A very warm hello!
The cybersecurity landscape is under pressure from several sides in 2026. Regulatory requirements, skill shortage, an exploding number of vulnerabilities, budget constraints and an increasingly demanding threat environment are no more isolated challenges — they converge. Anyone who recognizes where these forces come together has the chance to develop security programs that are resistant from scratch.
The six forces that have a significant impact on cyber security at present
Regulations such as DORA and NIS 2 increase the requirements for the Incident Response as well as vulnerability and risk management. NIS 2 urges organisations in particular to a model in which each security investment should be traced back to a concrete outcome of risk analysis.
At the same time, the shortage of skilled workers in all markets and segments remains an essential problem: companies are struggling to build incident-response capacities and to gain and maintain specialist experts.
The figures sharpen the problem — In 2025, 48.185 CVEs were released, an increase of more than 20% year-on-year, with AI-related weaknesses being disproportionately dangerous despite a share of only about 3% of new entries.
Budgets remain competitive and leave organizations either back with outdated solutions or overload them with a fragmented technology stack that they cannot effectively unify — For example, SIEM deployments often suffer from poor detection engineering and inadequate data sources.
This is based on a structural gap: Too few security programs are anchored in a business impact analysis or a formal risk assessment process, so IT security rarely takes into account the actual business impact.
Consequently, the threat landscape continues to intensify, increasing pressure on companies. In addition, measures required by the State, the number of which increases amidst geopolitical instability, and threat players who start to use Large Language models as a weapon.
1. New threats, APT and geopolitics: A threat landscape without barriers
The threat environment grew not only in volume in 2025 — it also grew in terms of refinement, coordination and geopolitical situation. According to the ENISA-Threat-Landscape Report-2025, Phishing remains the most important initial attack vector and accounts for about 60% of all incidents. What has changed is the effectiveness. Large Language models have significantly reduced the hurdle to create convincing, targeted phishing content — they eliminate the linguistic and contextual errors that have helped the recipients identify attacks earlier. The human "denial line" is under more pressure than ever.
APT campaigns continue to be among the following threats. It is not an occasional attack — they are targeted, long-term operations aimed at government agencies, energy infrastructures, research institutions and companies that offer critical services. The geopolitical background plays a crucial role: state-funded activities have increased parallel to growing instability and it is clear that more and more actors with state resources and strategic objectives operate.
DDoS attacks have become an integral part of the European threat environment — ENISA records them in 77% of incidents. The main drivers are ideologically motivated groups — Hacktivists who attack public administrations as a form of political protest. The attacks themselves usually do not cause permanent damage, but bind reaction capacities and generate noise that can conceal other activities.
Supply chain attacks round off the image — and have a special regulatory weight, as NIS 2 explicitly addresses third party risks. The ENISA data show that 53.7 % of all registered incidents concerned entities that are defined as critical in the NIS-2 Directive. Attackers have realized that the compromise of a supplier, integrator or technology provider is often a more efficient way to a well-established organization than a direct attack. In a connected environment, the attack surface extends to the weakest link in the supply chain.
Two. Regulation: Compliance as a Security Architecture Driver
NIS 2 requires continuous 24/7 monitoring of the environment with strict deadlines for reporting incidents: A first analysis must be submitted within 24 hours of detection, followed by a detailed incident report. These are no soft expectations — they justify a legal responsibility for management.
NIS 2 also requires a dynamic risk assessment procedure. This means that any change in the technical or business environment — a new server, a new supplier, a new service — the obligation to update the risk analysis. Security can no longer be evaluated and stored once a year. It must develop with the organization.
Vulnerability Management adds another level of complexity. In 2026, it is no longer sufficient to rely exclusively on CVSS scores in the prioritisation of measures. A structured, context-conscious risk analysis approach is required — one that takes into account the criticality of assets, the exposure of the affected company and the business impact instead of using only a generic severity assessment.
3. Vulnerabilities: volume, speed and illusion of support
2025 presented a new record with 48.185 published CVEs — an increase of about 20% compared to the previous year. The total number of registered CVEs exceeded the mark of 308,000, corresponding to an average of 131 new vulnerabilities per day.
Attackers do not primarily chase Zero-Days — they systematically exploit known vulnerabilities that the organisations have not resolved. Network devices such as VPNs, firewalls and routers remain the preferred goals. At the same time, the time window between becoming aware and active use is shortened as the use of zero-day and one-day exploits increases — and security teams remain less and less reaction time when they are attentive.
4. Skill shortage: The skill gap behind any safety failure
The personnel problem in cyber security is not simply a question of the number of employees. The SANS 2025 Cybersecurity Workforce Research Report showed that 52% of cybersecurity managers do not see the core problem in a few people, but in a few people with the right skills. Finding someone with the right know-how is one thing — Finding someone with the necessary depth of knowledge, expertise and resilience to work in a highly dynamic environment is a completely different challenge.
In addition to SOCs, organizations need dedicated experts for risk analysis, cloud security specialists and a number of other domain-specific professionals. The supply currently does not cover demand in any market segment.
And even if the right person has been found, employee retention becomes the next challenge. Burnout is widespread in the industry, and aggressive talent Hunting leads to the establishment and stabilization of a team being an ongoing operational task — no one-time setting process.
Five. Budget restrictions and technology stack: too little or too much
Investment errors in cyber security usually follow two patterns. The first is underinvestment — Organizations still believe that an outdated antivirus solution is a sufficient security solution without possessing structured detection and response capabilities at the same time.
The second is the fragmented investment — these are expenditures for individual tools that address isolated problems while critical gaps remain unaffected. A company could, for example, introduce an SIEM solution, while it operates vulnerability management only to a limited extent or sporadically. — by occasional scans and without a comprehensive, continuous process.
None of the two approaches create a functional security situation. Technology decisions must follow a coherent architecture — one that is tailored to the actual risk profile of the organisation. Without this basis, even well-funded security stacks will become collections of tools that generate noise instead of providing protection.
6. Business Impact Analysis: The missing link in cyber security
While security teams focus on the defense of threats, the Business Impact Analysis (BIA) answers a more fundamental question: what needs to be protected, and what happens to the organization when it is lost or disturbed?
The risk-based approach introduced with NIS 2 requires security decisions to be taken from risk analysis, not from technological standards or recommendations from providers. BIA closes the gap between technical knowledge and business consequences. It shows where critical services are insufficiently protected, where Recovery Time Objectives are unrealistic and where dependencies between systems are regularly overlooked.
Therefore, BIA is increasingly referred to as the missing link of modern cyber security. It transforms fragmented technical data into usable business information — and allows security teams to focus their resources on what really matters for the organization, rather than what is most visible in the tools.
What measures can be taken?
A pattern is drawn across all six forces examined in this article: The challenge is not the lack of individual solutions but the lack of coherence. Organizations monitor without context, manage vulnerabilities without risk priority and respond to incidents without a clear link to business impact or automation.
Security platforms that combine incident, risk and vulnerability management and BIA in an environment are the right step. The preservation of digital sovereignty is also becoming increasingly indispensable for European organisations under NIS 2 and in the face of data storage and regulatory responsibility.
A platform approach does not replace the need for qualified professionals, sufficient budgets or a sound risk strategy. What he can do is to provide these professionals with a coherent operational environment — one in which a new vulnerability enters risk analysis, triggers a detected incident the correct response workflow, and the management receives a real-time overview that links technical events with business consequences.
More information about the platform approach can be found here: https://www.twinsoft.de/securevisio-partner
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