QRA software to map consequences, exposure and societal risk in one auditable workspace.
Project statusBrowser-based QRA
Core outputRisk curves & contours
Method baseStandards-aligned QRA
risklynx.cc / Dispersion model
RiskLynx Dispersion modelPreview unavailable
Map-native dense-gas dispersion footprint with live wind and stability inputs.
QRA software from RiskLynx
Assess hazardous scenarios with a map-first risk workflow.
RiskLynx helps process-safety teams model release consequences, estimate exposed population,
and generate defensible individual and societal risk deliverables without moving between
disconnected desktop tools.
The platform is built for studies that need transparent assumptions, traceable calculations
and practical outputs that reviewers can follow.
A BLEVE fireball played through its whole life — growth, lift-off and
burn-out — as a time-resolved temperature field. It runs in the same
workspace as the rest of the study: no desktop install, no export step and
nothing to reconcile between tools.
Time-resolved, in the browser
Rendered over the facility basemap, from the same run the hazard
distances are read off.
risklynx.cc / BLEVE · Fireball00:00 / 00:44
Screen capture of the RiskLynx workspace — silent, 44 s, loops.
RiskLynx supports teams in understanding industrial process risk.
Built for consequence modelling, population exposure and QRA reporting, RiskLynx keeps
scenario data, mapped outputs and audit-ready calculations in the same project space.
Demonstrate ALARP decisions with clear contour and curve outputs
Produce dependable outcomes for resource allocation and design review
Communicate technical risk clearly to operators, regulators and stakeholders
Model toxic, thermal and overpressure scenarios across a facility basemap
Support safer energy transition, storage and process-industry projects
Three planes, one registered coordinate space. Take the stack apart to see what each
plane contributes — and what they resolve to when they come back together.
Dynamic risk scoreComposite surface — all three planes resolved
RiskLynx collapses site geography, dispersion physics and living population cycles
into one time-resolved risk surface.
Composite
Three planes resolve to one answer.
Geometry, consequence and exposure are modelled separately and registered to the
same map, so every distance, every contour and every head-count is measured in
one coordinate space.
Individual risk contours and F–N curves
Every assumption traceable back to its input
Change one condition and the whole stack reruns
Plane 01 · Base
The ground truth every distance is measured against.
Streets, parcels and building footprints for the real site, on a live basemap.
Nothing above this plane means anything without it.
Live street and satellite basemap
Building footprints and parcels
Any site on Earth, then out to Google Earth
Plane 02 · Hazard
The release draws its own footprint.
Dispersion, thermal radiation and overpressure models render straight onto the
map, shaped by the site’s own wind and stability — not a generic circle
drawn around a point.
Recognised international consequence methods
Driven by wind speed, direction and stability
Contours you can measure, not decoration
Plane 03 · Exposure
Count real people, on a real clock.
Census density is resolved onto the buildings underneath it, then split by
occupancy period — the same neighbourhood carries a different population at
03:00 than it does at 15:00.
WorldPop census density across the study area
Day and night occupancy
Totals that stay traceable to source data
Occupancy
Hover the map to separate its layersClick a plane · drag to rotateTap a plane · drag to rotate
Use cases
From release scenario to societal risk on a real map.
Each engine renders onto the same workspace so the scenario, its consequence footprint and the affected population stay connected.
Dispersion & wind
See where the plume actually goes.
Run a release model and the footprint draws straight onto the map, shaped by real wind speed and direction.
Footprint shaped by real wind data
Drawn on live satellite or street map
Rerun instantly with new conditions
risklynx.cc / Wind footprint
RiskLynx Wind footprintPreview unavailable
Dispersion footprint drawn on the map, shaped by live wind conditions.
Individual risk
See exactly how far the risk reaches.
Pick a point on the map and RiskLynx draws the individual risk contours around it, so you know exactly how far is safe.
Risk contours drawn straight on the map
Distance to each risk level, instantly
Works for any source you place
risklynx.cc / Individual risk
RiskLynx Individual riskPreview unavailable
Individual risk contours and distance readout around a placed source.
Population & exposure
Count real people, not a population guess.
Load census density into the map and calculate affected population by cell, occupancy period and scenario footprint.
WorldPop census density across the study area
Day and night occupancy modes
Exposure totals that remain traceable to source data
risklynx.cc / Population density
RiskLynx Population densityPreview unavailable
Population density cells over the study area for exposure calculations.
Ignition & outcomes
Turn a leak into real outcome numbers.
Build an event tree from a release and RiskLynx works out the odds of jet fire, flash fire, explosion or safe dispersal, with a frequency for each.
Standard ignition probabilities, editable
A frequency for every outcome branch
Feeds straight into the risk numbers
risklynx.cc / Event tree
RiskLynx Event treePreview unavailable
Event tree turning a loss-of-containment frequency into outcome frequencies.
Weather & climatology
Built on real wind data, not a guess.
Pull years of wind observations for any site and RiskLynx turns them into the wind rose that drives every dispersion model.
Years of historical wind observations
Dominant direction and calm periods
Same data feeds every model
risklynx.cc / Wind rose
RiskLynx Wind rosePreview unavailable
Wind rose built from historical station data, driving the dispersion models.
Coverage
Any site on Earth — then hand it to Google Earth.
A study is built on the real site, at real coordinates, over live satellite
imagery and a 3-D camera. When it is finished the whole scenario integrates
straight into Google Earth — one file, opened in the tool your
reviewers already have. A direct Aspen HYSYS link, so stream conditions
arrive from the process model instead of being retyped, is on the roadmap.
Live dynamic mappingBase · hazard · exposureOne file carries the whole scenario into Google Earth.
risklynx.kml
opens in Google Earth Pro
Planned
Drag to rotate
Model anywhere
Any coordinates on Earth. The scenario sits on the real site, with satellite
imagery and a camera you can tilt into 3-D.
Integrates with Google Earth
The finished study leaves as a single file: zones, contours, plume, receptors
and labels, in the colours they had on the map.
Nothing to install
It runs in a browser. No desktop licence, no dongle, and no rebuilding the
study in a second tool just to share it.
Aspen HYSYS link Planned
Stream conditions read straight from the process model — composition,
pressure, temperature and flow — instead of being retyped into the
source term.
Capabilities
The QRA deliverable suite, in one workspace.
01
Consequence modelling
Thermal radiation, toxic dispersion and overpressure footprints from defined release cases.
02
Individual risk contours
Location-specific individual risk and IRPA outputs across receptor points and mapped zones.
03
Societal risk curves
F-N curves, PLL and exposure summaries for scenario ranking and ALARP communication.
04
Map-native reporting
Scenario maps, contours, population overlays and tabular readouts prepared for export.
Deliverables
Clear outputs for studies, reviews and decision meetings.
Individual risk contoursLSIR / IRPA
Societal riskF-N curves
Population exposurePLL / affected count
Scenario evidencemaps + tables
Frequently asked questions
What studies can be addressed with RiskLynx?
RiskLynx is intended for QRA, consequence modelling, population exposure and mapped risk deliverables for process-industry scenarios.
What results are generated from RiskLynx?
The platform focuses on mapped consequence footprints, individual risk contours, societal risk curves, exposure summaries and structured study outputs.
Can RiskLynx support stakeholder communication?
Yes. Maps, curves and population readouts are designed to make technical risk easier to review with operators, regulators and project teams.
How do I request access?
Use the demo form below. Accounts are issued by an administrator after the workspace is prepared.
Contact
Bring RiskLynx into your next QRA engagement.
Tell us about your studies and we will set up a focused walkthrough for your team.
