During the Huawei Connect 2016 conference last year, John Hoffman, CEO and director of the GSMA, said he believed that the convergence of cloud, IoT and big data would open the doors to a new world of opportunity. Here's what Hoffman had to say:
Thank you to my all my good friends at Huawei Technologies Co. Ltd. for having me today to speak about the cloud-enabled Internet of Things (IoT) and the great world of opportunity that it provides. Cloud is a vast opportunity for all of us. The growth of the Internet brings the growth of the IoT, with a vast opportunity for humankind. With billions of devices being connected, the possibilities are endless.
The mobile industry is aligned behind the very common purpose of connecting everyone and everything for a better future. And cloud will have a significant role to play in executing this vision. People and businesses are having access to multiple sources of data, analyzed in real time. It will allow them to make better decisions and help support a number of the United Nations' sustainable development goals. In particular, progress towards zero hunger, good health and wellbeing, affordable and clean energy, and water.
The total addressable market for the mobile network operators in 2020 is expected to be some US$1.1 trillion. Very important for this conference, almost half of that, some $413 billion, is expected to come from the Asia-Pacific region. There is no doubt that cloud is real, and it's huge.
The convergence of IoT, cloud and big data will deliver a real step-change. With billions of devices being connected in the IoT, more data is being collected, stored and analyzed than ever before. And cloud will be the glue, the glue that brings the IoT and mobility together. IoT devices will use cloud platforms to gather and analyze big data, which can be connected and converted into monetizable business intelligence.
For example, a security motion sensor is triggered in your house. Information is sent to the cloud. The user platform notifies the end user, and an alarm has been activated. You can then access your house via CCTV to see what the issue is. You notice that it is your cat. It's activated the sensor, and it's a false alarm.
With this type of information, sensors can be adjusted to prevent those false alarms, and the information shared with others throughout the system. So you have a solution that becomes more intelligent, and the information that is more valuable for the device manufacturer and the solution provider and the wider community. It's a win-win situation and scenario for all. A real closed-looped learning solution, all enabled by the cloud.
During this radio show, Adam Dunstan, CenturyLink's vice president of SDN and NFV engineering, will talk about CenturyLink's approach to making its network less complex while adding flexibility and automation.
The promise of 5G connectivity is a truly Networked Society. 5G is not just about making the throughput larger, it is also about offering use case optimized user experiences and inclusion of new vertical sectors. Use cases predicted for 2020 will need new types of connectivity services that are highly scalable and programmable in terms of speed, capacity, security, reliability, availability, latency and impact on battery type. 5G will need to be an agile, dynamically programmable network that can meet diverse needs with new, as-a-service models on a single infrastructure. In this Webinar, you will learn how the Open Networking Foundation is combining open source and software defined standards through its Open innovation Pipeline to advance innovative architectures such as mobile CORD (M-CORD). M-CORD is being developed by the CORD Project community under ONF's leadership and hosted by The Linux Foundation. Built on the pillars of SDN, NFV and cloud technologies, the end-to-end M-CORD open reference solution is arming operators with the capabilities needed to start planning for the upcoming 5G transition.