Explore how connected sensors, data transmission, and monitoring screens help teams in different sectors.
Explore monitoring applications by sector.
View solutionsOperational area
Bring monitoring information together for agencies and control centres.
Use shared environmental data to support public services.
Overview
Monitor water, weather, and risks across regions.
Luwes helps agencies review river basins, rainfall, and urban risks through a shared system for coordination and public reporting.
Overview
Monitor water, weather, and risks across regions.
Luwes helps agencies review river basins, rainfall, and urban risks through a shared system for coordination and public reporting.
Problem
Manual coordination can slow emergency response.
Separate tools and delayed reports make teams spend more time confirming conditions before they can act.
Solution
Connect field measurements, analysis, and coordination.
A shared system brings sensor data, risk analysis, and alerts to the teams responsible for monitoring and response.
How it works
A layered stack designed for reliability and traceability.
The architecture links field stations, telemetry gateways, analytics services, and executive dashboards. Every stage is timestamped to support governance and compliance.
Key Benefits
Clear data supports faster coordination.
Connected monitoring helps agencies work together and understand risks with reliable readings and clear follow-up procedures.
Uses
For river basins, flood-prone cities, and infrastructure.
Agencies can use a shared monitoring approach across different regions to support environmental management and preparedness.
Operational area
Bring monitoring information together for agencies and control centres.
Use shared environmental data to support public services.
Overview
Monitor water, weather, and risks across regions.
Luwes helps agencies review river basins, rainfall, and urban risks through a shared system for coordination and public reporting.
Overview
Monitor water, weather, and risks across regions.
Luwes helps agencies review river basins, rainfall, and urban risks through a shared system for coordination and public reporting.
Problem
Manual coordination can slow emergency response.
Separate tools and delayed reports make teams spend more time confirming conditions before they can act.
Solution
Connect field measurements, analysis, and coordination.
A shared system brings sensor data, risk analysis, and alerts to the teams responsible for monitoring and response.
How it works
A layered stack designed for reliability and traceability.
The architecture links field stations, telemetry gateways, analytics services, and executive dashboards. Every stage is timestamped to support governance and compliance.
Key Benefits
Clear data supports faster coordination.
Connected monitoring helps agencies work together and understand risks with reliable readings and clear follow-up procedures.
Uses
For river basins, flood-prone cities, and infrastructure.
Agencies can use a shared monitoring approach across different regions to support environmental management and preparedness.
Operational area
Combine weather stations, water-level and rainfall recorders, and forecasts.
Understand changing water and weather conditions.
Overview
Check water, weather, and soil conditions together.
Connect field measurements and online analysis to support water management, farming, and infrastructure work.
Overview
Check water, weather, and soil conditions together.
Connect field measurements and online analysis to support water management, farming, and infrastructure work.
Problem
Late updates can delay important decisions.
Manual records and disconnected weather information make it harder to identify changes before they affect operations and safety.
Solution
Combine field readings with weather forecasts.
Weather stations, secure data connections, and forecast information give teams a clearer view of current and expected conditions.
How it works
Send measurements from the site to your team.
Field data is sent over secure connections, checked, combined with forecast information, and shown on monitoring screens with event records.
Key Benefits
Use clear limits and timely data to plan action.
Live measurements and weather information help teams prepare for changes, assess problems, and plan maintenance.
Uses
For locations affected by water and weather changes.
Use the system at rivers, irrigation networks, ports, plantations, and industrial sites that need regular environmental monitoring.
Operational area
Send field measurements to a central monitoring system.
Keep track of equipment across different locations.
Overview
Check remote equipment from one place.
Connect field devices over cellular, radio, or satellite networks. Operators can review equipment status, alerts, and trends in one monitoring screen.
Overview
Check remote equipment from one place.
Connect field devices over cellular, radio, or satellite networks. Operators can review equipment status, alerts, and trends in one monitoring screen.
Problem
Separate tools make field conditions harder to check.
When each site uses a different tool, teams spend more time comparing readings and confirming alerts before taking action.
Solution
Connect equipment checks, alerts, and monitoring screens.
Luwes brings device status and alarm information together so teams can identify problems and arrange maintenance.
How it works
From remote equipment to a maintenance plan.
Data from different network types is collected and processed centrally. Alerts and readings help operators decide what needs attention.
Key Benefits
Clearer alerts help teams respond sooner.
Equipment status and data trends give operators the information needed to check alerts and organise repairs.
Uses
For equipment where late responses are costly.
Monitor utility, industrial, and infrastructure equipment at remote sites where failures and delayed action can disrupt operations.
Operational area
Connect field measurements, alarms, and operator actions.
Monitor and control industrial equipment from a central system.
Overview
A shared view of industrial processes.
SCADA connects equipment monitoring, alarms, and control functions. Teams can check conditions across sites and plan maintenance.
Overview
A shared view of industrial processes.
SCADA connects equipment monitoring, alarms, and control functions. Teams can check conditions across sites and plan maintenance.
Problem
Older systems can make faults harder to understand.
Disconnected tools and repeated alarms can slow diagnosis. Operators need clear information about what happened and what needs action.
Solution
See readings, events, and controls together.
The system combines field data and event records with analysis, helping teams identify problems and reduce interruptions.
How it works
From equipment signals to operator action.
Equipment controllers (PLC/RTU), data collection, analysis, and user permissions work together to support monitoring and control.
Key Benefits
Clear information supports safer daily operations.
Teams can prioritise action based on the risks and effects of each event, helping maintain stable processes.
Uses
For factories, utilities, and infrastructure.
Use SCADA where equipment and processes need continuous monitoring, including manufacturing, water systems, and mining operations.
Operational area
Weather, soil, and satellite data help teams plan work in the field.
Use field data to plan farming activities and manage resources.
Overview
Plan irrigation and farming with field data.
Combine soil measurements, weather information, satellite observations, and analysis to support farming and environmental management.
Overview
Plan irrigation and farming with field data.
Combine soil measurements, weather information, satellite observations, and analysis to support farming and environmental management.
Problem
Guesswork can waste water and delay action.
Without timely soil and weather data, teams may miss signs of water shortage, changing weather, or conditions that affect crops.
Solution
Bring measurements and analysis together.
Sensors, satellite observations, and monitoring screens help teams plan irrigation, field work, and responses to changing conditions.
How it works
From soil measurements to a farming plan.
Field sensors and weather data feed into analysis tools. Results are shown to field teams and managers to help plan their next steps.
Key Benefits
Use resources efficiently and plan with clearer information.
Reliable readings and historical trends help teams use water efficiently, avoid unnecessary work, and plan with greater confidence.
Uses
For farms, irrigation areas, and conservation programmes.
Use soil and weather data in plantations, watershed management, and environmental projects that need regular field observations.
Evidence and context
blog
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.
Read insightblog
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.
Read insightblog
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.
Read insightNeed a system for your site?
We connect field equipment, data transmission, and monitoring screens in systems that are easy to use and can grow with your needs.