Insight. Accuracy. Performance.
Network And Service Assurance
Modern communication networks rely on precise signal transmission and timing to deliver consistent performance. As data speeds increase and systems become more complex, accurate measurement and analysis are essential to ensure reliability and efficiency.
About Network And Service Assurance
Concilium provides advanced oscilloscopes for network testing, enabling engineers to capture high-speed signals, analyse timing and detect issues such as jitter, noise and signal distortion. These tools are critical for validating network infrastructure, troubleshooting faults and optimising system performance across telecom and enterprise environments.
Remote Fibre Test And Monitoring
Remote Fibre Test and Monitoring solutions provide continuous visibility into fibre network health, enabling operators to proactively detect, locate and resolve faults before they impact services. By combining remote testing, automated monitoring and accurate fibre documentation, these solutions improve network reliability while reducing operational costs and field interventions.
KEY BENEFITS
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- Continuously monitor fibre network health and performance
- Detect fibre faults and degradation early
- Pinpoint fault locations for faster resolution
- Reduce network downtime and service disruption
- Support proactive fibre maintenance
- Reduce unnecessary field visits and truck rolls
- Improve network availability and service reliability
- Gain greater visibility across critical fibre infrastructure
VIAVI ONMSi
Optical Network Management System
Enable proactive fibre assurance with remote testing, fault localisation and automated monitoring across core, metro, access and FTTH networks.
Fibre Optic Sensing
Fibre Optic Sensing solutions transform existing fibre infrastructure into intelligent sensing networks that continuously monitor temperature, strain and acoustic activity in real time. These solutions provide early detection of physical events, helping operators improve asset visibility, protect critical infrastructure and respond proactively to potential network disruptions.
KEY BENEFITS
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- Transform existing fibre infrastructure into a distributed sensing network
- Detect and locate physical events along fibre routes
- Monitor critical infrastructure and network assets
- Improve situational awareness across large geographic areas
- Identify potential threats and disruptions earlier
- Support proactive incident response and asset protection
- Enable continuous, real-time infrastructure monitoring
- Extend sensing capabilities without deploying multiple physical sensors
VIAVI FTH-DAS
Acoustic Sensing
A distributed acoustic sensing solution that continuously monitors fibre infrastructure for vibrations and acoustic events, enabling real-time threat detection, perimeter security, pipeline monitoring and protection of critical telecom and data centre assets.
VIAVI FTH-DTSS
Temperature & Strain Sensing
A fibre optic sensing solution that continuously monitors temperature and strain along critical infrastructure, helping operators detect abnormal conditions, improve asset protection and optimise the performance of power, pipeline and telecommunications networks.
VIAVI FTH-DTS
Temperature Sensing
A distributed temperature sensing solution that provides continuous, real-time temperature monitoring of power cables, pipelines and fibre infrastructure, enabling early event detection and improved operational reliability across critical network assets.
Ethernet Assurance Solutions
Ethernet Assurance Solutions help organisations validate, monitor and optimise Ethernet network performance throughout the service lifecycle. In partnership with VIAVI Solutions, Concilium offers Fusion. Fusion is an intelligent Ethernet assurance solution that automates service validation, accelerates fault identification and simplifies network performance monitoring across enterprise, data centre and telecommunications environments.
KEY BENEFITS
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- Remotely activate and validate Ethernet services
- Monitor network and service performance across Layers 2–4
- Accelerate fault isolation and troubleshooting
- Reduce truck rolls and unnecessary field intervention
- Shorten mean time to repair (MTTR)
- Improve service availability and network reliability
- Simplify assurance across distributed networks
- Free field teams to focus on higher-value activities
Frequently Asked Questions
What network and service assurance solutions does Concilium offer?
Concilium provides remote fibre test and monitoring systems, fibre optic sensing solutions, and Ethernet assurance platforms. These solutions support continuous infrastructure monitoring, fault localisation, service validation, and performance analysis.
How does remote fibre monitoring improve network reliability?
Remote fibre monitoring continuously evaluates fibre network health and identifies degradation or breaks as they occur. Automated fault localisation helps operators respond faster, reduce service disruption, and limit unnecessary field visits.
What can distributed fibre optic sensing detect?
Depending on the sensing technology, distributed systems can monitor vibration, acoustic events, temperature, and strain. These capabilities support perimeter monitoring, cable and pipeline protection, and early identification of abnormal conditions.
Which fibre networks can be monitored remotely?
Remote fibre monitoring can support core, metro, access, and fibre-to-the-home networks. The required system configuration depends on the network architecture, number of fibres, monitoring points, and coverage requirements.
What is the difference between remote fibre monitoring and fibre optic sensing?
Remote fibre monitoring assesses the optical condition of the network to detect degradation and faults. Fibre optic sensing uses the fibre itself as a distributed sensor to detect acoustic activity, temperature changes, and strain along the route.
How does Ethernet assurance support service performance?
Ethernet assurance supports remote service activation, validation, and performance monitoring across Layers 2 to 4. Automated testing and fault isolation help improve service availability, shorten mean time to repair, and simplify assurance across distributed networks.