piece: geopolitical threats, attack techniques, AI, incident response, spending. We went through the latest research from Mastercard, Microsoft, Mandiant, Google Threat Intelligence, Gartner, and MarketsandMarkets to see what emerges when those pieces are put side by side. Cybersecurity in the region has stopped being a purely technical discipline. It is now a strategic business capability, shaped by geopolitics and resilience as much as by technology.
Rewriting the Threat Landscape
Cyber threats are becoming increasingly tied to geopolitical events. Regional conflicts, diplomatic tensions, and shifting alliances are no longer confined to the physical world. They are rapidly spilling into cyberspace. For organizations across the MENA region, cyber risk is no longer just an IT issue. It has become part of the broader security environment. Governments, financial institutions, energy companies, transport operators, and critical infrastructure across the region face growing digital pressure.
Mastercard’s latest Cyber Pulse report examines cyber activity across its wider EEMEA (Eastern Europe, Middle East, and Africa) business region. However, many of its findings are particularly relevant to the Middle East and GCC, where rapid digital transformation coincides with one of the world’s most complex geopolitical environments. As governments accelerate investments in smart cities, cloud services, AI, and critical infrastructure, cyberattacks are increasingly reflecting regional political and security developments rather than purely criminal intent.
Cyberattacks Now Follow Geopolitical Crises
The report illustrates how quickly geopolitical events can reshape the threat landscape. Following the outbreak of a recent major regional conflict, malicious cyber activity surged by 198%, with the most significant increase recorded during the first ten days. Mastercard identifies this initial period as the most critical phase, when threat actors exploit uncertainty, test organizational resilience, and search for vulnerable targets before launching more sustained campaigns.
The report also identifies what it calls a “surge-resurgence” pattern. Attack volumes spike immediately after a crisis begins. Activity then appears to slow. But the decline is often temporary. Threat actors regroup, adjust their tactics, and launch a second wave of more targeted attacks. This makes continuous monitoring just as important as responding to the initial surge.
Threat Actors Are Becoming More Strategic
The profile of threat actors is also changing. Financially motivated cybercriminals remain active, but they are no longer the only concern. Nation-state groups, hacktivists, and state-aligned actors are playing a much larger role. Their objectives extend beyond financial gain. They seek intelligence, disrupt critical services, influence public perception, and strengthen geopolitical leverage.
Global Intelligence Points to the Same Trend
Microsoft sees the same trend globally. Its latest Digital Defense Report describes 2025 as a turning point, with cyber operations becoming faster, larger in scale, and more sophisticated. Nation-state actors continue to expand their campaigns while using cyber espionage to support traditional intelligence operations. AI is also making these campaigns more scalable and harder to detect – a trend explored in more detail later in this report.
Mandiant’s frontline investigations reinforce this picture. In 2025, Google Threat Intelligence Group tracked 83 campaigns and eight global events affecting 73 countries. The findings show that modern cyber conflicts rarely remain isolated incidents. Instead, they evolve into long-running campaigns that cross borders, target multiple industries, and rapidly adapt to changing geopolitical conditions.
For organizations in the Middle East, the message is clear. Geopolitical crises now have a direct cyber dimension. Every regional escalation should be treated as a trigger for increased monitoring, faster decision-making, and stronger operational resilience – not just by security teams, but across the entire organization.
Who Is Under the Greatest Pressure?
Cyberattacks are becoming increasingly selective. Rather than targeting random victims, threat actors are focusing on organizations with strategic, economic, or operational importance. Across the Middle East, government agencies, financial institutions, technology providers, energy companies, and critical infrastructure operators remain among the most attractive targets. These sectors share one characteristic. They sit at the intersection of national security, economic activity, and digital transformation. Their systems support essential services, store valuable data, and often form part of wider national digital ecosystems.
Microsoft’s latest threat intelligence reinforces this trend. Israel recorded the highest level of nation-state cyber activity in the Middle East and Africa during 2025. The United Arab Emirates ranked second, followed by Saudi Arabia, Türkiye, Iraq, Jordan, Lebanon, and Egypt. The figures underline the region’s growing geopolitical importance and its expanding digital footprint as governments continue investing in AI, cloud services, smart infrastructure, and digital public services.
Large-scale initiatives such as Saudi Vision 2030, NEOM, Digital Dubai, Qatar’s smart infrastructure programs, and the UAE National Strategy for Artificial Intelligence 2031 continue to expand the region’s digital ecosystem, creating new opportunities while increasing the attack surface for both public and private organizations.
From Cybercrime to Cyber Espionage
Financially motivated cybercriminals remain responsible for the majority of attacks. However, nation-state actors continue to expand their operations across the region. Their focus is increasingly on cyber espionage, long-term access to critical networks, and the collection of strategic intelligence. Microsoft notes that Iranian state-linked groups have recently targeted shipping and logistics organizations across the Persian Gulf, highlighting the growing importance of commercial infrastructure in regional cyber campaigns.
Attack Methods Continue to Evolve
The techniques are changing just as rapidly as the attackers. Traditional phishing remains a common entry point, but threat actors are relying more heavily on voice phishing, stolen credentials, compromised third parties, and the exploitation of internet-facing vulnerabilities.
Mandiant reports that enterprise platforms such as SAP NetWeaver, Oracle E-Business Suite, and Microsoft SharePoint have become frequent targets because they provide direct access to business-critical systems. At the same time, attackers are making greater use of zero-day vulnerabilities and legitimate administration tools to remain undetected for longer and move laterally across compromised networks.
The Weakest Links Remain the Same
The growing sophistication of cyber threats tells only part of the story. Most successful attacks do not rely on sophisticated techniques. Instead, they exploit weaknesses that organizations have struggled to eliminate for years.
Both Mastercard and Microsoft point to the same conclusion. Attackers exploit delayed patching, exposed internet-facing systems, vulnerable web applications, weak encryption, and known vulnerabilities that remain unaddressed. As attackers weaponize newly disclosed flaws faster than ever, organizations have less time to detect, patch, and respond to vulnerabilities.
Blind Spots Create New Risks
Another growing challenge is visibility. Modern enterprise environments extend across on-premises systems, cloud platforms, remote users, and third-party services. Many organizations simply lack a complete picture of their attack surface. As a result, vulnerable assets, excessive user privileges, and misconfigured cloud services often remain unnoticed until they are exploited.
Mandiant’s investigations show that attackers increasingly target edge devices, VPN gateways, virtualization platforms, and backup infrastructure. These systems often receive fewer security updates because organizations hesitate to disrupt business operations. Threat actors understand this and actively search for devices that remain online for long periods without patching or continuous monitoring.
Building Cyber Resilience
Perhaps the most important takeaway is that organizations continue to focus heavily on prevention. Today’s attackers assume they will eventually gain initial access. Success depends on moving laterally, escalating privileges, and remaining undetected. That is why resilience now depends as much on rapid detection, continuous monitoring, and incident response as it does on preventive controls.
Cyber resilience is no longer measured by the ability to stop every attack. It is measured by how quickly an organization can identify suspicious activity, contain an intrusion, and recover before significant operational or financial damage occurs.
This shift demands more than new security technologies. It requires changes in governance, leadership, and day-to-day decision-making. Cybersecurity has become a business function rather than an IT responsibility, with boards expected to play a more active role in managing cyber risk alongside financial and operational risk.
Business leaders are expected to understand the organization’s exposure, prioritize investments, and ensure that cyber resilience is integrated into business continuity and enterprise risk management. Microsoft recommends that boards monitor indicators such as patch latency, MFA adoption, incident response times, and overall cyber readiness alongside traditional business metrics.
Identity Becomes the New Perimeter
At the operational level, identity protection has emerged as a strategic priority. As organizations strengthen perimeter defenses, attackers are now targeting user identities, privileged accounts, and cloud credentials. Microsoft identifies identity protection as the top security priority, urging organizations to adopt phishing-resistant multi-factor authentication, least-privilege access, and continuous identity monitoring.
Visibility remains the other half of the equation. Mandiant notes that organizations often have strong monitoring of traditional endpoints but limited visibility into network appliances, VPN gateways, cloud infrastructure, and other critical systems.
This operational shift reflects a deeper structural change: identity itself is becoming the new perimeter. As organizations improve perimeter defenses, threat actors increasingly bypass firewalls by targeting users, privileged accounts, service identities, and cloud credentials. These developments are also reshaping the physical security industry. Modern access control systems, IP cameras, building management platforms, video management systems, and IoT devices now operate on the same enterprise networks as business applications and cloud services. As a result, a compromised identity or vulnerable network device can provide attackers with a pathway into both digital and physical environments.
For organizations across the Middle East, this transition is particularly important. Digital transformation, smart infrastructure, and cloud adoption continue to expand the attack surface. As cyber and physical systems become increasingly interconnected, resilience will depend less on individual security products and more on integrated governance, operational readiness, and the ability to respond rapidly when incidents occur.
Cybersecurity Spending Becomes a Strategic Investment
Cybersecurity is no longer viewed as a defensive cost across the Middle East. It is becoming a strategic investment, driven by digital transformation, AI adoption, cloud migration, and the protection of increasingly interconnected critical infrastructure. As cyber threats become more sophisticated and geopolitically driven, organizations are allocating larger budgets not only to strengthen defenses but also to improve operational resilience.
The numbers reflect this shift. Gartner expects information security spending in MENA to reach USD 4 billion in 2026, representing a 10.1% increase over the previous year. The forecast suggests that cybersecurity remains a priority even as economic uncertainty continues to affect broader IT spending.
Long-term market projections point in the same direction. MarketsandMarkets estimates that the MEA (Middle East and Africa) cybersecurity market will grow from USD 25.02 billion in 2025 to USD 39.98 billion by 2030, representing a compound annual growth rate (CAGR) of 9.8%. Although methodologies differ between market analysts, the overall trend is consistent: cybersecurity is one of the fastest-growing technology segments across the region.
Investment Priorities Are Shifting
Regional spending is increasingly concentrated in areas that directly address today’s threat landscape. Cloud security, identity protection, managed security services, OT security, and AI-driven threat detection are attracting the largest share of new investment. These priorities closely mirror the trends highlighted throughout this report, including the growing importance of cyber resilience, identity security, and continuous visibility across hybrid environments.
The GCC remains the region’s primary growth engine. National transformation programs in Saudi Arabia, the UAE, Qatar, and other Gulf states continue to accelerate investments in smart government, AI, critical infrastructure, transportation, digital finance, and industrial modernization. As these ecosystems become more connected, demand is growing not only for cybersecurity products but also for integrated cyber-physical protection.
This is reshaping purchasing decisions. Organizations are moving beyond standalone security products in favor of integrated platforms that combine threat detection, identity management, cloud security, compliance, and lifecycle support. For vendors, system integrators, and managed service providers, the opportunity is no longer limited to deploying individual technologies. Customers are now looking for long-term partners capable of delivering resilience, operational continuity, and secure digital transformation.
AI Is Transforming Both Attack and Defense
Artificial intelligence is rapidly changing both sides of the cybersecurity equation. While security teams are using AI to improve threat detection and automate incident response, attackers are adopting the same technology to develop malware, identify vulnerabilities, and create more convincing phishing campaigns.
Microsoft warns that adversaries are already using generative AI to accelerate social engineering, automate vulnerability discovery, analyze stolen data, and improve evasion techniques. Google Threat Intelligence Group has also observed AI-assisted development of malware, AI-generated obfuscation techniques, and the use of large language models to support the discovery and weaponization of software vulnerabilities.
Building Multi-Layered Redundancy
In addition to distributed intelligence and data governance, redundancy at multiple system levels is a recurring theme. Bell highlights the importance of layered resilience. “Well-designed access environments build redundancy at multiple levels – including controllers, readers, and supporting infrastructure – so core access control can continue operating during events such as power loss, network outages, or cyber incidents.” For integrators, this can include redundant power supplies, battery backups, network failover mechanisms, and segmented architectures that prevent a single cyber incident from disabling the entire system.
Bell also links physical access design to broader organizational planning. “Aligning physical access design with broader operational resilience planning is what separates systems that work in theory from those that perform reliably in the real world.” This alignment is increasingly relevant as organizations adopt enterprise resilience frameworks. Physical security professionals must coordinate with IT, facilities, and risk management teams to ensure that access control systems support overall business continuity objectives.
Physical and Cyber Security Continue to Converge
This convergence is particularly relevant across the Middle East, where governments continue to invest heavily in smart cities, intelligent transport systems, critical infrastructure, and AI-enabled public services. Security is no longer divided between physical protection and cybersecurity. Instead, organizations are moving toward integrated platforms where identity, video surveillance, access control, OT systems, and cyber defense share common data, analytics, and command, control, and response capabilities.
For technology providers, this represents a fundamental shift. Future competitiveness will depend not only on product performance but also on secure-by-design architectures, interoperability, AI-driven analytics, and the ability to protect the ever more interconnected cyber-physical environments.
Looking Beyond Technology
The reports examined throughout this analysis point to the same conclusion from different directions: budgets are growing, threats are more geopolitically driven, and the tools are more sophisticated than ever. Yet none of that translates into safety on its own. Bigger budgets and smarter tools do not stop determined attackers — they only raise the cost of getting in. That is the real shift underway: cybersecurity has moved from the server room to the boardroom.
That shift changes what success looks like. For years, the industry measured itself by how many attacks it stopped. That metric no longer holds. Attackers now assume they will get in. What matters is how fast an organization notices, contains, and recovers. Identity, visibility, and governance — not firewalls alone — are what determine whether that response is fast enough.
For a region investing this heavily in smart cities, AI, and connected infrastructure, resilience is no longer a defensive afterthought. It is becoming part of the price of doing business in the Middle East’s digital economy.
