Spotlight

Naval Systems Engineering

Naval Systems Engineering Group

Octec, part of GE Fanuc Intelligent Platforms announces the creation of its Naval Systems Engineering group, with a brief to deliver a range of engineering services and products to navies, shipbuilders and combat systems integrators worldwide.

Applied Image Processing Technology

Octec Limited, part of GE Fanuc Intelligent Platforms, is a world leader in rugged, real time image processing. Established in 1989 the company has been providing video tracking and image processing solutions to the defence and aerospace industries for over 17 years.

Located in Bracknell, Berkshire UK, with an engineering support facility in Billerica, Massachusetts USA, the company has over 50 employees the majority of whom are engineers.

In addition to a wide range of image processing solutions the company has a Naval Systems Engineering Group that offers both engineering and weapon assessment services in addition to a range of weapon assessment equipment.

Recently Octec have introduced Embedded Training Solutions which offers rugged, embedded training solutions for electro optical based systems.

Being part of GE Fanuc Intelligent Platforms enables Octec to provide the depth and security of a large multi-national whilst retaining the customer focus and flexibility of a small to medium sized company.

IPS5000

IPS5000 Image Processing Subsystem

Designed to deliver superior situational awareness

Leveraging the company's market leading expertise in video tracking to enable substantially superior situational awareness solutions to be developed, Octec, part of GE Fanuc Intelligent Platforms announces the IPS5000 image processing subsystem. Designed to interface with a wide range of physical sensors, IPS5000 is available for both fixed security installations and for military in-vehicle deployment.

IPS5000 has been developed in response to growing recognition of the difficulties posed by information overload in situational awareness, where multiple disparate information feeds - in which the inter-relationships between sensors is not always obvious - are delivered to banks of monitors. This creates the possibility of information overload, confusion and suboptimal reaction times on the part of operators who are often fatigued or stressed.

 More information on IPS5000