Skip to content

Engineered for measurable success

Sensors, telemetry and forecast models for high-consequence assets in Central Asia. Engineered for mountain sites with no grid and no mobile signal.

Request a site assessmentSystem architecture
reporting interval
5–15 min
reporting interval
winter operation
–30 °C
winter operation
LoRaWAN range, open terrain
10+ km
LoRaWAN range, open terrain
alarm monitoring
24/7
alarm monitoring

Operational questions

Each product answers one question, with a number.

One platform. Eight applications.

Shared hardware, telemetry and software, configured for the risks of each sector.

Smaller scope? Standard kits for cold rooms and warehouses, water and fuel tanks, pumps, wells and water meters, buildings and offices, equipment and asset tracking, on-site weather station, boundary dust, noise and air quality, horses and cattle on pasture, beehives.

All standard kits

Architecture

Five layers, from the sensor to the decision.

  1. 01

    Sense

    Field instruments measure level, pressure, displacement, temperature, power and vibration.

  2. 02

    Transmit

    LoRaWAN, cellular or satellite telemetry, chosen per site. Remote sites included.

  3. 03

    Visualise

    A map-based dashboard on web and mobile. Each point shows a green, amber or red state.

  4. 04

    Predict

    Statistical and physical models forecast hours to days ahead.

  5. 05

    Act

    Alarms reach the responsible person by call, SMS or Telegram, with the required action.

Three states. One standard.

Every measurement point resolves to one of three states: Normal, Check or Act now, per IEC 60073. Thresholds are agreed with your engineers before commissioning.

Simulation: site statusNormal

  • Turbidity at intake

    Intake · Normal

    410NTU

  • Pore pressure

    Piezometer P-07 · Normal

    182kPa

  • Wind at jib height

    Tower crane TC-1 · Normal

    7.5m/s

  • Minimum temperature, next 6 h

    Field station · Normal

    3.1°C

Simulated data. Illustrates the IEC 60073 alarm states.

From risk to control, one paid stage at a time.

  1. Stage 1

    Assess

    Site inspection or satellite screening. Hazard register, instrumentation plan and budget.

    Fixed price, 2–6 weeks. Credited against the next stage.

  2. Stage 2

    Monitor

    Sensors, telemetry, dashboard and alarm delivery, installed and commissioned.

    Equipment and installation, plus a monthly service fee.

  3. Stage 3

    Predict

    Forecast models and trend alarms. Lead time measured in hours and days, not minutes.

    Monthly fee per site.

  4. Stage 4

    Operate

    Maintenance, calibration, joint alarm monitoring and periodic reporting.

    Annual service contract with agreed response times.

Technology reference.

The components behind every Svetofor system. Each is specified per site.

Field instrumentation
Piezometers, inclinometers, GNSS points, level gauges, weather sensors and vibration sensors. Battery or solar powered.
LoRaWAN
Low-power, long-range radio. Several kilometres per link; over 10 km in open terrain.
Satellite backhaul
Connectivity for sites beyond any terrestrial network: high mountains and pastures.
Dashboard
Web and mobile interface. Map, trends and a green, amber or red state for every point.
Forecast models
Statistical and machine-learning models trained on site history and weather. They advise; your engineers decide.
Edge alarms
Alarm logic runs on site and continues to work during a loss of connectivity.
InSAR
Satellite radar interferometry. Millimetre-scale ground displacement, with a multi-year archive.
Alarm levels (IEC 60073)
Green: normal. Amber: check. Red: act now. Thresholds agreed before commissioning.

Field record

Proven on mountain stations in the Tian Shan.

Our founding team built a network of mountain stations in Kyrgyzstan that monitors debris flows, landslides and glacial lake outbursts. Readings reach the dashboard every 5–15 minutes; warnings go out by Telegram and email. Previously, the same data arrived days late.

Commercial systems use the same architecture: solar power, LoRaWAN, satellite backhaul and defined alarm levels.

mountain stations online
5
mountain stations online
reporting interval
5–15 min
reporting interval

One contractor, accountable from design to long-term operation.

  • Single point of responsibility

    Equipment selection, installation, commissioning, alarm configuration and service. One contract, one phone number.

  • Built for sites without coverage

    Solar power with LoRaWAN or satellite backhaul. Designed for mountain valleys and winters below –30 °C.

  • Mountain hydrology expertise

    Warning methods for snowmelt, debris flows and floods, developed through monitoring in the Tian Shan.

  • Engineered for years of service

    A service contract with defined response times keeps the system in operation, not only at handover.

  • Reporting to international standards

    GISTM for tailings facilities, IFC Performance Standards for lenders, CBAM for exports to the EU.

  • Vendor-neutral, locally supported

    Proven hardware selected for each budget. Spare parts and technicians in Kyrgyzstan.

Start with a satellite screening of your site.

2–4 weeks. No equipment on site. The result shows where ground instrumentation is justified.

Request an assessment+996 773 938833WhatsApp