Making IoT Connectivity More Flexible: The Future of Scalable Connectivity
What happens when IoT connectivity becomes more complicated as deployments scale?
Podcast profile
By The IoT Podcast
IoT Talks and Tales The IoT Podcast is joined by the most influential leaders in IoT every Thursday to break down the current and up & coming IoT trends, unravel the misconceptions, doubts and forecast predictions on the ongoing journey for the Internet of Things.
Latest episode
42 min
Topics
Connected devices, sensors, edge systems, device platforms, and IoT operations.
Robot design, perception, control, manipulation, deployment, and robotics ecosystems.
Factory automation, controls, industrial robotics, and automated operations.
Formats
Detailed technical, architectural, or research-oriented examination.
Host-led conversation where a guest supplies most of the subject matter.
Audience level
Assumes basic technology literacy and familiarity with common products, roles, and terminology.
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Episodes shown — 10 of 25
What happens when IoT connectivity becomes more complicated as deployments scale?
Why was eSIM IoT supposed to solve vendor lock in, and why are new forms of lock-in still appearing across the industry? eSIM IoT promised greater flexibility, more choice, and the ability to change connectivity providers without replacing physical SIMs. But as adoption grows, the reality is proving more complicated.
The next era of intelligent edge devices is taking shape - but what’s driving real-world deployment, and how are hardware and software evolving to keep pace with such a fast-moving ecosystem?
Why do so many IoT and embedded projects become harder to deliver as they scale, even when the technology itself works? As IoT and embedded projects scale, the challenge shifts from simply developing the technology… to delivering outcomes reliably. Not just technically, but commercially and operationally too.
What does “trust” really mean when AI lives at the edge?
Edge AI is evolving quickly - what’s changing in the tooling and frameworks that support it? And where do the biggest opportunities for improvement lie?
What does it really take to build the next billion-dollar idea? And why do some innovative ideas scale fast… while others quietly disappear?
What does it take to rebuild the way mobile connectivity works for IoT? And why are operators, MVNOs, and enterprises starting to rethink how much visibility and control they should have over their networks?
Edge AI is evolving fast - but how do we accelerate the path from development to deployment, and get real products into users’ hands sooner?
We’ve been talking about smarter devices for years - but what does progress actually look like today?