Seamless roaming across commercial spaces. We perform professional predictive RF mapping and active physical site surveys to deploy high-density, zero-deadzone wireless infrastructures supporting massive device counts securely and reliably.
Turnkey enterprise Wi-Fi systems built on professional RF modeling and ultra-modern hardware standardizations.
Harnessing ultra-wide 320 MHz channels and the newly opened interference-free 6 GHz spectrum. Delivers massive multi-gigabit throughput and sub-millisecond latencies.
Advanced physical material density simulations and 3D predictive heatmaps to determine exact access point placements before pulling a single cable run.
Implementing robust enterprise-grade WPA3 authentication alongside strict VLAN-isolated captive portals to insulate internal corporate networks from client-side exploits.
Fine-tuning 802.11k, 802.11r, and 802.11v protocols to orchestrate seamless AP handoffs, preventing packet loss or drops during moving VoIP or video sessions.
Our wireless systems leverage cutting-edge standards to guarantee peak performance.
A highly methodological approach to deliver zero-deadzone, high-performance coverage.
Developing virtual 3D floor models inside Ekahau using architectural blueprints and wall attenuation metrics.
Performing physical "AP on a stick" field testing to measure exact real-world signal absorption of wall materials.
Physical ceiling installation, structured Cat6A multi-gig PoE feeds, and precise channel alignment tuning.
Post-installation walking audit to map raw SNR, packet latency, and roam speed parameters under stress.
Everything you need to know about our Enterprise Wi-Fi 6E/7 Deployments.
Wi-Fi 7 (802.11be) introduces Multi-Link Operation (MLO), which allows devices to simultaneously transmit and receive data across multiple frequency bands (e.g. 5GHz and 6GHz). This eliminates channel latency variations, boosts reliability, and provides up to 5x higher speeds than Wi-Fi 6. It is ideal for modern workspaces utilizing extensive video conferencing, high-resolution media transfers, or high-density IoT arrays.
We use Ekahau Pro to construct a 3D CAD model of your office, specifying concrete, drywall, glass, and metal boundaries. We then simulate the exact propagation of Wi-Fi waves based on the technical patterns of preferred access point models. This allows us to predict signal coverage, overlapping channel interference, and client roaming behavior with extremely high precision before running any physical cables.
Our guest network configurations leverage absolute VLAN segregation at the core router/switch layers. Guests are assigned a isolated IP subnet with strict client isolation rules enabled on the access points (preventing any guest device from seeing or pinging other connected clients). We can also configure a customizable captive portal with bandwidth limiting, access schedules, and temporary session tokens.
Schedule a professional site assessment, predictive heatmap analysis, or structured cabling audit with our certified engineering specialists.