Qiantong Technology
Connect, manage, alert, automate, and maintain — a complete device-management loop
qThing is an IoT platform for enterprise device access, runtime monitoring, and operations and maintenance. It supports TCP, MQTT, Modbus, and other protocols to flexibly fit diverse devices and industry scenarios. With universal thing models and collection-point templates, it standardizes data collection and management, and centrally visualizes devices by product, status, and group. When anomalies occur, the platform triggers scene automation and automatically creates maintenance work orders for closed-loop fault handling. It also provides comprehensive permission and log management to keep operations secure.
Connecting device definition, protocol adaptation, runtime monitoring, and O&M handling
Hard device access, hard status visibility, hard anomaly closure
Enterprise devices come from many vendors, models, and protocols with inconsistent data structures and message formats. Scattered management lengthens onboarding cycles and keeps maintenance and expansion costs high.
Scattered device information obscures the global picture, and the lack of unified grouping makes troubleshooting inefficient. Alarms are noisy and hard to prioritize, so critical alerts can be missed.
Traditional O&M relies on manual inspection and notification; alarms, automation, and work orders form no closed loop, so handling progress cannot be tracked in real time and scattered history offers little reusable troubleshooting basis.
From device access to O&M handling — one unified platform
Standard access, unified management, smart automation, closed-loop O&M, secure operations
Universal thing models and collection-point templates uniformly define how same-type devices collect data and parameters, reducing configuration differences across projects and devices.
Enterprises can build reusable product models by device type and scenario; new devices link to existing products and templates to speed configuration and keep collection standards consistent.
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The platform manages communication and message-parsing protocols separately, supporting TCP, MQTT, Modbus, JSON, and water-sector messages.
Administrators can add protocols based on device communication and data structure, and search, edit, and maintain them in a unified list — lowering the complexity of multi-type device access and protocol management.
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The platform centrally manages device information and supports fast retrieval by product, status, and device group.
By linking product categories, device groups, status, and alarms, managers can track devices from onboarding through maintenance, improving organization, search, and issue localization.
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The platform connects device alarms, scene automation, and maintenance work orders. After a device event, rules can trigger automatic actions; when manual handling is needed, it routes to a work order for continuous tracking.
Classifying work orders as open and completed fully retains fault discovery, task assignment, handling, and results, helping enterprises standardize device-anomaly handling.
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The platform manages users, roles, departments, positions, and menus, and builds user and permission systems around organizational structure; operation logs, login logs, and online-user monitoring keep operations secure.
Combined with message templates, announcements, system parameters, data dictionaries, and scheduled tasks, it provides unified support for daily operations, notifications, and system maintenance.
Contact UsSuited to IoT scenarios such as industrial equipment, water monitoring, and park facilities
