Seabed Monitoring
OPTICS11’s long-range fiber optic seabed monitoring ensures a secure Europe by safeguarding vital sea routes.
Overview
Long-Range Fiber Optic Systems: Securing Europe's Seabed Monitoring
Introducing OptiBarrier – Underwater Security: Maritime Protection Reinvented
Optics11 presents an all-optical system designed to secure maritime assets. This innovative solution offers high sensitivity, minimal weight, compact size, and low power usage, compatible with any surface or underwater platform.
Key advantages include long-distance coverage, undetectability, and easy installation. The underwater security system integrates underwater hydrophones for comprehensive monitoring and incorporates above-water data sources.
Experience unparalleled protection for your critical maritime assets with this cutting-edge optical stationary system.
Benefits
Enhanced Underwater Sensing
By adding hydrophones every 1km, our underwater security system enables the detection of fast-moving vessels and active sensors, such as UAV sonar, providing comprehensive underwater monitoring.
Integrated Data Analysis
We harness the power of integrated data, combining below-water and above-water line data sources. This comprehensive data fusion enhances understanding of the maritime environment and facilitates superior decision-making processes.
Versatile Deployment
From harbor protection to offshore infrastructure monitoring, our solutions seamlessly adapt to a broad range of applications. Trust in our technology to secure a myriad of maritime assets in diverse environments and scenarios.
Case Studies
SecurePower Inc. 3
SecurePower Inc. 2
SecurePower Inc.
“In today’s changing energy landscape, business leaders recognize that sustainability is fundamental to remain competitive. As the energy industry shifts to a more ecosystem-centric model .”
John Smith
Vice President at Solar Electric
Our Solutions
Advanced Optical Technology
At OPTICS11, we prioritize innovation. Our underwater security system, leveraging cutting-edge optical technology, provides superior surveillance, offering high sensitivity, minimal weight, compact size, and low power usage. Be it fast-moving vessels or active sensors like UAV sonar, nothing escapes the vigilant watch of our advanced optical systems.
Hydrophone Solutions
Our state-of-the-art seabed monitoring system offers unmatched precision in underwater acoustic systems. The individual hydrophones in the array use only light, overcoming the challenges faced by electric arrays, enabling faster deployment and increased operational uptime.
Underwater Localization: Precision Meets Innovation
With OPTICS11’s advanced tracking technology, we’re equipped to sense and localize unmanned underwater vehicles (UUV) accurately. Our focus? Ensuring precision and security for the next generation of maritime operations.
Zoned Precision
Navigating the vast maritime frontier requires a system that operates seamlessly across different ranges. At OPTICS11, we’ve structured our approach into distinct zones to ensure unmatched precision at every turn. In Zone 1, spanning up to 6 km, we prioritize real-time threat tracking and identification via high-fidelity acoustic fingerprinting. Zone 2, reaching up to 30 km, is calibrated for broad-spectrum detection and tracking of Category 2 & 3 threats. Beyond that, Zone 3 stretches over 100 km, still maintaining impeccable detection of Category 3 threats. Be it divers, UUVs, submarines, surface vessels, or MCM-drones, OPTICS11 guarantees unwavering protection for your maritime assets across every zone.
Sensitivity
Optic-Fiber Technology
Compared to their electric counterparts and DAS (Distributed Acoustic Sensing), our optic-fiber sensors offer a multitude of advantages, including extended range, robust durability, immunity to electromagnetic interference (EMC immunity to EMI), and a compact design.
These sensors are engineered for heightened sensitivity, effectively resisting corrosive liquids and short circuits to ensure reliable, interference-free performance even in challenging environments. Their low noise level is further illustrated in the accompanying ‘Detection Threshold’ chart, which visually demonstrates their superior performance in terms of sensitivity and detection capabilities compared to traditional sensing technologies.
This chart emphasizes the effectiveness of Optics11’s technology in delivering precise and dependable data, even in scenarios where other systems might fail due to environmental constraints or electromagnetic interference.
