This report analyses the edge computing strategies of the ‘big three’ cloud providers – Amazon Web Services (AWS), Google Cloud and Microsoft Azure. We assess how successful they have been at developing solutions across the edge continuum, including on-premise, network and regional edge, and determine who leads this nascent market.
This report analyses the positioning of each of the three hyperscalers – AWS, Google Cloud and Microsoft Azure – in the telco vertical (outside of China). We assess how successful they have been at convincing telcos to migrate their business to the public cloud.
Telco cloud deployment activity slowed down in Q2 2024 with only 20 deployments added to the tracker, eight of which were completed in earlier years. The remaining 12 included five 5G NSA cores (four already launched) and three SA cores, all of which we expect to go live by the end of 2024. In this report we analyse the prospects for 5G SA including a deep-dive on the state of deployments on the public cloud.
Partnering offers telcos a way to unlock innovation and uncover monetisation opportunities to help fuel business growth. However, this requires telcos to embrace a different approach to partnering strategy and a more open, trusting mindset.
Telco cloud activity in 2024 is showing signs of growing momentum with 72 deployments in the year to date, in contrast to 90 for the whole of 2023. Even though many of these deployments are announced but yet to complete in 2024, there are improving prospects for vRAN and open RAN, alongside a positive outlook for 5G standalone.
There is much debate in the industry on the topic of edge computing, but little clarity for vendors and potential customers on how much capacity will be available. STL Partners’ Network Edge Data Centre Forecast estimates the number of network edge data centres and their capacity from 2021-2027. We also breakdown who will operate these sites: telcos, hyperscalers or other third parties.
Some leading telcos have slowed their roll-outs of 5G Standalone cores. Others have not. What is the delay? And why it is important to speed deployments now while minimising the risks.
More telcos are making deals to run their VNFs on the public cloud. Not much is live yet. But cloud hosting of network functions will support telcos in realising the benefits of cloud-native, and we believe telcos can safely go further and faster.
As telecoms operations become increasingly softwarised, network functions are getting broken down into their individual parts, and reassembled as an essential part of the IT stack for industry-specific applications and services. In this disaggregated telco value chain, is there anything left that is distinctively ‘telco’?
This is part 2 of a 3-part series taking an in-depth look at how 5G pioneers have evolved their approaches to commercialisation since launch, navigating a maze of factors such as handset availability, technology immaturity and more. What should others take from their experience to date?
Our in-depth analysis of Microsoft’s play in the telecoms market, why it acquired Affirmed Networks and Metaswitch, and what telcos should do about it.
Both telcos and hyperscalers want to capture the value at the edge, but they need to work together to deliver of edge computing solutions and generate demand among customers. How can operators collaborate with hyperscalers while strengthening their role beyond connectivity?
With Multi-Access Edge Computing (MEC), telcos can move workloads and applications closer to customers, potentially enhancing experiences and enabling a plethora of new use cases. But with competition looming from other players, telcos need to start commercialising MEC. We have identified and modelled five viable telco business models.