RedZinc Services Limited is a software company specialising in wearable video camera for industries including first responder and telemaintenance among others. Since its inception in 2004, RedZinc has been at the forefront of network telecommunications development, bringing its expertise in Quality of Service, 5G and network slicing to bear on its product development.

RedZinc Services has won, participated in or project managed more than 10 European wide research projects. Valuable expertise gained in those projects evolved into provision of specialized applications such as real-time streaming and wearable video, intensive research and development in the areas of 3G/4G+ networks, Quality of Service, network slicing and IP standardisation as well as business modelling for network service providers to our clients.

RedZinc was founded in July 2004 by Donal Morris, with a vision to provide quality of service capabilities on the public internet. RedZinc has developed into an applications and services company in the fields of network monetisation, wearable video and future network technologies. We have developed 

  • a wearable real-time, point-of-view streaming video device for 4G/5G networks called BlueEye, with many applications.
  • network slicing technology called VELOX™ which sits in the network to help operators maximise their returns on investment.

Most recently, we are working in the background on several projects in the field of 5G network slicing and trading, 5G device and applications testing as well as 4G testing in virtualisation, Wi-Fi cell handover and scheduling.

In September 2004 RedZinc joined the EuQoS research consortium on end to end quality of service over heterogeneous networks. The EuQoS consortium was led by Telefonica I&D. The European Commission provided €9.5m funding to over twenty partners. RedZinc’s partners in the consortium included France Telecom, Telecom Portugal Telecom Poland and Datamat.

RedZinc was a founding member of the IPsphere Forum and showcased it’s IPsphere prototype at the BT sponsored showcase in London. RedZinc participated in the IPsphere Field trial with Telus in Calgary and Telenor in Oslo. Following the pilots RedZinc released version one of the VELOX™ eplatform which was deployed in a university campus in Toulouse.

RedZinc was selected by Atos Origin to join the BonFire consortium and showcase RedZinc’s virtual path slice technology with desk top virtualization partner Cloudium Systems. RedZinc subsequently won a contract with OTE in Athens to implement a video-to-video pilot on a number of networks in Europe including Telefonica/O2 , Magnet, OTE and Deutsche Telekom.

With this rich background in research and development on public internet Quality of Service in partnership with leading research institutes including University of Coimbra, University of Bern, Laboratoire D’analyse Et D’architecture Des Systemes, University of Pisa and Warsaw Technical University, RedZinc has developed and produced its own technologies and applications.

Improving the efficiency and reliability of wearable based mobile eHealth applications

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Learn about the support of wearable mHealth applications in LTE and future 5G networks following a holistic approach that spans across the elements of a mobile network.

Published by Pervasive and Mobile Computing.

5G Exchange (5GEx) Multi-domain Orchestration for Software Defined Infrastructures

Learn about the 5G Exchange (5GEx) project which aims to enable collaboration between operators, regarding 5G infrastructure services, with the view to introducing a unification via NFV/SDN compatible software defined infrastructure multi-domain orchestration for networks, clouds and services.

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An end-to-end testing ecosystem for 5G the TRIANGLE testing house test bed

Learn about the EU project TRIANGLE which builds a framework to help app developers and device manufacturers in the evolving 5Gsector to test and benchmark new mobile applications, devices, and services utilizing existing and extended FIRE testbeds.

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Q4HEALTH: Quality of Service and prioritisation for emergency services in the LTE RAN stack

Learn how the Q4HEALTH project prepares for the market and optimize the BlueEye system, a video service platform for first responders.

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Q4Health: Mission critical communications over LTE and future 5G technologies

Learn how the Q4HEALTH project prepares for the market and optimize the BlueEye system, a video service platform for first responders.

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CityFlow, enabling quality of service in the Internet: Opportunities, challenges, and experimentation

Learn about an OpenFlow enabled Internet infrastructure, using visual path slicing in an end-to-end path, so that any user connected to an OpenFlow network is dynamically allocated a corresponding right of way.

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Supporting New Application and Services over LTE Public Safety Networks

Learn about new services that might be beneficial for emergency situations as well as the major challenges that have to be addressed by public safety LTE networks to maintain communications in these situations.

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