Cisco, South Africa's Department of Science and Technology Partner in Square Kilometre Array Project
Cisco announced today that it has signed a Memorandum of Understanding (MoU) with South Africa's Department of Science and Technology (DST) to embark on a strategic investment programme that prioritises country transformation, skills development and technology innovation in respect to the Square Kilometre Array (SKA) project.
As part of the MoU, Cisco will be the Technology Sponsor of the SKA project. This joint strategic collaboration with the DST, which was initiated in 2011, represents the largest single investment to any one project that Cisco has made to date globally.
Commenting on the MoU, Grace Naledi Mandisa Pandor, Minister of Science and Technology, South Africa said: "The signing of this MoU with Cisco demonstrates the vital role that public-private partnerships play in today's South Africa as a facilitator of change, as well as economic growth and development. Our joint investment program in the SKA project is really leading the way and setting a global example for how technology innovation can support South Africa's goals to become a leading player on the global stage as a designation for any science project of any magnitude in the future. This project it will revolutionise science and technology for South Africa and Africa as a whole and also supports our government's development agenda for skills development and job creation."
Randy Pond, Senior Vice President Operations, Cisco said: "Strategically partnering with the DST to support the SKA project is a key milestone for Cisco not in South Africa but globally as it represents one of the largest single investment that Cisco has made in any one project to date. Our goal is to take on the role as long term strategic adviser to organisations and governments around the world in order to demonstrate how technology innovation can drive sustainable growth and economic prosperity. Our involvement and investment in such a pioneering and ground breaking initiative such as the SKA Project demonstrates this. In this era where the Internet of Everything is driving new approaches and significant technological change, Cisco strongly believes that the most significant opportunity is for emerging market countries like South Africa is to leverage technology as a platform for socio and economic transformation using the network to improve lives, empower citizens, and drive change."
In South Africa the SKA will be hosted in the remote town of Carnavon, Northern Cape, to help local community members develop basic and intermediate ICT and networking skills. The core - i.e. the region with the highest concentration of receivers - will be constructed in the Northern Cape Province, about 80 km from the town of Carnarvon. The sparse aperture array (low frequency array) and the dish survey telescope will be built in Western Australia. Currently 16 countries including the European Commission are involved in international SKA consortium.
The Cisco/DST investment in support of the SKA in South Africa comprises four key elements:
A Cisco Networking Academy and Knowledge Centre (CKC) have been established in Carnavon, Northern Cape, where the SKA will be hosted, to help local community members develop basic and intermediate ICT and networking skills. The CKC and e-schools initiative was successfully launched and opened by Minister Hanekom on 19 November 2013.
Optical Transport Research in partnership with a local leading university (Nelson Mandela Metropolitan University (NMMU) which includes the donation of Cisco equipment to create a fully-fledged, multi-million dollar, state of the art laboratory facility donation as well as direct access to key expert resources in Cisco's Optical Engineering Business Unit (HERO) in San Jose. The research is in line with the National ICT R&D and Innovation Roadmap of the Department of Science and Technology, which is a ten year plan aimed to coordinate and manage ICT R&D and innovation activities national, regionally and in relation to international partners.
The IoE is also driving a growing demand for to network simplification. Cisco SDN is based on the principle of a centralised control plane separated from the network forwarding or switching plane that it controls. NMMU will be engaged in research topics assisting Cisco define a SDN capability for its optical transport platforms.
With Cisco immersive video collaboration systems, SKA experts and key partners are already conducting meetings and collaborating with colleagues worldwide as if everyone were in the same location utilising true-to-life quality and exacting details to enhance in-person collaboration. Such intelligent and innovative use of collaborative video technology will increase productivity and help reduce overall costs.
The strategic partnership with the Nelson Mandela Metropolitan University (NMMU) will facilitate world class, pioneering research for Cisco on next generation optical transport systems. Specifically Cisco is working with the Physics and Computer Science Departments and the program within NMMU is being co-ordinated through the Innovation Support & Technology Transfer office.
The research project, which includes topics and core equipment, sponsored by Cisco's high end routing and optical (HERO) business unit under the leadership and executive sponsorship of Vice President Bill Gartner, is expected to run for between three to five years. Furthermore, the novel research topics provided by Cisco have the potential to create new masters and PHD skills, specialised in optical transport networking and networking in general and NMMU students will have the opportunity to intern at Cisco's HQ in San Jose in Optical Engineering.