CWNP

Congrats to CWNE #638, Vijay Rajanarayanan!
California, USA

https://zurl.co/HUHbg

Congrats to CWNE #637, Kurt Neven!
Limburg, Belgium

https://zurl.co/jb5JJ

86% of US organizations can't find qualified wireless engineers. Meanwhile, the networks those engineers need to run are getting more complex, not less.

According to Cisco's State of Wireless 2026 report, nearly 98% of IT leaders say wireless operations are becoming more complex even as the teams responsible for them are getting smaller. AI, IoT growth, and increasingly sophisticated security threats are all landing on the same understaffed wireless teams.

Source: https://zurl.co/ElpUT
AI is the top domain pulling professionals away from wireless, cited by 50% of respondents. Cybersecurity follows at 48%, with software engineering at 40%.

The result: wireless is competing on multiple fronts for skilled people, and losing, even as Wi-Fi 7 rollouts, IoT expansion, and AI workload demands make the role harder than it's ever been.

This isn't a hiring problem. It's a certification and training pipeline problem. The engineers who hold vendor-neutral wireless certifications are the ones who can step into any environment, regardless of the hardware, and do meaningful work from day one. That's the value employers are chasing and can't find.

If wireless is your lane, right now is the best time in years to stand out.

🔗 https://zurl.co/qAnTs

www.networkworld.com

Congrats to CWNE #636, Sunil Narayanan Aniyambeth!
Pennsylvania, USA

https://zurl.co/asCbi

Congrats to CWNE #635, Thomas Borkowski!
Morristown, USA

https://zurl.co/N3zHV

Unpopular opinion: your roaming problems aren't the AP's fault.

Most roaming complaints get diagnosed as "AP issue" and fixed with configuration changes. But in 802.11, the client decides when to roam , not the AP. APs can suggest through BSS Transition Management (802.11v), but a sticky client ignores it.

The real culprits: client power save aggressiveness, driver behavior, legacy supplicants, and in some cases just a bad NIC. None of that shows on the dashboard.

The engineers who solve roaming problems fast understand the full handshake , association, authentication, BSS transition, and what each client is actually doing in the air. That's 802.11 protocol knowledge, not vendor config knowledge.

Drop your most common roaming misconception in the comments. Let's build a thread worth bookmarking.

#80211

Wi-Fi 7 isn't fully deployed yet and Wi-Fi 8 is already being built. Here's what's actually changing.

Wi-Fi 8 is designed around "Ultra-High Reliability" predictable performance guarantees as a prerequisite for SLAs in enterprise and industrial deployments. Applications driving this shift include extended reality, robotics, and industrial control systems that need consistent, deterministic performance, not just high peak throughput.

Qualcomm's VP of Technical Standards framed it plainly: "As we enter the AI era, connectivity needs are evolving fast. Devices and applications are becoming more intelligent, more autonomous, and more demanding. The rise in agentic AI, the multiplication of AI endpoints, and the rise in AI modalities will dramatically increase the density and dynamism of local networks."
The pattern across every Wi-Fi generation: the hardware ships, then the gap shows up between what the spec promises and what poorly designed networks deliver. Wi-Fi 8 prioritises reliability over speed, which means RF design, airtime management, and client density planning matter even more than they do today.

Understanding the standard before it hits your network is how you stop being reactive.
🔗 Read more: https://zurl.co/y00M7

🔗 Build the foundation now: https://zurl.co/N5jzm

#80211

From best-effort to “Ultra-High Reliability” — Wi-Fi 8 in Wi-Fi 8 will support future networks as traffic shifts from human-initiated applications to machine-driven, agentic AI applications Wi-Fi 8 is designed...

Your engineers certified on one vendor. Your clients running three.

Most wireless reseller teams build their knowledge around the platform their company sells. That works until a client runs a mixed environment, adds a second vendor during a merger, or asks you to troubleshoot a network you didn't design.

Vendor-specific certifications teach you that vendor's implementation. They don't teach you what's happening at the 802.11 protocol layer underneath, which is the same regardless of who made the access point.

CWNP certifications are built on the IEEE 802.11 standard. RF behavior, protocol operations, security architecture, design methodology. When your engineers understand what's happening on the wire and in the air, they can work confidently in any client environment, on any hardware, without a knowledge gap that slows the project or damages the relationship.

Network engineers and IT professionals who build competency in Wi-Fi design, deployment, and troubleshooting now are well-positioned for a significant wave of enterprise project demand through 2028. The question is whether your team is building that competency or building dependency on a single vendor's ecosystem.

Group pricing available for engineering teams.
📩 Jose Cantanhede | [email protected]
📞 (984) 227-8564 Ext 1020

Every major vendor is shipping AI into their platform. Cisco. Aruba. Juniper. Mist.

The CAIAE fills that gap. It's a vendor-neutral AI certification for network professionals that covers the full solution lifecycle: planning, implementation, security, and administration. No coding prerequisites. No vendor lock-in. Just the operational AI knowledge your role now requires.

40 questions. 100 minutes. You can do this on your schedule.

Don't wait until AI fluency is a job requirement you don't meet.
Start here: https://zurl.co/qSgzK

Anyone can make Wi-Fi work in a conference room. High-density design is a different sport.

Stadiums, lecture halls, hospitals, warehouses. Environments where hundreds or thousands of clients compete for airtime, and where "add more APs" makes things worse, not better.

The Certified Wireless Design Professional (CWDP®) teaches design as a discipline:

✓ Requirements gathering and stakeholder alignment
✓ Site surveys that reflect reality, not assumptions
✓ Capacity planning, not just coverage planning
✓ End-to-end security design
✓ Validation, because a design isn't done until it's proven

It's vendor-neutral, so the methodology applies whatever hardware is on the ceiling. And it earns credit toward CWNE.

🔗 https://zurl.co/dffSt

Group pricing for teams:
📩 Jose Cantanhede at [email protected]
📞 (984) 227-8564 Ext 1020