Real-time monitoring, remote control & automation

We build monitoring platforms optimized for energy, mobility, agriculture, and other industrial sites through IoT sensor-based real-time monitoring, remote control, and data automation technologies

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Key Features

Key Features

Monitor data collected from IoT sensors and devices in real time from one screen. Instant alerts on anomalies enable rapid response to on-site issues.

IoT SensorLive DashboardPop-up Alert

Control field devices remotely — rectifiers, BLE start, lighting and temperature, and more. Operations can run automatically with no one on site.

Remote ControlBLEAutomation

Visualize device and facility locations on a map, with pipeline network and zone overlays that show the entire site at a glance.

GIS MapOverlayLocation Tracking

Integrate with existing systems such as SAP, ERP, CAN data, and BSS to collect and display data automatically. Run an integrated dashboard without manual work.

SAPERPCAN DataBSS

Analyze field data with AI — satellite and drone-based soil diagnosis, plant-growth analysis, yield prediction — to support optimal decision-making.

AI AnalysisPredictionStatistics

Automatically detect on-site anomalies — configurable environmental alerts, device status monitoring — and notify the responsible staff immediately.

Anomaly DetectionAlertNotification
Related Projects

Case Studies

7 projects · swipe to browse

Cathodic Protection Monitoring, OO Energy

Cathodic Protection Monitoring, OO Energy

Real-time monitoring of rectifier, governor, and IoT terminal data, with remote rectifier control on a pipeline map.

IoT Monitoring & ControlRemote ControlPipeline Network Monitoring
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E-Bike Monitoring & Control System

E-Bike Monitoring & Control System

CAN data monitoring of battery and ride history, with BLE remote start and battery-station control on one platform.

ERP IntegrationCAN DataBLE Remote Start
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Precision Agriculture / GEN 2.0 / Home Cultivator Monitoring

Precision Agriculture / GEN 2.0 / Home Cultivator Monitoring

Satellite and drone imagery predicts field yields while AI monitors farm conditions — plus remote machinery control.

Precision AgricultureAI AnalysisRemote Control
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Goliath Crane Collision-Avoidance System

Goliath Crane Collision-Avoidance System

Camera and lidar object detection on goliath cranes warns nearby workers and shows block weight on a large display.

Object RecognitionCollision PreventionRemote Monitoring
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Yard Crane Collision Prevention System

Yard Crane Collision Prevention System

Collision avoidance between yard tower cranes. Sensors collect and control crane motion, with an operator HMI.

Crane ControlCollision PreventionHMI
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Ash Crane Automation System

Ash Crane Automation System

Ash-transfer crane automation for an incinerator. Time- and weight-based auto operation replaced manual shifts.

Crane AutomationAutomatic Operation AlgorithmUnattended Operation
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Automated Bulk-Bag Crane Transfer System

Automated Bulk-Bag Crane Transfer System

Ton-bag transfer automation for a snow depot. Indoor positioning and one-touch kiosk dispatch secure blind-spot work.

Indoor PositioningKioskAutomated Transfer
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Our Performance

Proven Resultsin the Field

MUSMA's Real-time Monitoring & Automation solution delivers tangible results across energy, mobility, agriculture, and other industries.See what the data says about our capabilities.

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Efficiency gains

0.2%

System uptime

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DX projects delivered

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Industries served

FAQ

Frequently Asked Questions

Before Adoption

MUSMA integrates with a wide range of field devices — industrial IoT sensors, rectifiers/drainage units and pressure governors, CAN data devices, BLE modules, and battery swapping stations (BSS). We also build custom integrations for specific protocols or devices.

Yes. MUSMA supports integration with existing business systems such as SAP and ERP out of the box. Field data is combined with your existing systems and displayed automatically on the dashboard.

It applies to any industry that generates IoT data — energy (city gas), mobility (e-bikes), agriculture (precision agriculture and smart farms), manufacturing, and more. We build monitoring & control systems tailored to each industry.

Device and facility locations are shown on a GIS map, with pipeline network and zone overlays that reveal the whole site at a glance. Click a device to view its detailed data.

Depending on scale and complexity, small systems take about 3 months and large platforms 6 months or more. After an on-site assessment during the initial consultation, we finalize phased goals and a schedule.

In Operation

MUSMA's remote control system applies encrypted communication protocols and access-control policies. Only authorized users can control devices, and every control action is logged.

No — devices are designed to buffer data locally during outages and transmit it sequentially on reconnection, preventing loss. Retransmitted data is sorted chronologically and reflected automatically in the control screen and reports.

When a set threshold is exceeded or a device anomaly is detected, the system fires an instant pop-up alert and sends a notification. Staff can be notified through multiple channels, including email, SMS, and app push.

The platform learns anomaly patterns in collected time-series data for predictive maintenance, detecting signs of equipment failure in advance. Industry-specific analytics — such as soil and growth diagnosis from satellite and drone imagery, plus yield prediction — run on the same AI foundation.

MUSMA provides ongoing monitoring, maintenance, and upgrade support after the system is in operation. A dedicated support channel responds quickly to on-site issues.

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Get a Real-timeMonitoring ConsultationTailored to Your Site

From IoT integration to remote control and data automation, we propose an implementation plan optimized for your site's operating environment.

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