Europe’s Cybersecurity Hiring Gap in Late 2026: Recruit for Skills, Not Unicorns

Europe’s cybersecurity recruitment problem is no longer adequately described as a simple shortage of people. Employers may receive many applications while still failing to find the precise mix of incident response, cloud, engineering, regulatory and communication skills required for the work.

The practical response is not to add every possible competence to one vacancy. It is to define the capability gap accurately, decide what can be learned after appointment and build credible entry routes for candidates from IT and adjacent professions.

The shortage has become more specific

The broad digital labour market remains tight. Eurostat reports that 57.5% of EU enterprises which recruited or tried to recruit ICT specialists during 2023 had difficulty filling those vacancies. Germany recorded 72.41%, while the EU-wide barriers included too few applications, inadequate qualifications, insufficient experience and salary expectations. These are general ICT figures rather than a cybersecurity-only measure, but they show the competitive market in which cyber employers operate.^[1]

Cybersecurity-specific research points to an increasingly granular problem. ENISA found that difficulty locating candidates with the required skills was the principal hiring barrier for 45% of surveyed organisations. Incident detection and response, cloud security, security architecture, identity and access management, operational technology security and network security were among the leading capability needs. Only 33% expected to increase capacity through external hiring, compared with 24% planning to prioritise upskilling existing employees.^[2]

The 2025 ISC2 workforce study reached a similar conclusion: 59% of respondents reported critical or significant skills needs, while 95% identified at least one skills need. Hiring managers prioritised cloud security, artificial intelligence, security engineering, security analysis and risk assessment, alongside problem-solving, collaboration and communication. The study covered several global regions, so its percentages should not be treated as Europe-only statistics.^[3]

What the latest evidence tells recruiters

The measurements are not directly interchangeable: they cover different countries, periods, samples and definitions. They are best read as complementary indicators rather than a league table.

Where hiring pressure is concentrated

Operational and engineering capability

ENISA’s evidence places incident detection and response at the front of current needs, followed closely by cloud security and security architecture. Identity management and operational technology security are also important, particularly for organisations managing factories, utilities, healthcare systems or other connected physical assets.^[2]

This distinction matters when drafting vacancies. A security operations analyst, cloud security engineer and industrial control systems specialist are not interchangeable merely because all three work in cybersecurity. Combining them can produce an unrealistic specification, discourage suitable applicants and make salary benchmarking unreliable.

Risk, governance and regulatory work

Technical implementation is only part of the demand. ENISA reports that regulatory compliance was the main cybersecurity investment driver for 70% of surveyed organisations. Employers therefore also need people who can connect controls, audit evidence, supplier risk and incident procedures to operational decisions.^[2]

Legal obligations vary by sector, country and organisational status. Employers should verify their individual position with the relevant national cybersecurity and regulatory authorities rather than assuming that a job title or industry label determines the applicable requirements.

AI and cloud skills

ISC2 respondents identified AI and cloud security as leading skills needs. In the United Kingdom, AI appeared in 9% of core cyber postings during 2025, up from 4% in the preceding study, while automation appeared in 15%. The UK figures are a useful recent European benchmark, although they should not be projected automatically onto EU labour markets.^[3][6]

Recruiters should ask what the employee will actually do with AI: secure an AI-enabled product, investigate AI-assisted attacks, govern internal use, automate security operations or use an existing tool. A generic demand for “AI experience” is difficult to assess and easy to exaggerate.

Why conventional cybersecurity hiring underperforms

• Degree inflation: France’s official cyber employment study found that 40% of analysed postings requested Bac+5. In the UK, 77% of core postings required at least a bachelor’s degree and another 10% requested postgraduate qualifications.^[5][6]
• Senior-only specifications: UK evidence shows that roles requesting less than two years of experience fell much more sharply between 2022 and 2025 than roles requiring six years or more. Restricting junior entry while competing for experienced specialists weakens the future pipeline.^[6]
• Overloaded role profiles: Employers frequently combine governance, engineering, operations, cloud and compliance responsibilities that would normally be distributed across several specialists.
• Weak recognition of transferable ability: OECD research covering France, Germany and Poland found rising cyber vacancy demand in all three markets. It also reported that 30% to 35% of postings did not specify educational requirements, indicating room for experience and non-formal learning to demonstrate competence.^[4]
• Retention treated separately from recruitment: ISC2 found that overwork, limited advancement and insufficient pay contributed to dissatisfaction. Recruiting another specialist without addressing workload or development can simply restart the vacancy cycle.^[3]

A practical plan for employers

1. Describe the business outcome first. State whether the priority is faster incident response, safer cloud deployment, improved supplier assurance or stronger industrial security. Then identify the tasks and evidence needed to achieve it.
2. Separate essential skills from trainable skills. A candidate may need immediate competence in investigation or architecture but can learn a particular platform, reporting format or internal process. The broader principles in this skills-first cross-border hiring playbook can help employers redesign selection around demonstrated capability.
3. Create conversion routes from adjacent work. In the ISC2 study, 56% entered cybersecurity through IT. France’s ANSSI found that cybersecurity was not the original field of expertise for half of surveyed professionals.^[3][5] Network engineers, system administrators, software developers, auditors, risk professionals and industrial automation technicians may therefore be realistic sources of talent.
4. Use proportionate practical assessment. Ask candidates to analyse a short incident scenario, review a sample risk register or explain how they would secure a simplified architecture. Do not request unpaid work resembling a live commercial project, and give candidates clear information about how assessment material and personal data will be handled.
5. Make development part of the offer. Specify mentoring, protected learning time, certification support and the route to greater responsibility. The EU Cybersecurity Skills Academy’s 2026 industry-academia network included 47 education members and 20 companies, illustrating the growing role of structured partnerships in workforce development.^[7]
6. Review retention before adding headcount. Measure on-call pressure, unresolved vacancies, training access and whether specialists are covering work outside their competence. ISC2 found that 32% felt overworked because of staff or skills shortages.^[3]

Cross-border recruitment can expand the search, but it does not remove immigration, employment, tax, data-access or security-clearance considerations. Employers should confirm work-authorisation and regulatory requirements for the actual country, role and candidate before making commitments. This article provides labour-market guidance, not legal advice.

What international candidates should prepare

Candidates should avoid presenting themselves simply as “cybersecurity professionals”. A clearer profile identifies a role family, such as security operations, cloud security, governance and risk, application security, identity management or operational technology security.

• Build a portfolio with sanitised incident exercises, laboratory projects, architecture diagrams or risk assessments that disclose no confidential information.
• Explain the business result of previous work, not only the tools used.
• Show communication and problem-solving ability alongside technical knowledge; employers rank these as important selection criteria.^[3]
• Check whether a vacancy’s degree requirement is legally necessary, genuinely essential to the work or simply an employer preference.
• Confirm work permission, recognition requirements and any screening or clearance conditions directly with the competent authorities.

Jobseekers comparing the three continental markets examined by the OECD can review current opportunities through jobs in Germany, jobs in France and jobs in Poland. Language, location, immigration status and regulated-sector requirements should be checked for every vacancy.

Practical conclusion

Europe’s cybersecurity hiring challenge in late 2026 is a capability-matching problem as much as a headcount problem. The strongest response is to divide broad cyber demand into credible roles, remove unnecessary education and experience filters, assess practical competence and fund pathways from adjacent occupations.

Employers should also treat retention and internal training as part of recruitment strategy. Before hiring across borders, both parties must verify the current rules and individual circumstances with national cybersecurity, immigration, employment and qualification authorities.