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Tim King explores the State of Cybersecurity 2026 and how AI-native security is reshaping identity, endpoint, data, cloud, network, and security operations.<\/strong><\/em><\/p>\n The State of Cybersecurity 2026<\/a><\/strong><\/span> is defined by a shift that goes deeper than the addition of AI to existing security products. AI is becoming part of the underlying architecture of cybersecurity itself. For much of the last decade, AI was primarily positioned as a feature. Security vendors used machine learning to improve detection, reduce false positives, correlate alerts, or accelerate investigation. Those capabilities remain important, but they no longer capture the scale of what is happening across the market.<\/p>\n Attackers and defenders are both moving toward machine speed while AI agents are introducing new identities and behaviors into enterprise environments. Applications are being created and modified faster than before, and security operations are becoming increasingly automated. Meanwhile, the amount of infrastructure, data, software, and machine activity organizations need to govern continues to expand.<\/p>\n The result is an emerging AI-native cybersecurity landscape<\/a><\/strong><\/span> in which the defining variable is increasingly tempo rather than tooling.<\/p>\n That is the central argument behind the new Solutions Review State of Cybersecurity Report<\/em><\/a><\/strong><\/span>, which examines how this transition is reshaping the cybersecurity market across identity security, endpoint security, data and application security, cloud and network security, and security operations.<\/p>\n Here is where each of those markets stands as the AI-native era takes shape.<\/p>\n Identity has steadily replaced the traditional network perimeter as one of the most important enterprise security control points. AI is now expanding what organizations must consider an identity. Employees are only part of the picture here, as enterprises already manage service accounts, APIs, workloads, machine identities, and other non-human principals. Agentic AI introduces another rapidly growing category.<\/p>\n An AI agent may receive permissions, interact with multiple applications, access enterprise data, take actions on behalf of a user, create other agents, and disappear shortly afterward. Traditional identity architectures were generally not designed for identities that behave this dynamically. This makes attribution particularly important. The AI-native identity security market<\/a><\/strong> will increasingly need to answer not only whether an action was authorized, but which human, machine, or agent performed it, what authority it inherited, and on whose behalf it acted.<\/p>\n Solutions Review<\/em>‘s <\/strong>State of Cybersecurity 2026<\/strong><\/em><\/a><\/span> report explores this emerging identity problem and the vendors developing AI-native approaches to addressing it.<\/p>\n Endpoint security<\/a><\/strong><\/span> is one of the more mature areas for machine learning, but AI-native architectures are pushing the category beyond AI-assisted detection.<\/p>\n Modern platforms can increasingly reason across endpoint telemetry as a unified environment rather than evaluating devices independently. This allows security systems to identify behavioral relationships and attack patterns that may only become apparent when activity is viewed across an entire device estate. As detection capabilities improve across the market, however, another differentiator is emerging: trust calibration.<\/p>\n The question is becoming less about whether AI can identify malicious behavior and more about how much authority organizations are prepared to give security systems to act on what they identify. That means autonomous investigation, containment, remediation, and response will become increasingly important parts of endpoint platform evaluation.<\/p>\n The full State of Cybersecurity Report<\/em><\/a><\/strong><\/span> examines how this transition could reshape competitive differentiation across the endpoint security market.<\/p>\n AI is also eroding the traditional separation between data security and application security, and we’ve seen this evolution firsthand. Data no longer simply sits inside repositories waiting to be accessed. AI systems ingest training data, retrieval stores, prompts, enterprise context, and other information before producing new content, code, decisions, and actions.<\/p>\n Applications are becoming more dynamic as well. AI-assisted software development can dramatically increase the speed at which organizations create and modify software. Security architectures built primarily around inspecting static assets at specific points in time therefore face a fundamental challenge: the assets themselves are increasingly in motion.<\/p>\n AI-native data and application security will place greater emphasis on continuous governance, provenance, access-aware retrieval, automated testing, and understanding what information AI systems have consumed as well as what they produce. The State of Cybersecurity 2026<\/em><\/a><\/strong> explores why governing the integrity and provenance of AI inputs and outputs may become one of the defining security problems of the next several years.<\/p>\n Cloud adoption already weakened the idea of a clearly defined enterprise perimeter, and you may have guessed it; AI accelerates that fragmentation.<\/p>\n New AI applications, agents, integrations, services, and data connections can appear rapidly across an organization, including outside traditional procurement and IT processes. That makes comprehensive asset discovery increasingly important. Organizations cannot protect infrastructure they do not know exists, and AI may expand the enterprise technology surface faster than traditional discovery processes can inventory it.<\/p>\n The AI-native evolution of cloud and network security therefore depends heavily on visibility and connective tissue: bringing signals from identities, applications, cloud infrastructure, endpoints, data, and third parties together into a trustworthy view of the environment. In the AI era, visibility itself increasingly functions as the practical perimeter.<\/p>\n Our full State of Cybersecurity Report<\/em><\/a><\/strong><\/span> examines this transition alongside the AI-native vendors competing to provide that visibility.<\/p>\n Perhaps nowhere is the impact of AI more immediately visible than inside the security operations center<\/a><\/strong><\/span>. A significant portion of traditional SOC activity involves preparing humans to make decisions on collecting information, enriching alerts, correlating signals, routing incidents, drafting findings, and coordinating response.<\/p>\n Those procedural layers are particularly well suited to automation as it turns out. AI-native security operations platforms can then handle high-volume and high-confidence activities while presenting human analysts with ambiguous cases and the context necessary to evaluate them. That does not eliminate the analyst, but it does change where analyst value resides.<\/p>\n As procedural work becomes automated, judgment becomes the scarce input. Experienced practitioners must determine whether AI-generated conclusions are trustworthy, recognize unusual situations, understand business context, and decide when automated systems should or should not act. The State of Cybersecurity 2026<\/em><\/a><\/strong> examines what this means for both the security operations market and the future cybersecurity workforce.<\/p>\n These markets are still commonly discussed as distinct cybersecurity categories. Increasingly, however, they represent different expressions of the same transition.<\/p>\n Identity tools must govern machine activity while endpoint systems must determine when machines can act autonomously. Then, data and application security must protect continuously changing systems. Cloud and network platforms must discover an expanding technology surface, and security operations must convert enormous volumes of machine-generated information into action.<\/p>\n Running through all of them reveals the same pressure-points, that is cybersecurity is moving from human-paced workflows toward machine-paced environments. That makes AI-native cybersecurity about much more than which vendors have added GenAI features to their platforms like we saw in the early days of the transition.<\/p>\n The new Solutions Review State of Cybersecurity Report<\/em> examines that transition in depth, including the recognition-action gap around AI governance, the changing role of cybersecurity practitioners, the rise of non-human identities, AI capability gating, the emerging importance of cyber resilience, our AI-native vendor maps across the major security categories, and our forward view of where the market goes next. We encourage you to read it at the link below:<\/p>\nIdentity Security: Governing Humans, Machines, and AI Agents<\/strong><\/h3>\n
Endpoint Security: From Detection to Autonomous Response<\/strong><\/h3>\n
Data & Application Security: Protecting Systems in Motion<\/strong><\/h3>\n
Cloud and Network Security: Visibility Becomes the Perimeter<\/strong><\/h3>\n
Security Operations is How to Automate the Procedural Layer<\/strong><\/h3>\n
Our PoV: The State of Cybersecurity 2026 is All About Tempo<\/strong><\/h4>\n
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