Backed up with advanced AI algorithms and ever advancing machine learning, all trained on cross-industry applications. Each unit is preloaded with a library of greater than 1,000,000 hours of real-life data providing the highest detection rates with a drastic reduction in nuisance alarms.
This ever-learning life-cycle ensures you get the most out of your system in your environment.
Ai
Hardware
The foundation of the ONYX™ platform
The power and precision you need. Easy to install and maintain.
The ONYX™ Difference
Difficult and costly to install with specialised engineers required to perform installation and commissioning
Easy to install with a built-in setup. Enabling and empowering your team to install and commission each unit
Unable to perform in different environments
Proven to work in all environments. Worldwide deployments in air, sand, soil, snow and sea
High nuisance alarm rates resulting in costly operations
Low nuisance alarms and fully integrated into the concept of operations (CONOPS)
Patchy situational awareness
Full situational awareness
Detection dependent upon weather conditions
Detection immune to weather conditions
Detection of subsurface activity impossible without
additional specialist sensors
Detection of tunnelling activity possible
using buried fiber
The ONYX™ Difference
Multiple fixed platform mounted sensors, requiring significant
operator support
Fewer mobile assets with sensors, resulting in lower operator burden
Large border patrol force
Small border reaction force
Expensive ‘physical denial’ barriers
Lower cost ‘deter & delay’ fences
Patchy situational awareness
Full situational awareness
Detection dependent upon weather conditions
Detection immune to weather conditions
Detection of tunnelling activity impossible without additional specialist sensors
Detection of tunnelling activity possible using buried fiber
Software
Industry leading bespoke software
Intelligently classify detections in real-time, any time.
Bespoke solutions to extract maximum value from your data. Gain unrivalled insight and power. Deliver transformational change to your infrastructure.
Full software control
Fully automated and optimized for each deployment with software defined acquisition sensing parameters such as pulse width, gauge length, sample rate and decimation factor.
Industry leading algorithms
Application specific detection and classification algorithms pre-loaded with hours of learning providing unrivalled levels of detection with low rates of nuisance alarm call outs.
Web based user Interface
Each ONYX™ unit incorporates its own web server providing the user with remote access from any browser on a secure intranet / internet connection. Full SAML integration for seamless integration into your organizations single source login.
Distributed architecture
ONYX™ has been designed around a fully distributed architecture eliminating single points-of-failure in multi-system networked deployments.
Auto setup with fiber monitoring
An automated installation process simplifies the setup, commissioning and testing stages of the ONYX™ implementation.
Open architecture
ONYX™ is an open system meaning that a customer can load and operate their own software upon the ONYX™ hardware if they prefer.
The state-of-the-art ONYX™ software provides a user-friendly and intuitive experience, incorporating leading-edge detection and classification algorithms. It delivers meaningful and actionable information tailored to specific applications, effectively lowering the ownership costs of monitored assets. Addressing the unique challenges of each industry client, ONYX™ efficiently resolves issues and optimizes performance.
Sintela Case Studies
Explore our case studies below to see how Sintela could improve your business
Border Surveillance
In 2019 Sintela responded to a request for information from the US Customs and Border Protection (CBP) for solutions for their Linear Ground Detection System (LGDS) program. After submitting our response based upon...
International Oil & Gas Project
One of the world’s largest oil pipeline customers was faced with a problem of how to test leak detection performance on a fiber optic distributed acoustic sensing system. The method proposed...
National Oil Company
A National oil company wanted to deliver sensing as a service through a single control centre. The client had a number of fiber optic distributed acoustic sensing systems from...
Global Rail Industry Operator
The customer had explored the application of distributed acoustic fiber sensing for the rail industry using several manufacturers products. The issues the client had...
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