Insurance claims management software: aerial intelligence for faster catastrophe response
Aerial intelligence accelerates insurance claims and catastrophe response. Nearmap helps AU carriers assess flood, cyclone and bushfire damage remotely. Faster settlements, lower costs.
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Insurance claims management software is the system a property and casualty carrier uses to record, assess, and settle claims from first notice of loss through to payment. In catastrophe conditions, the constraint on that system is rarely the workflow itself. It is the availability of accurate property information at the point where decisions are made.
This article covers what claims management software does, how catastrophe response differs from standard claims processing, and how aerial imagery and AI-derived damage analysis feed the claims lifecycle for Australian insurers.
What is insurance claims management software?
Insurance claims management software records and manages a claim across its full lifecycle. Core functions include first notice of loss intake, adjuster assignment, reserving, damage estimating, supplier coordination, payment processing, and reporting.
Most Australian carriers run a core claims platform such as Guidewire ClaimCenter or Duck Creek Claims, supplemented by estimating tools and external data services. The platform governs the process, but the accuracy of the decisions inside it depends on the property intelligence available to the adjuster.
Standard claims processing vs. catastrophe response
Standard claims processing operates at predictable volume:
- The adjuster receives the claim
- The adjuster arranges an inspection
- An estimate is produced
- A defined service standard is agreed on
Catastrophe response operates under different constraints.
A single event can generate more claims in a week than a carrier handles in a normal quarter. Field access is limited while roads remain closed, and inspection capacity is fixed in the short term.
That raises a sequencing problem, not a processing problem. Before the standard workflow begins, a CAT team needs to establish which properties are damaged, how severely, and in what order they should be handled. A claims and catastrophe response solution addresses that sequencing step at portfolio scale.
How AI and aerial imagery change the claims lifecycle
Aerial imagery captured before and after an event provides a direct comparison of the same property at two points in time. That comparison quantifies damage across thousands of locations without physical access to the site.
A pre-event baseline distinguishes damage caused by the event from deterioration that predates it, which supports accurate reserving and reduces disputes at settlement. AI analysis converts the comparison into structured data and rather than a labourious manual review, claims teams receive damage attributes at the property level, which can be sorted, filtered, and passed into the claims platform for triage.
Catastrophe claims in Australia: the scale of the challenge
Australia has one of the highest natural hazard exposures of any developed insurance market. Flood, cyclone, and bushfire produce distinct damage patterns and place different demands on claims and CAT operations.
Flood and storm: the current loss picture
Flood is Australia’s most costly natural peril, and around 1.2 million properties carry some level of flood risk. Roughly 230,000 of those face a one-in-20 annual chance of flooding, with a further 420,000 at one-in-50 or one-in-100 odds.
The annual loss figures move sharply: extreme weather generated $4.8 billion in insured losses across Australia in 2025, up 727% on the previous year, with more than $4.1 billion of that coming from Queensland alone. Insurers handled 294,000 claims from declared extreme weather events that year, almost six times the prior year, and the average cost per claim rose 39 per cent to $16,471. Set against $2.35 billion in 2023 and $585 million in 2024, those figures show how difficult catastrophe load is to forecast from one year to the next.
Flood presents a specific assessment problem, especially because water recedes at different rates across a catchment, so access routes stay cut long after the peak has passed. The most severely affected properties are often the least accessible. Documentation of how aerial imagery supports flood response sets out the assessment workflow in more detail.
Cyclone Alfred: aerial insights within 24 hours of capture
Ex-Tropical Cyclone Alfred made landfall at Moreton Island on Saturday 8 March 2025 as a category 1 system and was downgraded to a tropical low the following day. Continuous rainfall and cloud cover as low as 1,000 feet grounded aircraft for three days.
Clearance to fly came on Tuesday 11 March. Between 11 and 15 March, three aircraft completed 13 survey regions covering close to 4,000 square kilometres, with imagery published within 24 hours of capture. Further areas including Hervey Bay, the Gold Coast shoreline, Tweed Heads, and the Sunshine Coast were captured as cloud cover cleared.
Alfred went on to record the highest claims count of any Australian extreme weather event in 2025, with more than 133,000 claims lodged totalling $1.5 billion. The Cyclone Alfred aerial insights account documents the flight planning process against weather, air traffic control constraints, and aviation fuel availability.
Bushfire: rapid aerial damage assessment
Bushfire damage is spatially uneven, because two properties on the same street can end an event in substantially different condition, so portfolio estimates built on postcode-level assumptions tend to misstate the loss.
Victoria demonstrated that in January 2026. Multiple fires ignited during the state’s worst fire danger day since the Black Summer bushfires of 2019-20, with temperatures above 40°C and wind gusts reaching 100 kilometres per hour. The fires destroyed or damaged more than 700 structures and burned through 400,000 hectares, and more than 1,400 insurance claims were lodged while damage assessments were still underway.
Nearmap deployed aircraft as soon as conditions allowed. Imagery across Longwood, Ravenswood, Streatham, Harcourt and Yarroweyah was flown on 13 and 14 January 2026 and set against earlier captures of the same ground. Nearmap classified 36,012 buildings across the fire footprint from imagery, while access to most of the affected area was still closed. The before-and-after view of Victorian fire impact shows the comparison across each fire.
That classification identifies which structures are intact, which are partially damaged, and which are destroyed, allowing claims teams to identify total losses early and prioritise payments accordingly.
Claims response
ImpactResponse: post-event aerial intelligence at scale
ImpactResponse is the Nearmap post-catastrophe aerial capture program. Event monitoring begins before landfall, drawing on Bureau of Meteorology data, global disaster coordination feeds, and local authority reporting, with aircraft positioned near the projected impact zone in advance.
Post-event imagery and AI-derived damage analysis are typically available within 24 to 48 hours of capture. Claims teams use the output to assess damage remotely across a portfolio, which reduces reliance on physical inspection during the period when field access is most constrained.
Kin Insurance assessed 40,000 insured properties remotely
Ahead of landfall, Kin layered Nearmap geospatial data with National Hurricane Center forecasting to identify more than 23,000 insured risks inside the projected wind footprint.
Following the event, ImpactResponse imagery supported remote inspection of 40,000 insured locations. Kin supported more than half of all claimants within the first five days of recovery.
Full detail appears in the Kin Insurance: 40,000 properties assessed case study.
Post-flood assessment in hours, not days
A1 Services conducts residential property and infrastructure inspections for insurers and government authorities following natural disasters. Comparing pre-flood and post-flood imagery of the same property establishes the extent of loss before staff are mobilised to site.
The comparison also improves estimate accuracy. A1 assessors quantify replacement requirements for external cladding, wall plaster, and flooring from imagery, producing higher-accuracy damage reports for the organisations funding recovery. The A1 Services flood assessment case study documents the workflow.
Key capabilities for Australian insurers
Flood risk mapping and pre-event exposure intelligence
Flood risk mapping identifies which properties sit within a hazard footprint and what condition those properties were in at last capture. Applied to a portfolio before an event, it quantifies the number of exposed policies and the likely severity distribution.
Carriers use pre-event exposure intelligence to size an event, set initial reserves, and allocate assessor capacity ahead of the first notice of loss surge.
COPE data for accurate damage estimation
COPE data refers to construction, occupancy, protection, and exposure — the four property characteristics that underpin risk assessment and damage estimation. Aerial capture and AI analysis supply a substantial portion of it, including roof material, roof condition, structure footprint, outbuildings, and proximity of vegetation and adjacent structures.
Accurate COPE attributes allow an adjuster to scope a loss remotely using the same inputs a site visit would produce. Consistent inputs across a CAT event support consistent estimates, which reduces supplements and settlement disputes.
Claims triage and prioritisation by damage severity
Claims triage ranks open claims by assessed damage severity to determine handling order. Properties with severe or total damage are assigned to field assessors, moderate damage claims are progressed remotely, and undamaged properties are closed or held.
Flood risk data narrows the affected population before post-event imagery is available, which shortens the time to a workable triage list. Accurate ranking reduces unnecessary assessor dispatches and lowers loss adjustment expense across the event.
Integration with existing claims platforms
API and GIS integration options
Nearmap delivers imagery and AI-derived attributes through APIs and direct connections into GIS environments used by mapping and spatial analysis teams.
Australian carriers typically consume imagery tiles and property attributes on demand, so current property evidence attaches to the claim file without manual export or file transfer between systems.
Connecting to core claims systems
ImpactResponse integrates with existing carrier claims management platforms, including core systems such as Guidewire. Damage attributes populate the claim record in the environment adjusters already work in, rather than in a separate application.
Integration depth is the practical evaluation criterion for any property data provider. Data delivered inside the existing workflow is used consistently, while data held in a parallel system is used unevenly.