The Real Cost of a Breach

The real cost of a breach isn't the headline, it's the eighteen months after

A ransomware attack is usually reported once, on the day it happens. The bill arrives in instalments, for much longer than the headline suggests.

More than eighteen months after a ransomware attack disrupted pathology services across South East London, reporting in June 2026 showed at least one NHS trust still working without fully restored systems, still managing a backlog of delayed test results. The attack itself lasted days. The consequences have lasted years.

The pattern holds outside healthcare. Marks & Spencer's 2025 ransomware incident took more than 600 systems down, kept its online operation offline for 46 days, and led to a profit warning of roughly £300 million, a record for a UK retailer. The Co-op had data on 6.5 million members stolen and had to run parts of its operation manually for weeks while systems were rebuilt. Neither of those costs appeared in the first week's coverage. Both took months to fully surface.

Higher education is not exempt from this shape of risk. The government's Cyber Security Breaches Survey for 2025/2026 found 98% of HE institutions had identified a breach or attack in the past year, and the National Cyber Security Centre has issued a specific alert on continued targeted ransomware attacks against UK universities, following named 2026 incidents at Nottingham, UCL and Newcastle. The financial exposure a governing body should be weighing is not the cost of an incident response retainer. It is the cost of eighteen months of degraded operations, the kind that don't show up in a single budget line because they are spread across so many.

One of the most common findings from Cloud Readiness Assessments is that cyber resilience is often constrained not by security tools, but by architectural complexity. Legacy platforms, tightly coupled integrations, unsupported operating systems and limited disaster recovery capabilities can all extend recovery times after a cyber incident. This is one reason the effects of an attack often last far longer than the initial outage. Moving towards a cloud-first architecture creates an opportunity to modernise these dependencies, strengthen resilience and reduce operational risk through increased automation, more robust backup and recovery capabilities, and clearer business continuity processes.

This is why the Cloud Readiness Assessment matters as a governance question, not only a technical one. It is free to every HEFS customer and carries no obligation, a scoped way to understand exposure before it becomes a headline, rather than after. For an institution weighing competing demands on a stretched budget, that scoping is the difference between a planned decision and a forced one.

Find out more here - Cloud Readiness Assessment.