Cyber Security Report 2026

Cyber Security Report 2026 presents a comprehensive, data-driven analysis of the global threat landscape, based on continuous investigations conducted throughout 2025. Drawing from real-world attacks, vulnerability research, attacker infrastructure analysis, and emerging exploitation techniques, the report delivers a clear perspective on how cyber threats are evolving—and what organizations should anticipate in 2026.

As the flagship annual research publication from Check Point Software Technologies, this report serves as a strategic reference for security teams, researchers, CISOs, and industry leaders. Rather than focusing on theoretical risks, it documents how adversaries are adapting in practice—across enterprise, cloud, edge, and hybrid environments.

Below are the most significant trends shaping today’s threat environment.

AI as a Force Multiplier Across the Attack Lifecycle

Artificial intelligence is no longer experimental within cyber operations—it is operational. Throughout 2025, AI became embedded across nearly every stage of the attack lifecycle, dramatically improving speed, scalability, and precision.

Key Observations:

• More convincing social engineering campaigns with fewer linguistic or behavioral red flags
• Automated reconnaissance and victim profiling, reducing time-to-compromise
• Faster malware prototyping, testing, and refinement
• Increased automation of phishing, credential harvesting, and lateral movement

AI is not only an enabler of attacks—it has also become a direct enterprise risk factor. Research throughout 2025 identified measurable exposure stemming from how organizations deploy, integrate, and govern AI systems internally.

Notable Data Points:

• Risky AI prompts increased by 97% in 2025.
• 40% of analyzed Model Context Protocols (MCPs) contained vulnerabilities.
• Elevated trust in AI-driven workflows amplified the impact of prompt injection and automation abuse.

Efficiency-driven patterns enabled by AI were also visible in financially motivated operations, including ransomware campaigns.

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Ransomware Operations Become More Fragmented and Precision-Driven

Despite multiple law enforcement takedowns of major ransomware groups, overall activity continued to rise in 2025. However, the structure of these operations shifted significantly.

Research Findings:

• Movement away from large, centralized ransomware brands toward smaller, decentralized operators
• Increased prevalence of data-only extortion without encryption
• Personalized extortion strategies based on detailed victim profiling
• Increased automation of phishinShorter attack, encryption, and negotiation timelines enabled by automationg, credential harvesting, and lateral movement

This fragmentation reflects a broader trend: attackers optimizing for operational efficiency, lower visibility, and reduced single points of failure.

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Unmonitored Devices Emerge as High-Value Entry Points

One of the most consistent findings in 2025 investigations was the growing exploitation of unmonitored infrastructure—particularly edge and perimeter devices.

Observed Trends:

• Targeting of routers, VPN appliances, gateways, firewalls, and IoT devices
• Use of compromised edge systems for persistent access and lateral movement
• Delayed detection due to limited logging, monitoring, and patching coverage
• Supply chain and vendor ecosystem exposure amplifying enterprise risk

These devices often fall outside traditional endpoint protection and identity monitoring controls, creating blind spots in otherwise mature security programs.

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Cyber Activity Increasingly Mirrors Geopolitical Tensions

Throughout 2025, cyber operations became more closely aligned with real-world geopolitical events. Threat activity frequently synchronized with political, military, and economic developments.

Key Characteristics:

• Coordinated espionage, disruption, and influence campaigns
• Targeting of infrastructure and information systems tied to regional conflicts
• Use of compromised IoT and surveillance systems to support physical-world operations

This convergence complicates attribution, as activity often exhibits blended characteristics—overlapping criminal monetization and state-aligned strategic objectives.

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Chinese-Nexus Threat Activity: Industrialized and Global

Activity linked to Chinese-nexus threat actors demonstrated consistent operational patterns across regions and industries in 2025.

Identified Characteristics:

• Industrialized, long-term operations rather than opportunistic campaigns
• Edge and perimeter infrastructure used as primary footholds
• Routine exploitation of zero-day vulnerabilities
• Rapid weaponization of newly disclosed one-day vulnerabilities

These campaigns reflect sustained investment in infrastructure, persistence, and global access.

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Common Operational Pattern: Speed, Scale, Reduced Visibility

Across multiple threat categories, researchers observed recurring attacker behaviors:

• Faster execution cycles from intrusion to objective
• Broader targeting with fewer resources
• Reduced dependence on custom tooling
• Greater reliance on automation and AI
• Increased use of legitimate services and identity-based access paths

The net effect: attackers are operating with higher velocity and lower visibility than in previous years.

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What Security Teams Are Observing in Practice

Based on telemetry and incident investigations across 2025, several recurring conditions appeared across diverse enterprise environments:

• Continuous exposure driven by misconfigurations, unmanaged assets, and identity weaknesses
• Increased exploitation of identity-based access paths
• Measurable risk introduced by ungoverned AI usage
• Attack paths spanning cloud, edge, SaaS, and on-premise systems

Security risk is no longer confined to a single layer. Modern intrusion paths increasingly traverse multiple environments and trust boundaries.

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Conclusion

The Cyber Security Report 2026 reflects sustained, longitudinal observation of real-world attacker behavior across sectors and geographies. By correlating telemetry, vulnerability research, and active threat investigations, the report documents how adversary infrastructure, tooling, and operational models evolved throughout 2025.

As a long-running, data-driven research publication from Check Point Software Technologies, the report is designed to support informed planning, risk management, and strategic decision-making for 2026 and beyond.

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