This research note presents STL Partners’ forecast for the number of active private network sites over a 7-year period. It details site numbers across seven regions and acts as a complement to our Private network market forecast 2024–2030.
This report presents quantitative analysis of the global demand for private networks over a 7-year period. We explore the revenue trends across the value chain and provide insights into different deployment models and technologies across 14 verticals.
This report explores private network delivery models – on-premises, hybrid and network slicing. It also offers insights into deployment strategies, market opportunities and actionable recommendations for telcos to address diverse enterprise connectivity needs across industries.
This report looks at the AI, automation and analytics a telco needs to effectively deploy, manage and operate private networks and slicing at scale for enterprise customers.
This report presents quantitative analysis of the global demand for private networks over a 7-year period. We explore the revenue trends across the value chain and provide insights into different deployment models and technologies across 14 verticals.
The utilities sector is a promising opportunity area for private LTE and 5G networks. But it is not an easy one for telcos to address, as utility companies often deploy and manage networking technology in-house or via specialist service providers to satisfy service requirements. This report examines the sector realities.
The transportation and logistics sector is one of the most promising industries for private LTE and 5G networks, as well as adjacent technologies such as edge computing and new Wi-Fi6E/7 versions. Although it offers opportunities for MNOs, some instances are challenging to address. Where can MNOs best meet enterprise needs?
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.
As public transport systems try to recover from the pandemic, 5G could help them to become more versatile, cost-effective and appealing. By providing reliable and flexible connectivity to transport operators and their customers, telcos could create considerable value for both individuals and society.
We explore the recent developments in the private network market, regulatory activities and policies on local and shared spectrum, and the different deployment approaches and business cases for traditional telcos and the expanding range of other stakeholders.
This is part 3 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?
We evaluate how the concept of agility has changed, its relevance to telecoms and what telco operators are doing to transition to more agile operating models to capture new monetisation opportunities.
Assuring networks, services and devices in the world of 5G, edge and IoT demands new capabilities in automation, AI and analytics (A3) at the edge of networks. This report sets out a roadmap for telco decision making around assurance tool creation, deployment and possible monetisation.
What should telcos do to bridge the gaps between current hype, actual performance, and future promises on 5G? We argue that a data-driven and forensic approach to roll-out and marketing will be the key, particularly in the uncertain economic environment driven by the COVID-19 pandemic, and review the timelines for future applications.
Network slicing is an opportunity for telcos to disrupt private networking, but it is new and unknown to enterprises. A ‘hand holding approach’, internal alignment and simplified pilots will be key enablers in its adoption.
The advent of 5G and network slicing offer the prospect of a shake-up of the structure of wholesale and MVNO models. What should telcos, regulators, current MVNOs and potential new MVNOs do?
Virtual reality and augmented reality have the potential to generate vast amounts of telecoms traffic, together with demand for edge computing, network slicing and other 5G capabilities. But when will these technologies come of age?