Wi-Fi Woes? MetaGeek App’s Wi-Fi 7 Upgrade Solves Your Network Nightmares

(OKLAHOMA CITY, OK) July 1, 2025 — Oscium unveils a game-changing update to the MetaGeek App, now with full Wi-Fi 7 (802.11be) support, including 6 GHz ultra-wide 320 MHz channels. This isn’t just an upgrade—it’s a lifeline for network engineers, Wi-Fi consultants, and IT professionals battling sluggish connections, dropped devices, and roaming frustrations in today’s complex wireless networks.

The MetaGeek App is a protocol-level analyzer that transforms how you troubleshoot Wi-Fi. Struggling with devices that won’t connect, clients bouncing between access points, or endless retries slowing your network? The app pinpoints the root causes—often misconfigured settings or compatibility issues—saving hours of guesswork. With real-time packet capture, spectrum analysis, and automatic event detection across 2.4, 5, and 6 GHz bands, it delivers clear, actionable insights to fix association problems, roaming issues, client conflicts, and excessive retries.

Why It Matters: Wi-Fi 7’s blazing speeds and wider channels demand smarter tools to keep networks running smoothly. The MetaGeek App’s intuitive visualizations reveal issues from bandwidth hogs, channel overlap, and configuration errors in seconds. Features like WYSIWYG packet capture, packet flow visualization, and advanced filtering make it easy to spot and resolve issues, from dead zones to authentication failures. Add optional Wi-Spy Lucid integration for full Layer 1 visibility, and you’ve got a powerhouse for optimizing modern Wi-Fi networks.

MetaGeek App Highlights:

• Wi-Fi 7 Ready: Captures 802.11be packets up to 320 MHz for cutting-edge diagnostics.
• Fix Issues Fast: Automatic event detection highlights problems like association failures or roaming hiccups instantly.
• See the Unseen: Visualizes traffic by SSID, BSSID, channel, or client to uncover congestion and misconfigurations.
• Standards Supported: 802.11a/b/g/n/ac/ax/be.
• Optional Spectrum Analysis: Pair with Wi-Spy Lucid for deeper RF insights.