Device Connectivity & Remote Monitoring
Connect field devices to a cloud platform and review online status, operating history and device distribution in one place.
When field devices, sensors and cloud systems need to work as one, we deliver protocol integration, device connectivity and remote monitoring, data collection with dashboards, and mobile device apps — so equipment status, alerts and operating data are reflected in your online systems, with room to expand later.
Connect field devices to a cloud platform and review online status, operating history and device distribution in one place.
Collect device and sensor data and turn it into live dashboards and historical stats for operating decisions.
Let staff check device status and run remote operations from a phone, reducing site visits and manual checks.
Define alert conditions and handling flows so maintenance teams can locate issues fast and keep a record of the fix.
MQTT, TCP/UDP, CoAP, HTTP and Modbus integration to align data exchange between devices and servers.
Device registration, online monitoring, remote command delivery and OTA updates for fleet-scale management.
BLE, WiFi and NB-IoT based pairing and interaction flows so mobile apps and hardware work together.
Dashboards and reporting views supporting anomaly alerts, trend analysis and cross-system workflows.
Device types, reporting frequency, data fields and network conditions drive architecture and cost. Clarifying them first avoids mid-project rework.
Alert rules, dashboard metrics and permissions should follow actual roles, so the platform is used daily instead of left idle after launch.
Confirm device types, communication methods, data fields and reporting frequency, and define what can be connected.
Plan the data flow and permission boundaries between device connectivity, storage, dashboards and mobile apps.
After deployment and validation, keep tuning alert rules, dashboard metrics and subsequent features.
Centralised visibility across workshop equipment, production lines and multi-site assets to support monitoring and maintenance decisions.
Temperature, humidity and location data uploads supporting transport visibility, instant alerts and traceability.
Consolidated monitoring of energy use and operating status to track consumption trends, anomalies and maintenance timing.
Most projects combine device connectivity, platform, terminal apps and maintenance flows, and can go live in phases.
Central management of online status, operating history and grouping as the base for later features.
Consolidated device and sensor data turned into live dashboards and historical reporting.
Permission-controlled operating entries so remote commands stay consistent with on-site processes.
Alert conditions and handling records so incidents can be tracked and experience accumulates.
IoT projects are often planned together with software systems, AI applications and existing cases. The pages below help you compare the scope of working with us.
Websites, mobile apps, operating backends and system integration that can be planned alongside device platforms.
View Service →Combine device data with internal knowledge for Q&A, analysis and workflow automation scenarios.
View Solution →Representative delivery scenarios showing how IoT and system projects are implemented in practice.
View Cases →Yes. A common approach is a gateway or middleware layer that converts protocols such as Modbus and MQTT into a unified data format before uploading to the platform.
Yes. Most projects build on hardware or equipment from an existing vendor and cover protocol integration, the cloud platform, terminal apps and dashboards.
TLS/SSL encrypted transport and permission controls can be applied to reduce the risk of hijacked commands or tampered data.
Share device types, communication methods and the dashboard content you expect, and we can assess connectivity scope, platform architecture and which modules can go live first.