ZP-1000 photonic monitoring platform
A scalable hardware and analytics architecture for fiber optic sensing across mission-critical power, semiconductor, infrastructure, and aerospace environments.
From raw photonic signals to predictive asset intelligence
1. Fiber optic sensors
Packaged FBG-based sensing elements capture temperature, strain, acoustic emission, vibration, and other physical signals.
2. Photonic interrogator
The ZP-1000 platform reads wavelength shifts and converts them into high-resolution engineering data streams.
3. AI analytics
Machine learning models detect signatures, trends, anomalies, and equipment fingerprints for predictive monitoring.
Sensor modules for multiple asset classes
Multipoint thermal monitoring
For generator windings, transformers, switchgear, batteries, process chambers, and distributed infrastructure.
Acoustic emission and fault signatures
For partial discharge, leak detection, crack growth, abnormal vibration, and structural events.
Structural load and deformation
For composites, pressure vessels, machinery, bridges, and aerospace structures.
Multi-parameter sensing
Combines thermal, strain, acoustic, and pressure signals to create asset-level intelligence.
Application-ready configurations
| Solution | Target assets | Primary value |
|---|---|---|
| Generator Monitoring | Stators, windings, power generation assets | Partial discharge, thermal, and acoustic fault detection. |
| Transformer Monitoring | Grid transformers, industrial power assets | Hotspot monitoring, acoustic signatures, and asset intelligence. |
| Data Center Power Monitoring | Backup generators, switchgear, batteries, power rooms | Uptime protection and predictive maintenance. |
| Semiconductor Tool Monitoring | Chambers, ESCs, gas lines, process equipment | Thermal uniformity, chamber matching, and process equipment insight. |
| Structural Monitoring | Pipelines, bridges, composites, aerospace structures | Acoustic, strain, and fault detection in hard-to-access assets. |