Click here to watch demonstrations of Stingray -selected fibre-optic architecture that combines time division multiplexing (TDM) and wavelength division multiplexing (WDM).

Cubility's MudCube concept is a revolution in thinking and design of mud treatment systems.To learn more about the concept, click here .

Fotech provides distributed acoustic data to the energy and security sectors, and its Helios interrogator's high resolution gives the system both spatial and temporal detection function. This video demonstrates how even something as delicate as footsteps can be detected moving along the surface by a fibre buried below the ground.

This video demonstrates how it is possible for Fotech's Helios system to detect a vehicle driving over buried fibre from many kilometers away.

This video demonstrates Fotech's Helios capabilities of tracking multiple events using vehicles and people as examples.

This video demonstrates Helios' capabilities to detect leaks in underwater pipelines. Watch how a simple communication fibre mounted alongside a pipeline can detect the early stages of a leak.

Click here for a virtual tour of Ingrain's digital rock physics lab.

Ingrain computes the physical properties and fluid flow characteristics of oil and gas reservoir rocks in its digital rock physics lab. The Energy Ventures portfolio company's technology leads the industry in measuring shales, carbonates, tight gas sands and oil sands.

To compute rock physics properties, Ingrain has created vRock™ digital reservoir rocks from whole core, core plugs and drill cuttings. Watch this video to see firsthand and in 3D the complexities of the inside or a reservoir rock

Click here to watch demonstrations of the 3D technology of PanGeo Subsea's Acoustic Corer, which images geohazards buried beneath the seafloor such as boulders, cemented layers, shallow gas, abandoned seabed infrastructure and unexploded ordnance.

Click here to listen to Stingray CEO Martin Bett explain the benefits of seismic permanent reservoir monitoring.