The Transforma Insights Blog

In 2024 non-communicable or chronic diseases were responsible for 43 million deaths globally. This has led healthcare organisations to adopt technological solutions such as IoT connected devices to remotely monitor patients to reduce the burden on healthcare staff and decrease the need for hospital visits.

One of our 2026 IoT Transition Topics, that we expect to define the IoT market in the coming year, is ‘The increasing requirement for localisation’. In this blog post we explore the forms that localisation will take, the drivers of it, and the implications for how IoT is delivered. The blog post touches on a number of topics that will be the subjects of reports forthcoming in 2026.

A recent Transforma Insights report on the IoT market for Inventory Management & Monitoring identified a huge growth in the market for electronic shelf labels over the coming decade, and beyond. In this blog post, Suruchi Dhingra examines the reasons for the growth in ESLs and where they are being adopted, in vast quantities.

Back at the end of October, we at Transforma Insights published our annual Communications Service Provider IoT Peer Benchmarking Report, profiling the leading providers of cellular-based IoT connectivity. In this blog post we provide a short summary of our perspectives on the capabilities of each of the players, as drawn from the report.

As we come to the end of 2025, here’s a recap of the most popular Transforma Insights reports, blog posts, webinars and white papers of the year.

Transforma Insights recently published a report ‘The potential for energy harvesting powering IoT devices’ that includes forecasts of the number of IoT devices that can potentially make use of four major energy harvesting sources – Solar, Kinetic, Thermal and Radio Frequency (RF) – and so can potentially operate without batteries or access to an external power source. One of the most interesting and quickly developing energy harvesting sources is RF. This blog post touches upon what RF harvesting means, what the potential for RF energy harvesting in IoT is and which IoT applications are suitable for RF energy harvesting.

In the recent Transforma Insights Communications Service Provider IoT Peer Benchmarking Report, we identified a series of key trends in the cellular IoT connectivity landscape. One of the major macro-level trends was the continuing requirement for MNOs and MVNOs to find mechanisms to differentiate their propositions. In this blog post we explore the 6 'S's used by CSPs for differentiation.

Transforma Insights recently published the fifth iteration of our annual Communications Service Provider IoT Peer Benchmarking report based on extensive discussions with 27 leading global providers of cellular connectivity and detailed analysis of their capabilities and strategies. As a result of the extensive analysis , as well as the ongoing research that we do on technical and commercial best practice in all aspects of cellular-based IoT connectivity, we are able to draw a set of conclusions about how the IoT connectivity market, and specifically that related to cellular connectivity, has evolved since the last report was published in July 2024. The report identifies a granular set of 24 key themes. This blog post explores all of those themes.

Driven by sustainability requirements, maintenance cost savings, lower TCO and advances in low power chips, energy harvesting is increasingly being used to power IoT devices. Transforma Insights recently published a report 'The potential for energy harvesting powering IoT devices'. This blog post is based on that report, exploring the applications that can make best use of energy harvesting and the potential size of the battery-less IoT market.

As the Internet of Things (IoT) is ever more widely adopted across industries, the security foundations that underpin billions of connected devices will soon be exposed to a new threat. The rapid evolution of quantum computing threatens to undermine today’s widely deployed cryptographic algorithms, especially asymmetric methods used for authentication and secure communications.