Complete Solution for Geological Disaster Inertial Monitoring

Policy & Project Requirements

Multiple provinces require full coverage of monitoring terminals for hazard sites during flood seasons. Specifications for Monitoring of Landslide, Collapse and Debris Flow define application requirements for inertial monitoring devices. Traditional manual inspections cannot capture 24‑hour continuous deformation and fail to meet early‑warning timeliness.

Market Selection Trend

Simple single‑point sensors are gradually phased out. Customers prefer BeiDou‑integrated devices with multi‑parameter synchronous acquisition and long‑life all‑in‑one design to reduce rework risks in later‑stage operation & maintenance.

Geological Hazard Risk Zoning Map of China

  Four Common Project Pain Points

Pain Point 1: Short Battery Life, Frequent Field Trips for Battery Replacement

Conventional sensors consume high power. Solar power is limited on rainy days. Battery replacement in remote mountains brings high labor costs and heavy O&M burden.

Pain Point 2: Complex Wiring & Unsynchronized Sampling Timestamps

Separate deployment for tilt, vibration and azimuth sensors causes data time offset. Landslide precursors cannot be jointly analyzed, reducing early‑warning reliability.

Pain Point 3: Tilt‑only Measurement, No True 3D Displacement Data

Only tilt angles are collected, lacking real‑world slope settlement and horizontal slip measurements. Critical indicators for risk grading are missing.

Pain Point 4: Surface‑only Monitoring, Missed Deep‑seated Slip Precursors

Landslides usually start with deep‑soil sliding. By the time surface deformation appears, risks are already high. Surface‑only monitoring may miss optimal warning windows.

  Hardware Product Matrix for Geological‑hazard Monitoring

  Core Advantages of the Solution

Fully‑localized Stack to Meet Procurement Requirements

Self‑developed core MEMS inertial chips without overseas‑component dependency, satisfying localization evaluation criteria for government procurement.

3‑Year Field Maintenance‑free Operation to Cut O&M Costs

Dual hardware‑software low‑power design drastically reduces mountain‑site inspection frequency and long‑term O&M expenditure.

Multi‑parameter Integration to Accelerate Construction

Single‑unit multi‑dimensional data output cuts cable‑trenching and device‑point count, speeding up project delivery.

Millimeter‑level Displacement plus Image Review for Risk Assessment

Synchronized displacement data and on‑site images allow engineers to remotely verify hazards without repeated field trips.

National‑standard‑compliant Protocols for Plug‑and‑play Platform Access

Communication protocols comply with natural‑resources universal‑monitoring specifications. Access tests completed for multiple provincial platforms to reduce integration workload.

Industrial‑grade Wide‑temperature Enclosure for Harsh Field Conditions

Stable operation from ‑40 °C to +85 °C. Low measurement drift under heavy rain, freeze‑thaw and electromagnetic interference for reliable long‑term field acquisition.

Reference Deployed Projects