Introduction Guessing at AP counts is expensive. Predictive Wi-Fi design simulates RF behavior using floor plans and material data, so you can place access points precisely, budget accurately, and avoid rework. When paired with on-site validation, it delivers fast, reliable networks with fewer surprises. How Predictive Design Works Import scaled floor plans; mark walls, glass,
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Introduction Wireless is your most visible attack surface. Wi-Fi security solutions reduce risk by authenticating users and devices, segmenting traffic, and watching for anomalies. With SpecOp Secure, these controls are standardized, enforced, and reported. Core Controls WPA3-Enterprise / 802.1X: Per-user/device credentials with EAP-TLS where possible. Avoid shared PSKs for corporate SSIDs. SSO/MFA Integration: Tie Wi-Fi
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Introduction Floor plans aren’t the real world. Materials, neighbors, and devices create RF surprises. A Wi-Fi site survey converts assumptions into measurements, revealing exactly how your network behaves—and how to fix what doesn’t. What a Professional Survey Includes Passive surveys: Measure signal and noise to generate heatmaps of RSSI and SNR. Active surveys: Test throughput,
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Introduction If Wi-Fi underperforms, users notice immediately. Optimized Wi-Fi solutions combine predictive planning, field validation, and continuous tuning. With SpecOp Secure, design targets become lived reality: fewer disconnects, smoother voice/video, and happier users. Design for Capacity, Not Just Coverage Model walls, glass, and obstructions. Define device density and application mix; plan AP counts, placement, channels,
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