Wireless Logic will be speaking and exhibiting at embedded world, from 11-13 March in Nuremberg, Germany, the global platform for the embedded systems community.
At the event, Wireless Logic will highlight critical considerations for embedded engineers, system architects and product designers as they navigate the IoT landscape – focusing on how robust connectivity, regulatory compliance and security-first design can build IoT devices that will last.
With IoT now central to industries worldwide, reliability and uptime are no longer optional. Many enterprises depend on continuous connectivity to support critical operations, meaning outages, security lapses and technology misalignment can lead to issues such as significant disruptions, compliance failures and reputational damage. Yet, many connectivity decisions are still made without fully considering long-term resilience.
“Designing resilient IoT devices that can keep up with growing connectivity demands, evolving regulations and increasingly sophisticated security threats is no small feat,” said Toby Gasston, Mobile Core Product Lead, Wireless Logic. “At this year’s show, we’ll break down the biggest hurdles – from technology sunsets to compliance challenges and cyber resilience – in a way that’s both engaging and practical.
“Our goal is to equip engineers, designers and product teams with the insights they need to make smarter design choices from day one. In IoT, an effective connectivity strategy isn’t just about innovation – it’s about staying reliable, secure and available in today’s dynamic and unpredictable environment.”
On Tuesday, 11th March at 1:45 CET time, Wireless Logic will host a seminar, ‘Built to Last: Critical Considerations for Future-Ready IoT’ that will build on these themes.
During the session, Gasston will outline the impacts of SGP.32, explain why early technology choices matter, and share strategies for designing devices that can withstand future disruptions. He will also talk about how to address cross-border restrictions and how embedding security from the outset can reduce outages while ensuring uptime and availability through a device’s lifecycle.
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