what is cAMOS
CAMOS is built on advanced fiber-optic current sensing— bringing real-time electrical visibility to cable assets at scale.
CAMOS (Cable Advanced Management Optical System) measures current by integrating FBG-based sensing at critical locations, capturing temperature, strain, and vibration across joints and terminations. Combined with distributed sensing technologies like DTS and DAS, CAMOS delivers a unified, continuous view of asset performance.
From insulation defects, poor jointing, unbalanced groundings, dynamic loads and oscillations, to cable health and transmission capacity monitoring, asset protection and precise fault localization, CAMOS transforms cables from passive infrastructure into intelligent, self-aware systems.
These measurements are captured in real time and processed through analytics engines that detect anomalies and fault signatures. Integrated dashboards and alert systems translate this data into actionable insights, enabling operators to monitor asset health, predict failures, and respond proactively across the cable lifecycle.
Advantages of CAMOS
Predictive Maintenance
fault discrimination
Fault Location
Dynamic Cable Rating
features of CAMOS
Turning cable data
into grid intelligence
technical specifications
Engineered for absolute precision
Everything you need to evaluate how the technology operates, integrates, and scales in real-world conditions.
01
SYSTEM
02
Optical connections
03
SLED: Light emitter
04
Communications
05
Digital outputs
06
Optosiolated digital inputs
07
Voltage inputs
08
Power supply
09
Mechanical data
10
Environmental conditions
COMPARE CAMOS
CAMOS vs the rest
Current Monitoring Functionalities
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②
③
④
⑤
SENSING AND MEASUREMENT CAPABILITIES
PROTECTION AND FAULT INTELLIGENCE
ASSET HEALTH AND PREDICTIVE INSIGHTS
STANDARDS, COMPLIANCE AND VALIDATION
COMMUNICATION, INTEGRATION AND SYSTEM ARCHITECTURE
SYSTEM ARCHITECTURE
SENSING AND MEASUREMENT CAPABILITIES
From underground sensing to cloud intelligence
A full-stack system designed for continuous monitoring, diagnostics, and operational decision-making.
01 | OPTICAL CURRENT TRANSFORMERS
Passive Optical Current Transformers act as critical location sensors, continuously capturing reflected light with variation in its polarization, enabling real-time and continuous measurement of current across the entire cable length, with the ability to integrate other technologies such as FBG and DFOS..
Passive OCTs
Temperature Sensors
Fiber Optic
02 | INTERROGATOR
Interrogation units acquire high-frequency optical signals and convert them into structured datasets, applying signal conditioning and synchronization to ensure accurate, continuous, and reliable data capture across long-distance cable networks.
Real-time Protection
Edge Computing
High-speed Sampling
03 | CAMOS INTERFACE
Advanced algorithms interpret processed data to identify patterns, detect anomalies, and localize faults, transforming raw measurements into actionable insights for diagnostics, predictive maintenance, and informed operational decision-making.
SCADA Integration
Real-time Dashboard
Predictive Models
THE CAMOS INTERFACE
What gets measured, gets managed.
frequently asked questions
Everything you need to know about CAMOS
Get clear, concise answers to the most important questions about CAMOS technology, from how it works to where it delivers value.
What is Sterlumiq?
What is CAMOS?
How does CAMOS work?
What does Sterlumiq solve?
What makes CAMOS different from other cable monitoring solutions?
Why is a solution like CAMOS relevant today?
Where is CAMOS currently available?
Who benefits from Sterlumiq’s solutions?
Can CAMOS be integrated with existing systems?
What types of cable systems are supported?
How accurate is CAMOS fault localization?
