From desktop monitoring to centralized device management, select software for the sensing technology and project scale to visualize data, analyze events and support field response.
DTS desktop application
Software overview
Developed in C/C++ for centimeter-scale DTS, 20 km DTS and third-generation conventional DTS systems. Runs on Windows 10 or later and communicates with the temperature interrogator through an RJ45 interface.
Key features
Each desktop process connects to one instrument; multiple processes can connect several instruments on one PC. Supports Modbus RTU, Modbus TCP and Modbus TCP (SN), with temperature curves, device management, fire alarms, relay linkage, data forwarding, alarm zones, history, temperature and power-consumption analysis. Intended for small engineering projects.
View software details ↗Fourth-generation DTS embedded Web application
Software overview
Developed in C/C++ for the Linux embedded system in fourth-generation DTS instruments, using a domestically produced SoC processor. The software is preinstalled at the factory and requires no separate installation.
Key features
Accessible locally or remotely from browsers on Windows, Linux, Android and HarmonyOS. Provides maps, scenes, curves, grid views, equipment zones, alarms and historical analysis. Includes relay control, automatic parameter adjustment and zone fault tolerance, plus Modbus RTU, Modbus TCP, Modbus TCP (SN), BLYModeCvi, JSON and HTTP interfaces for integration and remote updates.
View software details ↗DTS centralized engineering Web platform
Software overview
Built with Go and Vue 3 in a cross-platform browser/server architecture for centralized engineering control and visualization of BLY DTS instruments. Supports Windows and Linux, with Windows 10 or later recommended for deployment.
Key features
Connects third- and fourth-generation DTS instruments, including multiple devices simultaneously. Provides GIS maps, device management, centralized monitoring and data views, alarm warnings and dispatch control. Designed for medium and large projects, with an industrial PC or server recommended for deployment.
View software details ↗Intelligent cable temperature and ampacity analysis software
Software overview
Built with Go and Vue 3 for BLY distributed temperature sensing instruments. Combines cable sensor readings, cable parameters and DTS temperatures for real-time thermal rating (RTTR) and ampacity analysis.
Key features
Supports common ampacity models, combining cable construction parameters, temperature and current readings to calculate and predict RTTR ampacity. Supports dynamic cable rating, operating-state assessment, cable asset management and predictive maintenance, with analysis for capacity optimization and safety warnings.
View software details ↗DAS engineering application and AI training software
Software overview
Built with Go and Vue 3 for BLY distributed acoustic and vibration sensing (DAS) instruments. Provides device management, visualization, AI data and model training, labeling and combined analysis for warnings.
Key features
Built-in AI model training and optimization use field data and labels for ongoing training. Model iteration can improve recognition in the specific deployment and help reduce false and missed alarms. A multi-user architecture supports asset management, event traceability and predictive maintenance.
View software details ↗Four-in-one ASR predictive maintenance and asset management software
Software overview
Built with Go and Vue 3, integrating DTS, DAS, silicon-photonic microphones and video imagery in one management and analysis platform. Model-based analysis and comparison support asset-condition assessment and predictive maintenance.
Key features
Combines temperature fields and early fire warnings, distributed vibration and acoustic monitoring, detailed equipment sound capture and video-assisted recognition. A scene-zone-sensing-channel mapping aligns data in space and time for multimodal management, combined analysis and coordinated warnings at conveyors, data centers, large power-generation equipment and substations.
View software details ↗BOTDA / BOTDR engineering application software
Software overview
Developed in C# for Windows to analyze temperature and strain data from BLY distributed Brillouin fiber optic sensing systems, including BOTDA and BOTDR.
Key features
Provides device management, temperature and strain views, historical analysis, alarm warnings and engineering visualization, including analysis of data over hundred-kilometer sensing ranges. Supports condition monitoring and predictive maintenance for submarine cables, oil and gas pipelines, bridges, railways and overhead power lines.
View software details ↗ZFDS zoned perimeter AI monitoring software
Software overview
For ZFDS zoned fiber optic fence sensing systems, combining device connectivity, channel acquisition, AI event analysis, visual alarms and operational management for real-time perimeter monitoring and alarm response.
Key features
Supports channel and fiber-break alarms, live waveforms and STFT analysis, anomalous-sound detection and event classification, sample collection and labeling, training and pretraining, and model deployment, import and export. Includes map- or image-based scenes and grid monitoring, alarm searches and statistics, relay linkage, TCP and Modbus forwarding, user roles and operation logs.
View software details ↗Software functions and compatible instruments depend on the selected version and project configuration.