As the world’s largest archipelagic nation, Indonesia’s coastal assets face constant threats from rising sea levels, high-salinity corrosion, and extreme tidal surges that jeopardize industrial ports and offshore platforms. TeAM’s monitoring provides the critical real-time data needed to mitigate coastal erosion and structural deformation before they compromise strategic maritime operations.
Coastal Monitoring
Overview
Integrated Oceanographic & Shoreline Intelligence
Product Used
Our World-Class Instrumentation Stack
The GNSS Meter is a high-precision instrument designed for geospatial positioning and monitoring in civil engineering, geotechnical, and infrastructure projects.
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Precise geospatial monitoring for infrastructure and geotechnical projects
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Real-time data supports timely decision-making
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Enables automated data collection and efficient site management
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Suitable for tunnels, slopes, dams, bridges, and urban development projects
The Geosense® Water Level Meter is a portable, high-accuracy instrument designed for reliable groundwater level measurement in standpipes, boreholes, and monitoring wells.
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Reliable in harsh environments thanks to rugged materials and weather-resistant construction
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Simple to use, making field measurements more efficient and reducing operator error
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Low maintenance, with quick replacement parts that minimize downtime
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Highly portable, supporting fast deployment across multiple boreholes
The GEO-XW100 Rotary Wire Extensometer from Geosense is built to measure horizontal or vertical displacement with reliable accuracy.
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Reliable in tough conditions thanks to its durable construction
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Suitable for both manual and automated monitoring
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Covers long displacement ranges with consistent accuracy
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Fast installation, even in confined spaces
The In-Place Inclinometer (IPI) is a high-precision instrument designed to monitor lateral ground or structural movement continuously and in real time.
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Continuous monitoring eliminates the need for manual inclinometer surveys.
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Minimized site visits, reducing operational cost and safety exposure.
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Fast detection of movement trends for early-warning systems.
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High reliability even in landslide-prone or extreme weather environments.
A Standpipe Piezometer is one of the most straightforward and dependable instruments for monitoring groundwater levels in soil and rock.
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Highly cost-effective compared to electronic piezometers
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Long operational lifespan with minimal maintenance
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Stable, repeatable measurements over time
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Ideal for remote or challenging environments
The SGP-3400 Series Strain Gauge Piezometer is engineered to deliver stable, long-term pore water pressure measurements in geotechnical, environmental, and hydrological applications.
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Highly stable readings
Ideal for long-term geotechnical monitoring
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Accurate performance
Even in challenging or variable soil conditions
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Low maintenance
With durable construction and minimal calibration needs
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Versatile use
Across dams, tunnels, mining, foundations, and groundwater studies
The VWP-3000 Series Vibrating Wire Piezometer is engineered for long-term, high-accuracy measurement of pore water pressure in geotechnical, civil, and mining applications.
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Reliable long-term performance with minimal calibration drift.
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Highly stable and accurate even under variable temperature and loading conditions.
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Supports predictive analysis for seepage control, slope stability, dam safety, and mining operations.
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Easy integration with existing monitoring networks and automated acquisition platforms.
Our Solutions
