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Meet our team and explore the monitoring systems we develop, the projects we have worked on, and our product certificates. Find ideas for your own site, then talk to us about the equipment and support you need.
Preparing a purchase or procurement request? We can help with current company documents, project references and a technical proposal for your requirements.
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BrochureExplore our offline water-level recorder and portable water-monitoring options. Meet the orange recorder with its pressure probe, then see the separate carrying-case system and the connections for each configuration.
Share how you plan to collect your data. We will help you choose a configuration and confirm its connections, batteries and probe type, so your package fits the way you work.
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BrochureExplore our laser distance sensor options, connections and model comparison. These sensors measure distance to a target, complementing the different measurements made by tilt and vibration sensors.
Show us the target and site. We can discuss the line of sight, mounting stability, measuring distance and how your project team will interpret changes.
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BrochureGet to know our Willow inclinometer and accelerometer options. Explore the photographs and separate specification tables to compare tilt and vibration measurement needs.
We can help you compare Willow models with our other structural-monitoring options, including measurement axes, recording, connection equipment and software for your project.
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BrochureCompare our 2.4 GHz sensor options: an inclinometer for tilt and an accelerometer for acceleration and vibration observation. We present each device's specifications so you can explore the right measurement for your structure.
Tell us whether you need to monitor tilt, vibration or both. We can discuss the sensor, receiver, recording needs and engineering review with your team.
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BrochureExplore our smartphone GNSS RTK receiver and mobile CORS options. See the receiver, antenna and portable reference-station equipment, with separate specifications for each part of the system.
Tell us where and how you will survey. We can help you choose the receiver, correction source, accessories and software for the conditions at your site.
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BrochureDiscover our radar water-level monitoring and weather-monitoring options, with station components and sensor specifications. Radar lets us measure water level without placing the sensing head in the water.
We can help you choose water-level sensors, weather sensors or both. Together, we will confirm the equipment included in your AWLR package.
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BrochureExplore our Promithevo ARR station with a weighing rain sensor, solar power and a recording unit. See how it fits into field monitoring and how its weighing method differs from a tipping-bucket rain gauge.
Tell us about your site. We can help you choose the sensor model, measurement method, calibration and installation for your needs. The specifications here describe the model shown.
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BrochureDiscover our radar tank-level monitoring and the option to add RTD temperature measurement. Explore the tank illustrations, station components and specifications for each configuration.
Share your tank dimensions, contents and measurement needs. We can discuss the level reference and temperature sensors. If you also need to assess quality or composition, tell us which additional measurements you require.
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IoT telemetry technology enables remote infrastructure monitoring through the integration of sensors, gateways, cloud platforms, and digital dashboards. These systems automatically collect, transmit, and process field data to support real-time monitoring, anomaly detection, and data-driven decision-making. PT Luwes Inovasi Mandiri provides integrated telemetry solutions for infrastructure, industrial, and environmental monitoring applications.
Geotechnical monitoring plays an essential role in maintaining infrastructure stability and safety. Piezometer and Subsidence Monitoring technologies enable continuous measurement of pore water pressure and ground settlement. Through the integration of sensors, telemetry, and IoT-based dashboards, changes in ground conditions can be monitored in real time to support engineering assessments, risk mitigation, and safer, data-driven infrastructure management.
PT Luwes Inovasi Mandiri has been recognized with the Best Vendor – Construction Consultancy Services award at the Vendor Gathering & Safety, Health, Environment, and Security (SHES) Award 2026, organized by PT MRT Jakarta (Perseroda).
PT Luwes Inovasi Mandiri received the Most Visited Participants Booth Award at UI Innovation Festival 2026, reflecting strong public enthusiasm for its technology and innovation solutions.
Real-time monitoring helps infrastructure operators detect changing conditions earlier, reduce dependence on manual inspections, and strengthen preparedness for risks that could affect safety and operations.
Irrigation management can no longer rely solely on water-level readings and separate manual gate operations. Integrating AWLR sensors, actuators, telemetry, and control systems creates a more responsive, measurable, and data-driven approach to water distribution.
Real-time tide station monitoring provides accurate, continuous sea-level data to support safer port operations, coastal management, and better-informed maritime decisions.
Vibration in a bridge does not necessarily indicate structural damage. However, when vibration patterns change, the structure responds differently, or objective data is needed to support an engineering assessment, a Portable Structural Health Monitoring System (SHMS) can help engineers “listen” to how a bridge responds to loads.
Structural Health Monitoring System (SHMS) helps infrastructure owners understand how structures behave over time by continuously measuring parameters such as vibration, strain, inclination, displacement, water pressure, and water level. Applied to bridges, buildings, elevated and tunnel MRT structures, dams, and other critical infrastructure, SHMS supports more focused inspection and maintenance by identifying changes from established structural behavior. The system complements—not replaces—engineering assessment and field inspection.
Regular calibration and maintenance of weather and water-level sensors help ensure monitoring data remains accurate, reliable, and suitable for operational decision-making.
Choosing the right AWLR sensor depends on site conditions, with radar suited to dynamic open-water environments, pressure sensors ideal for wells and groundwater, and ultrasonic sensors effective for stable non-contact measurements.
PT Luwes Inovasi Mandiri is participating in UI Innovation Festival 2026 as part of its effort to introduce technology-driven innovation to the public and open new opportunities for collaboration. Through this event, Luwes is presenting solutions developed to address environmental monitoring and area management needs, while reinforcing the company’s commitment to delivering practical, relevant, and data-driven innovation.
Sensor- and telemetry-based industrial water quality monitoring helps consolidate data from multiple monitoring points to support more measurable and documented mining and plant operations.
A Landslide Monitoring System integrates geotechnical sensors, telemetry, dashboards, and Early Warning Systems to support measurable and documented slope monitoring.
A Structural Health Monitoring System integrates sensors, dataloggers, telemetry, baseline data, and dashboards to help engineers monitor changes in tunnel structural conditions over time.
Dam monitoring requires a broader perspective than water-level measurement alone. Weather conditions, rainfall, water quality, structural behavior, and equipment status are interconnected elements that need to be understood together. By integrating AWS and Spire weather data, ARR, AWLR, AWQ, SHMS, EWS, SCADA, and control room systems, field data can be brought together into a more comprehensive monitoring environment. This helps operators understand the relationship between weather, rainfall, water-level changes, water quality, and structural conditions while also receiving warnings when predefined thresholds are reached. PT Luwes Inovasi Mandiri provides customizable dam monitoring solutions, from field instruments and telemetry to fully integrated monitoring systems.
An AWLR and telemetry-based coastal monitoring system continuously records water level changes and integrates the data into a monitoring dashboard to support coastal and marine infrastructure monitoring.
An Automatic Weather Station monitors actual weather conditions at dams and water resources infrastructure through sensors, telemetry, and dashboards that can be integrated with ARR, AWLR, and other monitoring systems.
A real-time flood monitoring system integrates water level sensors, telemetry, dashboards, rainfall data, CCTV, and Early Warning Systems to help operators monitor changing conditions and respond more quickly.
The Automatic Rainfall Recorder (ARR) with a tipping bucket mechanism automatically records rainfall and converts it into digital data that can be monitored through an online dashboard. It allows users to observe rainfall amount, intensity, timing, and historical patterns without relying on manual field recording. The standard ARR configuration includes a measurement range of up to 0–200 mm/h, approximately ±0.2 mm accuracy, 0.1 mm resolution, local data storage, GSM/4G LTE or LoRaWAN communication, and an independent solar-powered system. These specifications can be customized to suit project requirements and site conditions. PT Luwes Inovasi Mandiri also supports ARR calibration through BMKG, helping ensure that the system not only provides real-time rainfall data but also maintains reliable measurement performance over time.
PHANTOM® Vibration Monitoring provides a wireless condition monitoring solution that connects vibration sensors, BLE 5.0, gateways, databases/cloud systems, and analytics to help industries monitor and understand rotating equipment conditions in a more practical and data-driven way.
Borewells can provide an important source of irrigation water for productive agricultural areas that are not adequately served by rivers or surface irrigation networks. However, constructing a borewell alone is not enough. Groundwater levels should also be monitored to understand how the well responds to pumping and how quickly the water level recovers. A pressure-based Automatic Water Level Recorder (AWLR) using a submersible pressure sensor can continuously record groundwater level changes and transmit the data to a monitoring dashboard. By combining borewell infrastructure with continuous monitoring, operators can build historical records, evaluate pumping conditions, and support more measurable and data-driven management of Groundwater Irrigation Networks (JIAT).
PT Luwes Inovasi Mandiri has implemented 612 Automatic Water Level Recorder (AWLR) units across irrigation networks from Ciamis to Cilacap to support digital and real-time monitoring of water levels. This large-scale deployment covered device and sensor installation, data logger configuration, telemetry, server integration, monitoring platform setup, testing, and commissioning. The project involved not only technical challenges but also diverse field conditions, difficult site access, and the need to maintain consistent installation standards across hundreds of monitoring points. Through an integrated monitoring system, water-level data from multiple locations can be transmitted to a central server and accessed through a monitoring platform. This information provides supporting data for water resource managers to monitor irrigation conditions and support more effective water distribution management. The implementation of **612 AWLR units** represents Luwes’ experience in delivering large-scale water resource monitoring systems, integrating field engineering, instrumentation, telemetry, and digital monitoring into a single monitoring ecosystem.
Irrigation digitalization integrates AWLR, telemetry, monitoring dashboards, and actuators to transform real-time water level data into information that supports operational decisions and water gate control.
Water level monitoring at Cengkareng Drain, Dadap, and the Airport Outlet demonstrates that more responsive river management begins with accurate field data, proper installation, and real-time dashboard integration; through this system, water-level changes can be continuously monitored, directly verified in the field, and used as a basis for faster, more measurable evaluation to support more reliable management across the Ciliwung–Cisadane region.
AWLR and AWQ monitoring at Rawa Pening demonstrates that accurate, continuous, and integrated water-level and water-quality data are essential foundations for more responsive, measurable, and sustainable water resource management.
With 1,300+ AWLR units installed across diverse monitoring environments, PT Luwes Inovasi Mandiri demonstrates extensive field experience in delivering reliable, real-time water-level monitoring solutions for marine, river, irrigation, groundwater, and peatland applications.
Vibration monitoring enables industries to detect early signs of mechanical deterioration, reduce unplanned downtime, and make more informed maintenance decisions through continuous or periodic machine condition data.
Portable or permanent? Discover the differences between water level sensors and when to use each for monitoring rivers, irrigation systems, and groundwater.
AWLR helps monitor groundwater levels and raw water sources automatically and in real time. The system integrates sensors, data loggers, telemetry, data storage, and dashboards to support monitoring and decision-making. Luwes Inovasi Mandiri provides an integrated AWLR solution that has been deployed in Indonesia and several other countries.
The multi-layered AI approach combines satellite imagery, weather information, drones, sensors, and field observations to produce practical and verifiable agricultural recommendations.
Weather data becomes more valuable when it helps answer operational questions. Discover how Luwes Inovasi Mandiri transforms current weather, high-resolution forecasts, and soil moisture information into actionable weather intelligence.
GoAgri is a precision farming intelligence platform developed by PT Luwes Inovasi Mandiri to help agricultural operations make better decisions by combining weather information, field conditions, activity planning, and operational monitoring in one integrated system.
PT Luwes Inovasi Mandiri integrates Spire's weather intelligence with local technology and operational solutions to help organizations across Indonesia make faster, more informed, and data-driven decisions.
Shallow Water Mapper (SWM) is a solution from PT Luwes Inovasi Mandiri for mapping shallow-water bathymetry using multispectral satellite imagery and machine learning. SWM supports area selection, image correction, depth prediction, accuracy assessment using field data, and map export. SWM helps accelerate preliminary surveys, prioritize field measurements, and support coastal planning and management.