Based in Sydney, Australia, Malcolm Rogers is an Analyst with GlobalData. He is responsible for delivering research and consulting projects leveraging research and analysis from across the Global Data technology group. Malcolm offers impactful market data and insight to enterprise buyers, service providers and the vendor community across Asia-Pacific. Current areas of focus include telecommunications networks and services, mobile markets, and enterprise ICT services. He specializes in the analysis of the communications and technology markets across the countries in Asia-Pacific. Malcolm is also in charge of modeling and forecasting demand and service revenue for fixed, mobile and pay-TV services on a quarterly basis, and regularly publishes research and analysis on key country, regional and global trends on telecommunications networks and digital services. He also contributes to custom and consulting projects in Asia Pacific.
While the Philippines is a rapidly growing cloud market, hyperscalers have not yet announced any plans for a Philippines region.
However, digital transformation, increased cloud usage, edge computing, and growing international connectivity offer opportunity for Philippine vendors to work with hyperscale providers.
GlobalData expects the Philippines to be a strong market for growth in cloud-based services that serve the enterprise (including IaaS, PaaS, and SaaS) as well as the consumer segment (e.g., streaming video, social media, and e-commerce). Based on our “GlobalData Market Opportunity Forecasts to 2024: ICT in Philippines” (August 28, 2020), enterprise spending on cloud services will grow from USD 1.8 billion in 2020 to USD 2.6 billion in 2024. Furthermore, cloud-based service usage is booming in the consumer segment as well, with social media and content streaming growing rapidly. Based on our “Philippines Mobile Broadband Forecast” (December 24, 2020), streaming mobile video users will grow from 53 million in 2020 to 80 million in 2024, while mobile social media users will grow from 75 million to 80 million over the same period. Continue reading “Philippines on the Cusp of Cloud Revolution”→
• SKT’s partnership to build out 5G-IoT test beds for Smart Ports in Busan will help the company develop repeatable vertical solutions in a critical industry.
• The move highlights SKT’s leadership in 5G and points to lessons learned around strong investment in network and an intensive focus on developing vertical specific use cases.
On October 14th, 2020, SK Telecom announced a partnership with the Ministry of Oceans and Fisheries and the Busan Port Terminal Corporation that will see the partners develop a 5G test-bed in Busan for the development, testing, and eventual deployment of Smart Port services. The aim of the project is not only to develop services for the port in Busan, but to develop an industry solution set that can be readily applied to ports across South Korea. SK Telecom has already outlined IoT asset tracking and close circuit video analysis as initial use cases that will be deployed. This is another announcement for SKT around working with industry to develop novel 5G solutions. For example earlier this year SKT partnered with Korea Hydro & Nuclear Power to create a “Smart Plant” solution. Continue reading “SK Telecom’s 5G Smart Port Highlights Blueprint for How to Build Out Enterprise 5G”→
Vodafone NZ localizing its global IoT platform for New Zealand will help win domestic customers.
Overall, carriers need to move the IoT conversation away from connectivity to applications and outcomes to move up the value chain.
Earlier this week, Vodafone New Zealand announced it would be bringing new IoT capabilities to businesses in New Zealand. Specifically, the company has launched a local version of its IoT Global Data Service Platform (GDSP) called ‘Connect’ that will be delivered via Vodafone NZ’s XONE innovation labs. Vodafone NZ had previously offered only the global version of the IoT management platform, but updates to policy, software, and other support features could be hampered by latency issues. The move is important for Vodafone NZ’s ambition in the Kiwi IoT market. Rival carrier Spark has made recent investments into developing IoT solutions for New Zealand businesses that go beyond SIM management platforms. Spark now has productized solutions for asset tracking and management as well as a parking solution for both SME and enterprises. In a sign that it is gaining lost ground, Spark saw IoT connections grow 60% year over year to end June 2020. Vodafone NZ, however, is still the market leader in terms of connections and has the international advantage through its affiliate companies’ global networks. Localizing this solution will now help grow domestic-only customers with broader offers. Continue reading “IoT in New Zealand: About Outcomes, Not Networks”→
5G network slicing can be used to readily deliver an enterprise-grade broadband experience directly to employees working from home.
By moving enterprise data and applications to the 5G edge, enterprises can ensure performance and security for employees accessing remotely.
Since the outbreak of COVID-19, millions of workers globally have been driven from their offices and into their homes as we all collectively make an effort to stop the spread of the virus. While these efforts are noble and necessary, they have had a profound impact on the ability of enterprises to continue operations as normal. Companies around the world were by and large unprepared for this scenario. Going forward, enterprise will look to build in resiliency to these types of crises, with some experts warning COVID-19 will not be the last pandemic we experience. In the near future, 5G can be an important technology to help build in resiliency and ensure acceptable levels of business continuity during future societal disruptions. Continue reading “5G: Ensuring Business Continuity in a Future COVID (Pandemic) Situation”→
The arrival of Console Connect in Australia fleshes out PCCW’s software-defined infrastructure offerings in the market, although integration of some features is still lacking.
Software-defined interconnect (SDI) is not new to Australia, and PCCW faces existing competition; however, the company is well positioned to manage cross Australia-to-China workloads.
PCCW’s expansion of the Console Connect platform into Australia is a positive move for the company. PCCW already offers its SD-WAN services (Viptela and VeloCloud) in the country. The addition of its cloud-focused Console Connect to the portfolio of networking services available in the country will complement its SD-WAN offering by giving enterprise customers more visibility and control over bandwidth and performance as enterprise workloads are increasingly hybrid and multi-cloud. Software-defined networking and cloud interconnect are high-growth areas within the Australian market. According to “GlobalData Market Opportunity Forecasts to 2024: ICT in Australia” (February 21, 2020), spend on SD-WAN is expected to grow at a five-year CAGR of 19.6% to reach USD 114 million, while enterprise spend on cloud management platforms will grow at a five-year CAGR of 16.6%, reaching USD 526 million. Continue reading “Console Connect Coming to Australia Fills Out PCCW’s SDN Offerings”→
• Integrating a 5G underlay into an SD-WAN solution can help deliver network performance with more functionality to remote sites.
• 5G technology like network slicing and edge computing can deliver a fit for purpose networks to drive better application performance and improve security.
SD-WAN is increasingly important to branch networking, enabling remote sites to be spun up more quickly and cost effectively. 5G can integrate with SD-WAN to be considered as an active-active connection with a lower cost per byte and will be able to support the branch or remote sites with performance in terms of bandwidth and latency that can begin to compare with MPLS.
As 5G matures operators will be able to offer network slicing. Network slices can be created with 5G’s capabilities – enhanced mobile broadband (eMBB), massive machine type communications (mMTC), and ultra-reliable low latency communications (uRLLC) – to support applications that require these attributes. Instead of the traditional network services that are more static and often manually configured, enterprises have better ability to spin up/down services dynamically based on metrics such as bandwidth, latency, throughput, security, geography coverage, session, and reliability. This will enable operators to offer different slices with varying resources over a single mobile connection, optimizing the network based on application. 5G will be even more compelling once network slicing becomes automated and part of the self-service catalog. Continue reading “5G SD-WAN Paired with Slicing and Edge Could Deliver Fit for Purpose Networks”→
• 5G will not be about consumers, devices, and video but rather about enterprises, connected things, and platforms; however the industry is still in a hype phase.
• In order to move hype to reality, operators, vendors, and industry need to collaborate around solutions and virtualize 5G networks, open them up to APIs and co-develop from the ground up.
From people to things
From attending 5G Asia last week, which was held at the Marina Bay Sands Expo Centre in Singapore, it is clear that 5G will mean something very different to the world than 4G LTE. The defining attributes of the LTE era is bringing mobile video to the masses and bringing many online for the first time. While 4G was about mass market consumer access to videos and applications from anywhere, 5G will be more about enterprises and governments transforming how we live and work. This also means 5G will be about connected things, machines, buildings, and cities, rather than connecting people with smartphones. 5G will also be about the power of analytics driven insights and automation.
5G has not quite arrived
Listening to speakers from across the technology industry from telcos to vendors to integrators to government agencies to independent software suppliers, it was clear that 5G will be all those things, but it also became abundantly clear that today 5G is not there yet. The telco and technology industries have a lot of work to do before the potential of 5G can really be unlocked. Outside of a handful of MNOs in US, South Korea, Australia, and EMEA, there are very few networks live today and coverage is very limited. Further, what is being offered so far are simply handset plans, not the society-changer that some have billed 5G as. Much of the buzz around early launches is really just hype, and current 5G services are simply a slightly faster LTE. Continue reading “More Collaboration is Required to Move 5G IoT from Hype to Reality”→
AI and machine learning-powered video analytics are revolutionizing the video capabilities of public safety departments, with solutions like Scene from Nokia and Appearance Search from Motorola Solutions-owned Avigilon leading the way.
Further integration into other public safety infrastructure will be critical to leverage the full potential of this technology, but that presents a challenge, as many critical communications systems rely on siloed radio networks.
Video analytics has been a hot topic for the past few years, but only recently have we seen larger-scale deployments in the public safety sphere. Government spend on these technologies is set to increase in the coming years, and plenty of vendors are readying their portfolios to meet this demand. While there is a wealth of small players specializing in this field, Nokia has developed its Scene Analytics platform and Motorola Solutions purchased AI-based video analytics company Avigilon in March 2018. Both these vendors have seen some significant return on these investments, with Nokia launching its Scene Analytics service in Belgium through security company Room40. Meanwhile, Motorola Solutions has a host of wins for its Aviligon service across public safety, logistics, and education, including the New Bedford Housing Authority in the US, Express Cargo in Ireland and Copenhagen Business School in Denmark. Continue reading “Video Analytics for Public Safety Will Require Digital Transformation”→