An engineer's view of how Wi-Fi 7 moved from standards debate to real-world deployment and what's next with Wi-Fi 8.

Every wireless standard starts as a set of decisions on a whiteboard long before it becomes something you connect to every day. Wi-Fi 7 was pitched around headline numbers; MLO, 320 MHz channels, peak throughput but the real story is what happens once those features leave the lab and meet enterprise networks running at scale.

In this episode of HFCL Time Machine, Dr. Srikanth Subramanian, Chief Knowledge Officer at NanoCell Networks Pvt. Ltd., joins Tushar Nautiyal to trace that journey: the architectural decisions that shaped Wi-Fi's evolution from Wi-Fi 5 onward, where Wi-Fi 7's real-world value is showing up versus the early hype, and what coordinated AP behavior in Wi-Fi 8 could mean for how WLANs get built.

• Which architectural and standards decisions across Wi-Fi 5 to Wi-Fi 7 had the biggest impact on the industry
• Where Wi-Fi 7's real-world value is showing up in early deployments and where expectations outpaced reality
• Why Wi-Fi still competes with BLE, ZigBee, and Thread in IoT despite added low-power capabilities like TWT
• Whether Wi-Fi 8's coordinated AP behavior is an incremental step or a fundamental architectural shift
• Where AI can make a genuinely measurable difference in Wi-Fi engineering beyond the buzzword

Tune in for an engineer's-eye view of how wireless standards actually make the leap from research to reality.