Summary
- Socura surveyed 500 UK CSOs, CISOs and senior security leaders.
- Reported responses include overtime, late patch deployments and deliberate absence.
- The findings reflect self-reported experiences rather than measured patch outcomes.
More than one in five UK security leaders surveyed by Socura said they had taken sick leave or deliberately booked holiday to avoid the monthly software patching cycle. The findings, reported on 13 October, are based on responses from 500 chief security officers, chief information security officers and heads of IT security, and point to strain in the operational routines used to deploy vendor security fixes.
According to the figures, 41% of respondents said they had worked overtime to manage patching, while 37% reported staying late to deploy updates. Some 22% said they had tried to avoid the date altogether through leave or absence, and 29% reported significant anxiety on the preceding evening. These are responses about individual experience; the survey does not establish that more than one in five security teams failed to patch, or that a reported absence caused an incident.
Patch Tuesday is associated particularly with Microsoft’s monthly release schedule, although other vendors also publish updates in similar windows. The concentration of advisories creates a recurring workload because organisations must determine which software versions they operate, whether the vulnerabilities are relevant, how they rank against other threats, and whether updates can be applied without disrupting essential services.
A technical vulnerability’s severity score is one part of that decision, not a complete deployment schedule. Exposure depends on accessibility, prerequisites, compensating protections, and whether exploitation has been observed. A fix for a widely accessible remote service may demand a different response from a library used only in a restricted application. At the same time, a patch requiring regression testing on critical business software can take longer to introduce even where its security importance is understood.
The survey therefore raises questions about resources and decision rights. If the same small group is expected to interpret advisories, test releases, obtain change approval, coordinate outages and deploy software, the process can become both time-sensitive and repetitive. Organisations with documented asset inventories and established maintenance windows may distribute that work differently from teams relying on manual discovery or emergency change procedures.
The figures should be interpreted cautiously. Socura sells managed security services and has an interest in the subject. The sample is limited to selected UK security leadership roles, and the results do not independently demonstrate the proportion of all British organisations suffering patch failures. Respondents may also interpret overtime, anxiety and avoidance differently. The figures nonetheless identify a reported pressure point within the profession.
There are also methodological limits to inferring workforce conditions from a security-vendor survey. It is not clear from the published report that every respondent has the same responsibility for applying updates; some senior leaders may oversee risk approval without personally deploying software. The stress associated with the release cycle could reflect staffing levels, technical debt, organisational expectations or wider pressures rather than the number of CVEs alone. The figures also do not show whether teams reporting long hours achieved poorer security results than those following more regular schedules.
A more complete operational assessment would look at how long exploitable weaknesses remain exposed, how many assets fall outside patch management, and how often maintenance changes cause failures. Those measures are separate from perceptions of workload. The current results remain relevant as evidence of what the sampled leaders reported, particularly where a routine security control depends on after-hours human effort. They also align with the distinction between urgent security remediation and the monthly packaging of vendor updates. A single servicing date can contain issues with very different risk profiles, so the challenge is to decide which actions genuinely cannot wait and which can follow established change windows.
Current patch management also extends beyond monthly schedules. Exploited zero-days, out-of-band fixes and cloud configuration changes can demand attention between routine releases. The survey does not measure how quickly respondents remediated those events. Its strongest finding is about the human workload associated with the patch cycle, rather than a quantified change in national cybersecurity resilience.
