Imagine a world where the vast, isolated stretches of the North Sea and the Gulf of Mexico become hubs of cutting-edge digital innovation, where workers on remote oil rigs and wind farms are connected as seamlessly as those in urban offices. This vision is becoming reality through a groundbreaking
Imagine a world where connectivity is so seamless that it powers not just communication, but entire ecosystems of innovation—healthcare, education, and industry—on a global scale, transforming how societies function. That’s the promise of 6G, the next leap in mobile networks slated for the 2030s,
Imagine this: a quiet evening at home, streaming your favorite show, when suddenly a hacker slips into your WiFi network, silently siphoning off personal data or even manipulating your online activity. In today’s hyper-connected world, this isn’t a far-fetched plot from a thriller—it’s a very real
Imagine stepping into a bustling airport, eager to catch your flight, and spotting a free Wi-Fi network with a name that looks just like the airline’s official hotspot. You connect without a second thought, only to unknowingly hand over your personal data to a cybercriminal lurking in the shadows.
I’ve spent the last decade living at the seam where deterministic Ethernet meets modern wireless. Across brownfield plants and greenfield labs, my work has focused on turning TSN’s promises into practical reality over 5G. In this conversation, we dig into the craft behind microsecond-level
An obscure but telling regulatory filing quietly shifted the race for space-based broadband, as Amazon’s rebranded low‑Earth‑orbit initiative, Amazon Leo, gained FCC equipment authorization for its Wi‑Fi router and signaled that the company’s ground gear had moved from lab stages toward commercial
