The IoT Smart Integration Platform is the upper layer of intelligent systems—the brain of all intelligent subsystems—serving as communicator, monitor, manager, and decision-maker. Built on IoT technology, it connects subsystems through standardized or non-standardized communication interfaces, forming an organic whole across all devices, spaces, time domains, and processes; enables centralized detection, monitoring, and management on a unified platform, with subsystem data flowing into an open relational database for full sharing and interoperability.
Drawing on years of 3D visualization development, Stardec Technology addresses industry pain points by merging IoT middleware with building and campus operations business logic, integrating IoT middleware with traditional IBMS capabilities to connect building automation, smart lighting, security surveillance, energy management, work-order management, asset management, and other subsystems and modules. Subsystem data is stored, cleansed, and classified, then integrated and presented on a unified IoT integration platform with real-time data forwarding—standardizing business logic to rapidly build smart integration platforms, significantly reducing development costs and improving overall operations efficiency.
Through data analytics and intelligent decision-making, the Stardec IoT Integration Platform optimizes energy use, reduces operating costs, and enhances building and campus management effectiveness—a powerful tool for intelligent, information-driven management applicable to industrial parks, business parks, intelligent buildings, and more.
Core Capabilities
Multi-Type Device Access: Connect intelligent subsystems via standardized/non-standardized communication interfaces
Protocol Parsing & Conversion: Unified multi-protocol device access with data cleansing, classification, and normalization
Real-Time Collection & Monitoring: Full time-domain perception of device status, environmental parameters, and video signals
Remote Control & Closed-Loop Handling: Remote control command dispatch and closed-loop disposition workflows
Open Integration & Data Services: Real-time subsystem data forwarding, open APIs, and standardized business logic
Capability Architecture
From device access and protocol conversion to collection monitoring, alert linkage, remote control, and open integration—a complete IoT sensing and integration capability chain providing the data foundation for cross-subsystem linkage.
Multi-Type Device Access
Through thing models and product management, uniformly connect thermal imaging, smoke, temperature, level, fan, pump, and other sensing and control devices—with standardized definitions by product category and connectivity method to support rapid subsystem device onboarding.
Device Access & Management
Provides device registry, online status, zone assignment, and batch import management—real-time visibility into device operation and connectivity, supporting large-scale unified registration, grouping, and maintenance.
Data Collection & Historical Analysis
Query historical data by device, variable, and time range; present measurement trends via curves and detail lists to support operations monitoring, anomaly trace-back, and data-driven decision-making.
Real-Time Operations Monitoring
Display data points categorized by HVAC, fresh air, ventilation, plumbing, chilled water, environmental monitoring, and other subsystems; collect device current values and operating status in real time with search by node name and description for unified cross-subsystem operations monitoring.
Rule Alerts & Scene Linkage
Configure scene linkage rules based on device attributes and alert conditions; when triggered, automatically execute alert recovery, device control, and other actions for cross-system event linkage and closed-loop handling.
Integrated Subsystem Overview
Integrate access control, parking, environment, lighting, energy efficiency, security, and operations subsystems on a unified platform; present device alerts, access analytics, energy statistics, and pending work orders on a comprehensive dashboard for one-screen building and campus operations visibility.
Spatial Device Distribution
Organize device spatial positions by campus, building, and floor; annotate HVAC, exhaust, and other equipment on floor plans with switchable views for device distribution maps, system topology, and device lists—enabling spatial operations management from overview to detail.
Modular Subsystem Integration
Each subsystem connects to the platform in a modular manner with tiered management by zone, floor, and device type. Using access control as an example: zone tree organization and device registry maintenance with data interoperability and coordinated control across subsystems.
Stardec