The next named storm or burst-pipe event will collapse weeks of FNOL into days. You cannot hire for that peak. Switchboard scales sideways — hundreds of concurrent calls, every channel, no rota, no overtime.
The Peril Paradox
Property insurance has a flat baseline punctuated by spikes you cannot hire for. The capacity gap is structural.
A named storm or burst-pipe event can quadruple your FNOL volume inside 24 hours. The handler team you sized for steady-state cannot answer those calls. Customers go to voicemail or your IVR; some hang up; some drift to social media.
Customers in genuine distress expect to be acknowledged immediately. The clock starts on cycle time, on Consumer Duty fair-treatment evidence, and on customer-experience scores. The peril does not wait for office hours.
Hiring for a once-a-year storm is uneconomic. Hiring agency staff in the middle of the event is too late. The FNOL surge has to be absorbed without a person-count change.
Even if the FNOL is captured, the surveyors, restoration contractors, and alternative-accommodation providers are also under pressure. Coordinating that supply chain on top of intake doubles the workload.
How Switchboard Absorbs It
Switchboard answers the next call instantly, every time. Concurrency is software-bound, not staff-bound — there is no “please hold” while a queue clears. Every customer gets the conversation immediately.
Same intake flow on voice, WhatsApp, SMS, web chat, and email. Customers pick the channel they can use during a power cut or while comforting a child. The data lands on the case the same way.
Vulnerable-customer signals, life-safety language, and material-damage claims auto-route to a human handler immediately. Routine claims (minor escape of water, contained fire damage) flow through the standard intake.
Multi-LLM auto-failover means a provider outage during a peril event does not collapse intake. Switchboard fails over mid-call across OpenAI and Anthropic without dropping the conversation.
Every Channel
Voice is the headline. WhatsApp and SMS handle customers without phone signal. Email captures the formal complaints and follow-ups.
Inbound FNOL with natural conversation, no hold music, no queue limits.
Asynchronous intake — useful for customers in mid-event with intermittent connectivity.
Text intake for customers without data, with clean structured response capture.
AI-drafted acknowledgements with handler approval before send.
Supply-Chain Orchestration
The bigger problem after a peril event is coordinating downstream: surveyors, contractors, alternative accommodation. Switchboard handles that outbound work too.
Outbound coordination calls — appointment booking, status checks, scheduling around customer availability.
Survey scheduling at scale, confirmation calls, follow-up for inaccessible properties.
Customer placement coordination, AAC supplier outreach, tenancy-confirmation follow-ups.
Customers chasing for updates get a clean status conversation without consuming handler time.
FAQ
Concurrency is software-bound, not staff-bound. We provision capacity to your expected peak volume during scoping; for property insurers expecting peril events, we typically scope for 5x to 10x normal weekday volume on the voice channel alone, with WhatsApp and SMS absorbing additional surge. We have not yet seen a client peril event hit a Switchboard concurrency ceiling.
Vulnerability signals are configurable: life-safety language, distress markers, repeated questions, explicit indicators (children, medical needs, disability disclosures). When detected, the call routes immediately to a named human handler with the partial conversation transcript. Switchboard supports your vulnerable-customer process; it does not replace it.
Switchboard does not settle. It captures the FNOL — incident, location, third party, photos, contact details — and creates the case in SwiftCase with the right workflow attached. Settlement decisions are human, run through your approval hierarchy with WorkflowApprovalService, and the AI never decides indemnity or coverage.
Yes. Agent definitions support multiple operational modes — steady-state, peril-active, recovery — and can be switched manually or triggered by external signals (e.g., Met Office severe weather warnings). The same Switchboard instance handles both modes; only the routing rules and vulnerable-customer thresholds shift.
Two common patterns. (1) Switchboard sits in front of the contact centre, absorbing the spike and routing only flagged calls to handlers. (2) Switchboard sits in the overflow, picking up calls when handler queues exceed a threshold. Either way, no platform migration is required — Switchboard just answers calls Twilio routes to it.
Yes. Commercial FNOL is structurally similar to household, with different qualifying questions, supply-chain partners, and indemnity considerations. Agent definitions are product-specific; the same Switchboard instance can run multiple agents for different product lines.
Run a 30-day pilot on overflow FNOL or out-of-hours intake. Switchboard sits alongside your existing process. When the next storm hits, you already know how it scales. No platform migration. No long lock-in.
