Membres

FEBUS Optics launches the A1-NEO

FEBUS Optics launches the A1-NEO, a cost-effective Distributed Acoustic Sensing System for infrastructure monitoring

FEBUS Optics announces the launch of the FEBUS A1-NEO, a next-generation Distributed Acoustic Sensing (DAS) system designed to deliver high-performance fiber optic monitoring without the cost and complexity of oversized solutions. The FEBUS A1-NEO introduces a “right-sized” approach to DAS, enabling organizations to deploy advanced sensing capabilities tailored to their specific project requirements - without overinvesting in unnecessary capacity. 

A smarter approach to Distributed Acoustic Sensing The FEBUS A1-NEO is a DAS interrogator that transforms standard optical fiber into a continuous, real-time sensing network. By detecting vibrations and acoustic signals along the fiber, it enables real-time event detection, precise localization, and continuous monitoring of critical infrastructure. Unlike traditional one-size-fits-all DAS systems, the FEBUS A1-NEO is purpose-built for focused monitoring applications, ensuring the optimal balance between performance and cost. “Organizations no longer need to choose between performance and affordability,” said FEBUS Optics. “The FEBUS A1-NEO makes advanced fiber sensing accessible to a broader range of industries and projects.”  

Flexible configurations for every project The FEBUS A1-NEO is available in multiple configurations to meet diverse operational needs:

• Various sensing ranges: from 5 km, 10 km, 20 km, 70 km, and 100 km
• 1, 2, or 4 simultaneous and synchronized channels
• On-demand static or sequential channel expansion 

Project-specific system sizing for cost efficiency This adaptability allows customers to deploy a DAS solution that is precisely aligned with their infrastructure and budget requirements. Reliable performance, actionable insights The FEBUS A1-NEO is engineered to deliver dependable, high-quality data for real-time monitoring. 

Key performance features include: 

• High acoustic sensitivity for early event detection
• Optimized signal-to-noise ratio to minimize false alarms
• Accurate event localization for rapid incident response
• Consistent, high-quality data output for long-term monitoring These capabilities make the FEBUS A1-NEO well-suited for demanding environments that require reliable, continuous monitoring. Simplified deployment and operation
• Recognizing that system complexity remains a barrier to DAS adoption, FEBUS designed the A1-NEO for ease of use:
• Intuitive, user-friendly interface
• Fast configuration and commissioning
• No advanced optical expertise required
• Simplified operation and maintenance This streamlined approach enables faster deployment and reduces operational costs.
• Applications across critical infrastructure The FEBUS A1-NEO supports a wide range of applications, leveraging existing fiber networks or new deployments: 

Network Monitoring 

• Telecom cable monitoring
• Power cable supervision
• Smart city Pipeline Monitoring
• Oil & gas, water, and hydrogen pipelines
• Leak detection
• Third-party intrusion detection (TPI)
• Preventive maintenance Perimeter Intrusion Detection (PIDS)
• Fence-mounted or buried fiber systems
• Reduced false alarms
• Cut immunity
• Interoperability 

These use cases position the FEBUS A1-NEO as a powerful system for protecting critical assets across energy, utilities, telecommunications, and security sectors. A complete, cost-effective monitoring solution 

What sets the FEBUS A1-NEO apart is its combination of performance, simplicity, and cost control: 

• Proven FEBUS DAS technology
• Competitive price point
• Custom configurations tailored to each project
• Reliable data for AI and deep learning analytics
• End-to-end expert support 

More than just a DAS interrogator, the FEBUS A1-NEO is a comprehensive, tailored monitoring solution designed to deliver essential performance without unnecessary complexity.  

About FEBUS Optics FEBUS Optics is the world reference in the development of infrastructure monitoring solutions based on Distributed Fiber Optic Sensing (DFOS) technologies, including DAS, DTS, and DSS.