About FiberSense
FiberSense has focused on applying Distributed Fiber Sensors in the toughest environment they can be deployed – the noisy urban setting of cities around the world.
Our breakthrough algorithms allow the full insights of distributed fiber sensing to be realized without being swamped by false alarms. This breakthrough has been used to build award winning applications that have changed the way that we understand activities, objects and events in cities.
As a result, our distributed fiber sensing has revolutionized the way our customers think about, manage and protect their critical infrastructure assets. We are breaking down the barriers for effective sensing at scale across cities and marine environments, providing highly accurate, sophisticated and scalable sensing technology that you can trust.
With our technology platform, we can filter what’s important from the dense and noisy urban environment, distilling mechanical threats to critical infrastructure from the everyday constant cacophony of a city.
Our breakthrough algorithms allow the full insights of distributed fiber sensing to be realized without being swamped by false alarms. This breakthrough has been used to build award winning applications that have changed the way that we understand activities, objects and events in cities.
As a result, our distributed fiber sensing has revolutionized the way our customers think about, manage and protect their critical infrastructure assets. We are breaking down the barriers for effective sensing at scale across cities and marine environments, providing highly accurate, sophisticated and scalable sensing technology that you can trust.
With our technology platform, we can filter what’s important from the dense and noisy urban environment, distilling mechanical threats to critical infrastructure from the everyday constant cacophony of a city.
Core Capability
The team at FiberSense excel at converting real time object and event data into actionable and practical information our clients can leverage for clear business benefit.
As a result, our partners and customers “see” the operational performance of their assets and city fabric whether underground, underwater in a pipeline or travelling across a roadway.
Our technology stack is driven by AI and ML, allowing us to constantly improve our products’ performance and deliver industry-leading false positive/negative rates.
As a result, our partners and customers “see” the operational performance of their assets and city fabric whether underground, underwater in a pipeline or travelling across a roadway.
Our technology stack is driven by AI and ML, allowing us to constantly improve our products’ performance and deliver industry-leading false positive/negative rates.
Operational Excellence
We have an intense focus across FiberSense on operational excellence. It is easy to provide a sensing service across a small number of systems but scaling it to thousands of systems is a whole different ball game. FiberSense has mastered the art of operationalising our sensing service at scale. Our global operations enable us to provide our services across any city, in any country.
This allows us to serve our customers in the most efficient and effective way possible, while also providing them with the best possible value. As a result, we are delivering net economic benefit to our clients and partners day in and day out.
This allows us to serve our customers in the most efficient and effective way possible, while also providing them with the best possible value. As a result, we are delivering net economic benefit to our clients and partners day in and day out.
Measurable Impact
FiberSense understands the importance of getting clear, measurable outcomes for our clients.
Our solutions are designed to deliver tangible results that can be quantified for impact and provide evidenced value through data.
Our solutions are designed to deliver tangible results that can be quantified for impact and provide evidenced value through data.
"I predict that this will become the de facto standard for all marine cables over the next decade.”
“The FiberSense acoustic sensing service, DigitalAsset™, allows us to detect multiple threats from a single platform, which is important in a marine environment where risks can come from a wide variety of sources, such as vessels anchoring, seismic events, etc. The fact that system does not require the deployment of any active sensors is ideal from an operations and maintenance perspective”
“Our asset and close surroundings are essentially being scanned for threats 2,500 times per second. We simply couldn’t achieve that level of security without this Fiber Sense technology.”
“We are excited to partner with an Australian innovator like FiberSense to help us understand these new monitoring technologies and possible applications for the nbn.”
"The company is a true innovator in commercializing highly valuable sensing and monitoring services via machine learning technologies. Their vision very much aligns with the direction I see for rapidly growing critical infrastructure asset protection."
Business Cases that Work
The FiberSense services have now matured to the point there is clear net economic benefit for applying sensing as a service across a range of applications. The unique combination of low-cost deployment, “as a service” monthly subscription model and 24/7 monitoring sets us apart in making critical infrastructure monitoring a low-cost reality, delivered via an easy-to-use client portal.
Our solutions are designed to help our clients get in front of damage to critical infrastructure, even before it happens. This reduces costs across economic, social, and environmental factors.
By investing in our technology, our clients can protect their assets, minimize downtime, and avoid the high costs associated with strikes.
Our solutions are designed to help our clients get in front of damage to critical infrastructure, even before it happens. This reduces costs across economic, social, and environmental factors.
By investing in our technology, our clients can protect their assets, minimize downtime, and avoid the high costs associated with strikes.