For property claims · adjusters, attorneys & carriers

What happened at this address? Answered two ways.

Citation Wx turns raw atmospheric data into source-cited weather reports for a specific property and time window — a storm history in seconds, or a full meteorological analysis in minutes. Built for the moments a property claim turns on what the weather actually did.

NEXRAD reflectivity over the parcel
Skew-T sounding source file
Detailed Analysis report — findings page
On every device

Run reports from the field, or the desk.

The same account, reports, and pricing everywhere. Order a report at the property from your phone; work the full analysis on the Mac app.

Citation Wx for macOS — Reports library and Detailed Analysis view
Citation Wx for iOS — report view
The product line

Three reports. One source of truth.

Storm Snapshot$35 · seconds

A history of the storm events already on record near the property in your chosen window, each linked to its official source. A neutral, factual list — no per-hazard analysis.

Generated in seconds
Every event linked to its source
Makes no determination of damage
Detailed Analysis$249 · minutes

A full meteorological work-up of the storms on record near the property: a scored summary for every storm, each opening into a deeper analysis of whether damage from that event is plausible and consistent with the record.

Expected magnitude + confidence per hazard
A full per-storm breakout for every storm
Downloadable PDF + raw source data
Date-of-Loss Analysis$249 · minutes

For one claimed date of loss with no storm event on the official record. Rather than starting from a logged event, it reconstructs the day from the raw archive to show what the record supports for that property on that date.

Radar, surface obs, AFDs, soundings
Up to 5 dates of loss per order
Free on a property you have already analyzed
Storm Snapshot · the quick pass

A source-cited storm history, in seconds.

Enter an address and a time window. In seconds you get every storm event on record near the parcel — each row linked straight to its official source, tagged MEASURED or ESTIMATE, with its distance. It documents what was reported; it makes no claim that any event caused damage.

Seconds, not daysEvery event source-linkedMEASURED vs ESTIMATE tagged
Storm Snapshot page 1 — parcel informationStorm Snapshot — storm event history with source links
Detailed Analysis · the deep dive

A storm history you can drill into.

The report opens with every storm checked at the property — scored and summarized. From any storm, open its per-storm breakout: a full meteorological analysis of that single event.

LEVEL 1The summary — every storm, scored
Detailed Analysis summary — data support finding and the scored table of every storm

A data-support finding up top, then every storm in the window scored by hazard with expected magnitude and confidence — the strongest event surfaced first. Each row expands into its own analysis.

Open any storm ↓
LEVEL 2The per-storm breakout — one storm, fully workedPER-STORM BREAKOUT · 5 PAGES

Findings by hazard · radar at the parcel · skew-T & near-storm environment · official storm reports · disclosures.

Per-storm breakout page 1 — findings by hazardPer-storm breakout page 2 — meteorological reasoningPer-storm breakout page 3 — radar at the parcelPer-storm breakout page 4 — radar imagery and storm reportsPer-storm breakout page 5 — near-storm environment and disclosures
Not just a PDF

An interactive report, with the raw data behind it.

Every Detailed Analysis opens in the browser, where you can move through each storm's evidence, pull the underlying source files, and request a meteorologist's sign-off.

Interactive analysis view — radar, skew-T and METAR/TAF tabs, findings, and download controls
BROWSE
Every section, inline

Expand any storm and tab through radar reflectivity and velocity, the skew-T sounding, and METAR/TAF — alongside the findings and official storm reports.

DOWNLOAD
The PDF and every source file

Export the analysis PDF, or pull the evidence bundle as a .zip — including the skew-T soundings and raw NEXRAD Level II (.V06) files behind the analysis.

CERTIFY
Meteorologist sign-off

Conclusions ship UNVERIFIED — data-driven plausibility findings. One click requests review by a credentialed, named meteorologist who reviews, annotates, and signs the report.

Source files, included
Automation, trained by meteorologists

We evaluate every storm the way a career meteorologist would.

Our automation works top-down — building a situational picture from the synoptic scale, down to the mesoscale, and finally to the microscale over the parcel itself.

01 / SYNOPTIC
The large-scale setup

The continental pattern — fronts, upper-level flow, and the airmass that set the stage for the day.

02 / MESOSCALE
The regional environment

Instability, shear, and the boundaries that organize convection near the address.

03 / MICROSCALE
The storm at the parcel

What radar, velocity, and nearby reports show in the parcel vicinity — labeled as estimates, not at-address measurements.

Every product is weighed with meteorological reasoning — with particular consideration for the forecast guidance issued before the storm. The result is a thoroughly analyzed storm, evaluated by a model trained on how career meteorologists reason through the same data — and clearly marked UNVERIFIED until one reviews it.

The inputs

Observations first, forecast guidance second.

We retrieve every relevant weather product, leaning hardest on direct observations — then factor in the pre-storm forecast guidance a meteorologist would consult.

Observation-based
Surface observations
Ground-truth wind, pressure, and precipitation readings from stations near the address.
LSR & NCEI records
Official storm reports, with distance and azimuth to the parcel, tagged MEASURED or ESTIMATE.
NEXRAD Level II radar
Raw reflectivity and radial velocity (.V06), georeferenced to the property at the sampled beam height.
GOES satellite
Cloud-top and convective signatures placing the event in its wider system context.
RAOB / soundings
The nearest observed skew-T for the pre-event near-storm environment — CAPE, shear, freezing level.
Pre-storm forecast guidance
AFDs
Area Forecast Discussions — what forecasters expected before the event, in their own reasoning.
TAFs
Terminal aerodrome forecasts framing the pre-storm expectation at nearby airfields.