Google Cloud Cybersecurity Forecast 2026: What Every Enterprise in the Middle East Must Prepare For

Google Cloud's security arm — drawing on intelligence from Mandiant Consulting, the Google Threat Intelligence Group, and Google Security Operations — has released its Cybersecurity Forecast 2026, one of the most comprehensive threat outlooks produced by any major technology vendor this year. Built on real-world frontline data rather than speculation, the report lays out three defining themes for the year ahead: the weaponisation of artificial intelligence, the relentless expansion of financially motivated cybercrime, and continued nation-state cyber operations across the globe.

For enterprise security teams in the GCC and broader MENA region, this report is not background reading — it is an operational briefing.

Artificial Intelligence: The Threat Has Arrived

Adversaries Now Fully Embrace AI

The era of threat actors experimenting with AI is over. According to Google Cloud's researchers, 2026 marks the point at which AI moves from an exception to the standard tool in every serious attacker's arsenal. Threat groups are expected to deploy AI across the full attack lifecycle — from reconnaissance and phishing message crafting to malware development and information operations.

Beyond that, the report highlights the rise of agentic attack systems: automated AI pipelines capable of executing complex, multi-step intrusions with minimal human involvement. This dramatically reduces the time and skill required to launch sophisticated attacks, effectively lowering the barrier of entry for mid-tier threat actors.

Prompt Injection: A Present Danger, Not a Future One

One of the report's more urgent warnings concerns prompt injection — an attack technique that manipulates AI systems into bypassing their own security protocols by embedding hidden instructions within untrusted data inputs. As enterprises across the region integrate AI tools into their daily workflows, each new deployment becomes a potential attack surface.

Google Cloud's researchers expect a significant rise in prompt injection attempts throughout 2026, with attackers moving beyond proof-of-concept exploits toward large-scale data exfiltration and sabotage. Enterprises deploying AI-powered tools — particularly those integrated with customer data, internal knowledge bases, or operational systems — are at elevated risk if input validation and output sanitisation are not rigorously implemented.

Google's own defensive posture on this front involves a multi-layered approach: model hardening, machine learning content classifiers, and strict output controls for high-risk actions. Enterprise security architects in the GCC should treat this as a baseline standard, not an advanced configuration.

AI-Enabled Social Engineering at Scale

Sophisticated threat groups — the report specifically names ShinyHunters (UNC6240) — are expected to accelerate the use of AI-driven social engineering in 2026. Their approach proved devastatingly effective in 2025 by bypassing technology entirely and targeting human psychology instead.

The primary vector is voice phishing (vishing), now enhanced by AI-generated voice cloning capable of producing hyperrealistic impersonations of executives, IT administrators, and trusted colleagues. Combined with AI-assisted background research and personalised phishing content, these attacks are increasingly difficult for employees to detect. For organisations in the UAE, Saudi Arabia, and Qatar — where C-suite impersonation scams have already caused significant financial damage — this represents an urgent escalation.

The AI Agent Paradigm Shift and Shadow Agent Risk

The rapid enterprise adoption of AI agents introduces a new and underappreciated security challenge. Traditional security frameworks were not designed for environments where autonomous AI systems are making access decisions and executing workflows independently.

The report calls for the evolution of identity and access management (IAM) to treat AI agents as distinct digital actors — each with managed identities, just-in-time access permissions, and clearly defined chains of delegation. Equally concerning is the rise of Shadow Agents: employees deploying unauthorised AI agents within corporate environments, creating invisible data pipelines that expose sensitive information to leakage and compliance violations.

For GCC enterprises navigating frameworks like UAE's Personal Data Protection Law and Saudi Arabia's PDPL, Shadow Agent risks could trigger serious regulatory exposure.

Cybercrime: Ransomware Is Getting Worse

The Extortion Economy Keeps Growing

Google Cloud's data confirms that ransomware, combined with multi-layered data theft extortion, remains the single most financially disruptive category of cybercrime globally. The numbers are stark: 2,302 victims were listed on data leak sites in Q1 2025 alone — the highest quarterly figure since tracking began in 2020.

The mechanics are evolving too. Ransomware groups are increasingly targeting managed file transfer (MFT) software, enabling them to breach and exfiltrate data from hundreds of organisations simultaneously through a single supply chain entry point. For enterprises in the GCC that rely on third-party managed service providers — particularly in financial services, logistics, and government contracting — this supply chain risk demands immediate attention.

Vishing and social engineering continue to serve as the primary initial access methods, used to bypass multi-factor authentication (MFA). The report warns that zero-day vulnerabilities will increasingly be incorporated into these extortion campaigns at scale.

The On-Chain Cybercrime Economy

The report dedicates significant attention to the growing threat of blockchain-based criminal operations. As the financial sector — including major institutions across the UAE, Bahrain, and Saudi Arabia — accelerates its adoption of cryptocurrencies and tokenised assets, the corresponding attack surface expands dramatically.

Google Cloud's researchers foresee continued high-value targeting of decentralised finance (DeFi) platforms and cryptocurrency exchanges, explicitly naming the Middle East as one of the key regions under threat due to its growing regulatory openness to digital assets and expanding crypto industry presence.

More concerning is the anticipated evolution of criminal operations onto public blockchains themselves — using the full Web3 stack for command-and-control, decentralised data exfiltration, and asset laundering through tokenised marketplaces. Security analysts will need to develop blockchain forensics capabilities, including wallet tracing and smart contract analysis, to respond to this threat class.

Enterprise Virtualisation Under Threat

A less-discussed but critical finding in the report concerns the growing targeting of enterprise virtualisation infrastructure. As attackers find traditional endpoint defences increasingly hardened, they are pivoting to the hypervisor layer — the foundational infrastructure hosting all enterprise applications — which remains largely unmonitored and under-protected.

A single hypervisor compromise can give an attacker control over an organisation's entire digital estate. The report notes that attacks at this layer can render hundreds of virtual machines inoperable within hours — far faster than traditional endpoint ransomware propagation. For enterprises in the GCC running large VMware environments, particularly those in banking, telecoms, and critical national infrastructure, this represents a priority gap in their security architecture.

ICS and OT: The Industrial Threat

The report identifies industrial control systems (ICS) and operational technology (OT) as high-priority targets for cybercriminals in 2026. Ransomware specifically designed to disrupt ERP systems — which feed data to OT environments — is expected to increase, effectively crippling industrial operations by attacking the business layer rather than the factory floor.

For the GCC's energy sector, utilities, and manufacturing industries, the recommended defensive posture includes rigorous IT/OT network segmentation, MFA-enforced remote access, and offline, immutable backups of both industrial configurations and critical enterprise data.

Nation-State Threats

Russia

Russia's cyber operations are expected to broaden their strategic scope in 2026, shifting beyond immediate support for the Ukraine conflict toward long-term intelligence collection and the establishment of persistent footholds within critical infrastructure globally. Pro-Russian information operations are anticipated to intensify, with elections remaining a prime target. Pro-Russia hacktivist groups will continue to pose unpredictable threats to OT environments.

China

China-nexus cyber operations are projected to sustain the highest volume of any nation-state actor in 2026. Key tactics include targeting edge devices, exploiting zero-day vulnerabilities, and compromising third-party providers to gain downstream access. The semiconductor sector is explicitly flagged as a priority espionage target, with AI-related demand intensifying competition. Pro-PRC information operations will continue shaping global narratives in Beijing's favour.

Iran

Iranian cyber operations in 2026 are expected to remain resilient and deliberately ambiguous — blending espionage, disruption, and hacktivism in ways that complicate attribution. The report anticipates elevated risk of wiper malware deployment, building on aggressive tactics observed since late 2023. Iranian information operations will rely heavily on AI-generated content and inauthentic social media networks, particularly on Telegram, to amplify narratives aligned with Tehran's political interests.

North Korea

North Korean threat actors will intensify financially motivated operations, particularly against cryptocurrency organisations. Their tactics — including deepfake-assisted social engineering and fake hiring assessment pages — are becoming increasingly sophisticated. North Korean IT worker infiltration is expanding into Europe, with workers leveraging insider access for both financial theft and strategic espionage.

What This Means for the GCC and MENA Region

While the Google Cloud Cybersecurity Forecast 2026 is global in scope, several of its findings carry direct and immediate relevance for enterprise security teams across the Gulf and wider MENA region.

Crypto and DeFi exposure is a regional priority. The report explicitly names the Middle East as a target region for on-chain cybercrime, given the GCC's accelerating adoption of digital assets. The UAE's Virtual Assets Regulatory Authority (VARA) and Bahrain's Central Bank digital asset framework have created an environment of regulatory openness that also expands the attack surface. Financial institutions and crypto-native businesses operating in this regulatory space must treat blockchain forensics as a core security competency, not an optional specialisation.

OT and ICS threats are existential for GCC energy infrastructure. Saudi Arabia, the UAE, Kuwait, and Qatar collectively operate some of the world's most critical energy infrastructure. The escalation of ransomware targeting ERP-to-OT pathways — combined with poor remote access hygiene — represents a direct threat to the regional energy supply chain. Alignment with SAMA's Cyber Security Framework and UAE's Information Assurance standards is necessary but not sufficient; active OT security programmes are now a baseline requirement.

AI-enabled social engineering is a C-suite risk. With vishing and executive impersonation attacks growing in sophistication, GCC enterprises — particularly those in financial services, real estate, and government contracting — must implement multi-step verbal verification protocols for any high-value financial instruction, regardless of how convincing the voice on the other end sounds.

Shadow AI and regulatory compliance intersect dangerously. Employees deploying unsanctioned AI agents within GCC enterprises create data governance risks that directly conflict with the UAE PDPL, Saudi Arabia's PDPL, and Qatar's Personal Data Privacy Protection Law. Organisations without an AI governance policy in place are building compliance exposure as rapidly as they are building AI capability.

Nation-state awareness must extend beyond the obvious actors. While the report covers Russia, China, Iran, and North Korea, GCC security teams should contextualise these threats within their own operational environments. Iranian cyber capabilities in particular — which the report describes as resilient, multi-faceted, and deliberately ambiguous — remain a persistent concern for Gulf enterprises operating in sectors with geopolitical significance, including energy, finance, and telecoms.

The full Google Cloud Cybersecurity Forecast 2026 is available for download and is recommended reading for CISOs, security architects, and risk officers across the region.