Ekahau vs Ookla Speedtest Certified

Two Essential Tools, Two Different Purposes

Enterprise WiFi excellence requires both good design and validated performance. Ekahau and Ookla Speedtest Certified serve different but complementary roles in achieving wireless quality. Understanding the distinction is critical for enterprises pursuing certified WiFi, because excelling at one does not guarantee success with the other.

A network can be perfectly designed in Ekahau yet fail Ookla certification due to real-world factors like ISP backhaul limitations, security misconfiguration or unexpected interference. Conversely, a network might pass basic performance tests but have underlying design issues that Ekahau would reveal. You need both perspectives.

Ekahau: Wireless Design & Survey Platform

Ekahau is the industry-leading wireless design, survey and optimisation platform used by network engineers worldwide. It provides the tools needed to plan, deploy and validate wireless network design.

What Ekahau Does

• Predictive Modeling: Before deploying a single access point, Ekahau allows engineers to create predictive RF models based on floor plans, building materials and AP specifications. This enables design validation before physical deployment.
• Wireless Site Surveys: On-site surveys using Ekahau Sidekick capture real RF measurements to create detailed heat maps of signal strength, signal-to-noise ratio, channel utilisation and coverage patterns.
• AP Placement Planning: Automated and manual AP placement optimisation based on coverage requirements, capacity needs and building characteristics. Ensures optimal access point density and positioning.
• Heat Map Generation: Visual representations of RF coverage, capacity and interference that allow engineers to identify dead zones, over-coverage and channel conflicts at a glance.
• Post-Deployment Validation: After installation, Ekahau surveys verify that the deployed network matches the design intent. Identifies discrepancies between planned and actual RF performance.

What Ekahau Does Not Do

Ekahau is a design and survey tool. It does not certify your network. It does not evaluate real-world user experience under load. It does not assess ISP backhaul quality, security configuration compliance or application-layer performance. A perfect Ekahau design is necessary but not sufficient for certification.

Ookla Speedtest Certified: Global Validation Standard

Ookla Speedtest Certified is a global certification program that validates enterprise WiFi network performance against standardised benchmarks. It evaluates the complete wireless experience as users actually encounter it.

What Ookla Speedtest Certified Evaluates

• RF Quality: Signal strength, SNR and coverage consistency — but measured as part of a holistic certification, not just a design survey.
• Performance Benchmarks: Real-world throughput, latency, jitter and packet loss measured against global benchmarks. This goes beyond what Ekahau measures because it captures actual user-facing performance.
• Security Posture: Encryption standards, authentication mechanisms, guest network isolation and network segmentation. Security is a certification requirement that design tools do not evaluate.
• ISP Backhaul Quality: Upstream connectivity quality, bandwidth adequacy and redundancy. Your wireless network cannot perform beyond the capacity of its internet connection, and certification evaluates this.
• Network Configuration: SSID architecture, VLAN design, QoS policies, band steering and roaming settings. Proper configuration is essential for certification and is beyond the scope of RF design tools.

The Certification Outcome

Networks that pass receive the Ookla Speedtest Certified badge — a globally recognised mark of verified WiFi quality. This badge can be displayed to guests, employees and stakeholders as independent proof that the wireless network has been validated against global performance standards.

Side-by-Side Comparison

• Purpose: Ekahau is for wireless network design and survey. Ookla Speedtest Certified is for performance validation and certification.
• Focus: Ekahau focuses on RF environment — signal strength, AP placement, coverage modeling. Ookla focuses on end-to-end experience — throughput, security, backhaul, configuration.
• Output: Ekahau produces heat maps, design reports and AP placement plans. Ookla produces a pass/fail certification with the Speedtest Certified badge.
• Scope: Ekahau evaluates the wireless layer. Ookla evaluates the complete network experience including wired backhaul, security and configuration.
• Timing: Ekahau is used during design, deployment and post-deployment validation. Ookla certification is the final validation that the network delivers on its design promise.
• Measurement: Ekahau measures RF characteristics (signal, noise, channels). Ookla measures user experience characteristics (speed, latency, reliability).
• Result: Ekahau produces design documentation. Ookla produces a certification status with a public-facing trust badge.

How AssureSQ Bridges Both

AssureSQ is uniquely positioned as a pre-certification assessment partner that uses Ekahau for wireless design validation and aligns the results with Ookla Speedtest Certified requirements. We bridge the gap between wireless design and real-world performance validation.

Our approach works because certification readiness requires both perspectives:

• Design Validation (Ekahau): We conduct comprehensive Ekahau surveys to validate your RF environment. This identifies design-level issues — poor AP placement, co-channel interference, coverage gaps — that would undermine certification performance.
• Performance Validation (Certification-Aligned): We conduct real-world testing that mirrors Ookla certification criteria. Throughput, latency, roaming, security and backhaul are all evaluated against the standards your network will face during formal certification.
• Gap Mapping: We map findings from both perspectives to certification requirements. This gives you a complete picture: which issues are design problems (fix with Ekahau guidance) and which are configuration, security or backhaul problems (fix with operational changes).
• Unified Remediation: Our remediation roadmap addresses both RF design improvements and operational configuration changes needed for certification. One plan, one timeline, one path to readiness.

The result: when you enter the formal Ookla Speedtest Certified process, you enter with confidence because both the design foundation and real-world performance have been validated and aligned to certification requirements.