When a major weather event or catastrophe strikes, claims volumes can increase tenfold overnight. The difference between chaos and control comes down to preparation.
The UK has experienced a marked increase in severe weather events over the past decade. Storm Ciaran, Storm Babet, and the 2023-2024 flooding events each generated tens of thousands of claims within days. For insurers caught unprepared, the result was overwhelmed contact centres, weeks-long delays in claim acknowledgement, and policyholders abandoned at their most vulnerable moment.
The challenge is that catastrophe surges expose every weakness in a claims operation simultaneously. Manual processes that function adequately at normal volumes collapse under ten times the load. Triage rules designed for individual assessment cannot cope with thousands of similar claims arriving at once. Supplier networks are overwhelmed, and the handlers brought in to help lack familiarity with systems and procedures.
The reputational and financial consequences are significant. The FCA has explicitly stated that firms must be able to demonstrate they can handle surge events without detriment to customers. Insurers that fail to respond adequately face regulatory scrutiny, media criticism, and long-term customer attrition. Flood Re's experience with structured surge protocols demonstrates that well-prepared insurers can settle catastrophe claims significantly faster than those responding ad hoc.
Effective catastrophe response is not about improvising under pressure — it is about activating pre-built workflows, pre-agreed supplier arrangements, and pre-trained surge teams. The time to design your catastrophe response is before the event, not during it.
A surge-ready claims operation has dedicated catastrophe workflows that can be activated with a single trigger. These workflows apply simplified triage rules appropriate for high-volume, similar-peril claims, automatically allocate to pre-registered surge handlers, deploy streamlined assessment processes, and apply pre-agreed settlement parameters for common damage types. The result is a claims operation that can scale from normal capacity to surge capacity within hours.
Critically, surge workflows must maintain regulatory compliance and audit standards even at elevated volumes. Every claim still needs proper documentation, every settlement still needs appropriate authority, and every policyholder still deserves clear communication. The workflow achieves this through automation of administrative tasks, allowing human attention to focus on assessment and decision-making.
Prepare your claims operation to respond effectively to major events with these practical steps, implemented before the next catastrophe strikes.
Define clear criteria for declaring a catastrophe event and activating surge protocols. Typically this includes thresholds based on claim volume (e.g., more than 500 FNOLs in 24 hours for a single peril), geographic concentration, or Met Office severe weather warnings. Define escalating response levels — Level 1 for regional events, Level 2 for national events, Level 3 for unprecedented scale.
Create simplified claims workflows for the most common catastrophe perils: flood, storm, freeze, and subsidence. Surge workflows should capture essential data through guided forms, apply automated triage by damage severity, and route to appropriate handling paths. A flooded ground floor with no structural damage follows a different path from a property with significant structural issues.
Identify and pre-register surge handlers — internal staff from other departments, retired handlers, and contracted temporary resources. Ensure all surge handlers have system access credentials ready to activate, have completed training on your catastrophe workflows, and understand their authority levels. Update the pool quarterly and conduct an annual surge simulation exercise.
Work with your key suppliers — loss adjusters, restoration companies, builders, and emergency accommodation providers — to agree surge capacity commitments. Define how quickly they can scale, what priority your claims receive during national events, and how simplified assessment processes work during surge. Document these arrangements and test them annually.
During a catastrophe, individual handler contact with every claimant is impossible in the early stages. Design automated communication sequences that acknowledge claims immediately, set realistic expectations about timescales, provide practical guidance (emergency repairs, safety advice, temporary accommodation), and give regular progress updates. Policyholders who feel informed are far more patient than those left in the dark.
For common catastrophe damage types, pre-agree simplified assessment and settlement parameters. For example, standard flood damage to a three-bedroom semi-detached property can be assessed using a schedule of costs rather than requiring individual loss adjuster visits. This allows rapid settlements for straightforward claims while directing loss adjuster resource to complex or high-value cases.
Define the governance structure that activates during a catastrophe event: who declares the event, who leads the response, how decisions are escalated, and how progress is reported. Include daily stand-up meetings, real-time dashboards showing claim volumes and processing rates, and defined escalation paths for issues that threaten response capacity.
At least once per year, simulate a catastrophe event and activate your surge response. This should include generating simulated FNOL volumes through the system, activating surge handlers, testing supplier mobilisation, and running the command and control structure for 2-3 days. Document lessons learned and update processes accordingly.
During a catastrophe, policyholders are experiencing genuine distress — displacement, property damage, loss of possessions. Your communication and handling approach should reflect empathy and urgency. Vulnerable customers, the elderly, and those without alternative accommodation need prioritised attention. The FCA will judge your response on customer outcomes, not just processing speed.
Surge handlers may lack the experience of your permanent team. Compensate by building detailed decision guidance into the workflow — if the damage matches these criteria, follow this path; if it exceeds these thresholds, escalate. Structured guidance enables less experienced handlers to make consistent, appropriate decisions at pace.
Tag all catastrophe claims with the event code from the point of FNOL. This enables accurate event-specific financial reporting, reinsurance recovery tracking, and post-event analysis. Without consistent tagging, catastrophe claims get mixed into business-as-usual reporting and distort operational metrics.
After the initial FNOL surge subsides, a second surge often follows 2-4 weeks later as policyholders discover additional damage or as claims move from emergency response to repair and settlement. Ensure your surge planning accounts for this extended timeline and maintains elevated capacity for at least 8-12 weeks after a major event.
Conduct a structured debrief within two weeks of standing down the catastrophe response. Capture what worked, what failed, and what was improvised. Update your surge playbook before the detail is forgotten. The best catastrophe processes are refined through real experience, not theoretical planning alone.
Flood, storm, freeze, and subsidence pathways ready to activate.
Misallocated claims waste handler time, delay settlements, and inflate costs. Automated triage ensures the right claim reaches the right handler from the start.
claims managementFirst Notification of Loss sets the tone for the entire claim. Get it right and you accelerate every downstream process; get it wrong and costs compound at every stage.
claims managementEvery day a claim remains open costs money — in indemnity creep, handler time, and customer dissatisfaction. Optimised settlement workflows close claims faster without cutting corners.
SwiftCase helps UK insurers build surge-ready claims operations with pre-configured workflows, automated triage, and scalable handler management.
