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1Repair Windows errors before they cause bigger problems2Fix the driver behind crashes, sound loss and screen glitches3Clear out junk files and repair common Windows errorsCybersecurity in 2026 is defined by familiar threats becoming more interconnected: software vulnerabilities can open the way in, ransomware can disrupt operations, and dependence on suppliers and digital services can spread an incident beyond its original target. Reports published in 2026 largely describe events from 2025, not the whole of 2026. Verizon’s global DBIR covers incidents from November 1, 2024, through October 31, 2025; ENISA’s Threat Landscape covers events in the European Union from January 1 through December 31, 2025.
The reports are useful together, but their populations, methods, and time windows differ. Their percentages should not be combined into a single global rate. Read them as complementary views: Verizon identifies software vulnerability exploitation as the leading breach entry point in its dataset, while ENISA highlights how ransomware, social engineering, and third-party dependencies affect the EU threat environment.
What the 2026 reports say—and what they measure
“The state of cybersecurity in 2026” is best understood as an outlook published in 2026, informed by the most recent full-year incident reporting available in these sources. Verizon’s 2026 Data Breach Investigations Report (DBIR) uses a global dataset with a fixed 12-month incident window. ENISA’s 2026 Threat Landscape analyzes events in the EU across calendar year 2025. These reports do not represent identical incident populations, and neither is a census of every cyber event.
That distinction matters when interpreting a statistic. A share of ENISA’s observed EU events is not a worldwide estimate; a Verizon finding is specific to its dataset and reporting period. The reports show where defenders should pay attention, not a universal probability that any particular organization will be breached.
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Which cybersecurity threats stand out in 2026?
Vulnerability and patch management
Verizon’s 2026 DBIR identifies software vulnerability exploitation as the leading breach entry point in its global dataset for November 1, 2024, through October 31, 2025. That makes asset visibility and timely software updates core defensive work: an organization cannot prioritize a fix if it does not know which systems or versions it operates. Verizon 2026 DBIR
ENISA’s EU findings provide a separate illustration of the exposure. In its 2026 announcement about 2025 events, ENISA said more than 48,000 new CVE identifiers were published in 2025, a 22% increase from the previous year. CVE identifiers catalogue publicly disclosed vulnerabilities; the count alone does not say how many affect a given organization or are exploitable in its environment. ENISA, 2026 Threat Landscape announcement
ENISA also reported that 60% of unauthorized-access incidents for which it identified an intrusion vector leveraged a vulnerability. The denominator is narrow: ENISA identified an intrusion vector for 5% of incidents. This figure therefore describes that subset, not 60% of all incidents in the EU dataset. ENISA, 2026 Threat Landscape announcement
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Ransomware and incident response
Ransomware remains a disruptive threat. ENISA calls it the most short-term impactful type of incident in its EU assessment; Verizon’s 2026 DBIR page also foregrounds ransomware in breach reporting. These are qualitative findings from reports with different scopes and definitions, so they do not establish a directly comparable ransomware rate. ENISA · Verizon
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Incident response is the practical counterpart to prevention: organizations need a prepared way to assess, contain, and recover from a security event. Verizon recommends maintaining an incident-response plan and regularly testing defenses. The existence of a plan does not guarantee prevention or recovery, but it gives teams an agreed process to follow when time and information are limited. Verizon 2026 DBIR
Identity, phishing, and social engineering
Technical exploitation is not the only route into an organization. ENISA describes phishing and related trust-abuse tactics, while Verizon recommends training employees to recognize phishing and other threats. The defensive response is layered: use multifactor authentication (MFA), teach staff how to spot suspicious requests, and make it straightforward to report them. Training complements technical controls; it should not be treated as a substitute for them. ENISA · Verizon
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Third-party and supply-chain exposure
A breach or outage at a supplier can affect organizations that did not suffer the initial compromise. ENISA warns that supply-chain and third-party attacks can lead to large-scale or impactful incidents, reflecting how organizations depend on providers, services, and infrastructure outside their direct control. ENISA, 2026 Threat Landscape announcement
Map the suppliers and digital services that are important to operations, identify what would be affected if each became unavailable or compromised, and understand how an incident would be communicated and handled. This turns “third-party risk” into a concrete operational question: which dependencies could interrupt essential work, and what is the response path?
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AI has a dual role in the threat landscape. ENISA describes malicious activity using AI as well as risks arising from deployed AI systems and their supply chains. Those are distinct issues: AI may be used to support malicious activity, while an organization’s own AI tools and dependencies may become part of its exposure. The available findings do not establish that cyberattacks are autonomous or that AI has transformed the threat landscape; avoid treating those claims as proven.
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For defenders, the practical question is what AI services or components the organization uses, what information they can access, and which suppliers or integrations they rely on. Apply existing security and supplier-review practices to those systems rather than assuming AI requires either no special attention or a wholly separate security program. ENISA, 2026 Threat Landscape announcement
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What ENISA’s EU figures show
The figures below come from ENISA’s 2026 announcement about events in the EU during 2025. They have different denominators and should not be read as shares of one common incident total.
| Finding | What the figure describes |
|---|---|
| 32% of targeted organizations were in public administration | Share of targeted organizations in ENISA’s observed EU dataset, not a global sector estimate. ENISA also identifies business services and transport next, with manufacturing and finance/banking represented. |
| 60% of relevant unauthorized-access incidents leveraged a vulnerability | Share of unauthorized-access incidents for which ENISA identified an intrusion vector; that vector was identified for 5% of incidents. |
| More than 48,000 CVE identifiers in 2025, up 22% year over year | Number of new identifiers published in 2025 and change from 2024, as reported by ENISA; not a count of vulnerabilities affecting any one organization. |
| Cybercrime accounted for 36% of ENISA’s total events | Share of ENISA’s total observed events categorized as cybercrime. |
| Ransomware deployment 40%; data breaches 31%; fraud and impersonation 19% | Shares among financially motivated activities in 2025, not shares of all ENISA events. |
ENISA Executive Director Juhan Lepassaar described the importance of looking beyond isolated threat counts: “The ENISA threat landscape is more than a list of cybersecurity threats affecting the EU and how they are distributed around sectors and entities. The analysis highlights how threats become more interconnected and how threat groups spread their impact across the larger map of digital services and infrastructures. Being aware of such underlying dynamics is key if we want to implement the right solutions and maintain a high level of resilience across our digital economy.” ENISA, September 22, 2026
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How businesses can reduce breach risk
Verizon’s guidance emphasizes established controls rather than a promise that any single tool will prevent a breach. A practical order of work is to understand what needs protection, reduce avoidable exposure, and prepare to respond.
- Build asset visibility. Maintain a useful inventory of systems and software so teams can identify where a vulnerability matters and which updates need priority.
- Apply software updates promptly. Set a process to evaluate and deploy relevant updates, with a way to track exceptions and systems that cannot be updated immediately.
- Strengthen account access. Use MFA to add a second verification step to sign-ins. A FIDO2 hardware security key is one category of MFA device; verify that any key considered works with the services and devices in use.
- Protect sensitive information. Encrypt sensitive data, and limit access to the people and systems that need it.
- Train and prepare staff. Train employees to recognize phishing and suspicious requests, and make reporting a concern clear and accessible.
- Test defenses and response. Regularly test security defenses and maintain an incident-response plan with roles and actions understood by the people expected to use it.
- Review important dependencies. Identify critical suppliers and services, consider how their disruption could affect operations, and understand how to coordinate if they report an incident.
Organizations considering a zero-trust approach can consult CISA’s Zero Trust Maturity Model as a government implementation resource, particularly for federal agencies. It is not evidence that one architecture or vendor product is sufficient for every organization. CISA cybersecurity best practices
Choosing cybersecurity services without assuming there is one best product
The reports point to needs such as vulnerability management, managed detection and response, identity security, and backup or recovery services, but they do not rank vendors or establish a universally best tool. Compare options against the organization’s actual risks and operations:
- Threat addressed: Which specific exposure or response gap is the service meant to reduce?
- Deployment environment: Does it cover the systems, users, and services the organization actually runs?
- Integration: How does it work with current identity, endpoint, cloud, and incident-response controls?
- Measurable coverage: What can the organization verify is protected, monitored, or tested?
- Response capability: Does it help detect and contain incidents, or primarily provide visibility?
- Operational burden and total cost: What staff time, implementation work, and ongoing costs are required?
A security service is useful only if it addresses a defined need and can be operated effectively. The evidence here supports those categories as relevant areas of investment, not a product ranking.
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