Published: Mon 15 Aug 2016
C3UK becomes the latest company to join the Internet Watch Foundation (IWF).
C3 operate as an internet service provider (ISP), building and operating next generation media channels for the transport industry. C3’s WiFi channels deliver transformational passenger experience including internet connectivity, TV, Movies and Publishing directly to mobile devices on platforms and on trains.
Their partnership with IWF will help to protect passengers and rail customers from inadvertently accessing online child sexual abuse imagery.
Marcus Vinton, C3UK CEO, said: “C3 are fully committed to supporting IWF and their vison to make the internet a safer and more secure environment for our passengers whilst minimising the potential for online distribution of illegal imagery and video content.”
Susie Hargreaves, IWF CEO, said: “C3UK are clearly an innovative company which also values responsibility and safety. In our partnered approach to tackling illegal online child sexual abuse imagery, establishing strong working relationships in areas like the transport sector, are key.”
Contact: Emma Hardy, IWF Director of External Relations +44 (0) 1223 203030 or +44 (0) 7929 553679.
We make the internet a safer place. We help victims of child sexual abuse worldwide by identifying and removing online images and videos of their abuse. We search for child sexual abuse images and videos and offer a place for the public to report them anonymously. We then have them removed. We’re a not for profit organisation and are supported by the global internet industry and the European Commission.
The IWF is part of the UK Safer Internet Centre, working with Childnet International and the South West Grid for Learning to promote the safe and responsible use of technology.
The IWF welcomes new measures to help make sure digital tools are safe as new data shows AI child sexual abuse is still spreading.
More than nine in ten people in the UK say they are concerned at how images and videos of children being sexually abused are shared through end-to-end encrypted (E2EE) messaging services.
