Seismic sensors feed field recorders that send readings over Ethernet or selected network links. GeoRAPTOR combines station results to issue configured warnings and present estimated shaking arrival times and impact maps.
Connected seismic stations give regional teams measured inputs for warning and post-event review. GeoSIG combines suitable acceleration or velocity sensors, GMS-series recorders and GeoRAPTOR, the application at the centre of its earthquake warning system. Field stations contribute to the event detection and evaluation. The application brings their results together and presents the estimated arrival time and intensity of strong shaking for the defined monitoring area.
Recorders send the selected signals through Ethernet or the agreed additional network arrangement. Supported GMS equipment runs the selected on-station warning method and supplies data to the central software. Algorithms and triggers are configured for the local geology, seismic activity and station distribution. The application shows system and station status alongside a live map of the represented event and wave propagation.
Configured warning signals connect to the agreed alert systems and visual indicators. After sufficient station information is received, automatic analysis presents interactive shaking maps and the estimated distribution of seismic impact. Recorded events are available for replay, and station access supports maintenance. Regional staff use the warning and mapped results when carrying out the response procedures assigned to the instrumented area.
Sensors, gateways and spare units
Site survey, mounting, commissioning and configuration
Platform subscription, connectivity, data and support
This is an estimate by IoT Apps based on comparable deployments, not a quote from GeoSIG.
Get an estimate for your own project and invite GeoSIG to confirm a price and lead time, on this page. Taxes, shipping, civil works and custom integration are not included. How IoT Apps estimates costs
Monitor construction noise, dust and vibration.
Process seismic readings and distribute early warnings.
Use soil conditions to plan golf-course maintenance.
GeoRAPTOR combines on-site and regional warning approaches, with algorithms and triggers shared between the field stations and the central application.
GeoRAPTOR presents estimated strong-shaking arrival time and intensity, along with visual indicators and integration to the agreed alert system.
After sufficient station information is received, GeoRAPTOR calculates parameter distributions and presents interactive shaking maps. Recorded events are also available for replay.
Every page carries a cost estimate by IoT Apps for your own sites and assets; set your budget and invite GeoSIG to confirm a price and lead time.
For 1 site with 10 monitored assets in United States, IoT Apps estimates $1,900 – $6,000 in the first year and $300 – $1,000 every year after. This is an estimate based on comparable deployments, not a quote from GeoSIG.
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