Monitoring
Real-time Monitoring
Track devices and field data live.
Pengembangan sistem cerdas dan solusi Internet of Things (IoT) untuk mengotomasi proses, monitoring aset secara real-time, serta mengoptimalkan efisiensi operasional melalui perangkat terhubung dan analitik data yang cerdas.
Realtime Signal Board
OnlineMonitoring
Real-time Monitoring
Track devices and field data live.
Architecture
Cloud + Edge Design
Scalable response with low latency.
Security
Secure & Reliable
Device identity, encrypted transport, safe control loops.
Use Cases
From manufacturing to agriculture, we build connected systems that automate, monitor, and optimize operations.
Manufacturing monitoring, predictive maintenance, and production optimization through connected machinery.
Soil moisture sensors, weather stations, and automated irrigation systems for precision farming.
Energy management, HVAC control, occupancy monitoring, and building automation for efficiency.
Smart metering, water distribution monitoring, and energy consumption optimization.
Vehicle tracking, route optimization, driver behavior monitoring, and cargo condition tracking.
Patient monitoring devices, medical equipment tracking, and environmental monitoring in healthcare facilities.
Yang Termasuk
From embedded firmware and gateways to cloud analytics and command centers.
Monitor and control your IoT devices in real-time through web dashboards or mobile apps with instant data updates.
Centralized platform to manage, configure, and monitor thousands of connected devices with ease.
Hybrid architecture combining cloud processing for big data and edge computing for low-latency responses.
AI-powered analytics to predict equipment failures, optimize operations, and enable preventive maintenance.
End-to-end encryption, device authentication, and secure protocols (MQTT, CoAP) to protect your IoT ecosystem.
Seamless integration with existing ERP, SCADA, or business systems via APIs and standard protocols.
Proses Kami
A practical implementation path focused on reliability, resilience, and operational safety.
Analyze your use case, infrastructure, and device requirements to design the optimal IoT architecture.
Design system architecture, select hardware components, and plan data flow and communication protocols.
Firmware development for sensors/actuators and integration with microcontrollers (ESP32, Arduino, Raspberry Pi).
Build cloud platform for data ingestion, storage, processing, and visualization with scalable infrastructure.
Comprehensive testing including device reliability, network resilience, and sensor calibration.
Device installation, network configuration, user training, and documentation handover.
Tech Stack
Hardware, messaging protocols, cloud services, and observability tools ready for production.
Tell us your device landscape, operating constraints, and goals. We will map a realistic architecture and rollout plan.