Crowd + Controlled Network Testing

Speedtest      umlaut      RootMetrics

See the Whole Network.
Diagnose the Cause. Prove the Fix.

Daily consumer tests

Controlled miles/year

Countries benchmarked

Articles Referencing Ookla Annually

Broad. Deep. Complete.

Crowd data has a critical role in connectivity intelligence. So does controlled testing. Like two metals combined into a stronger alloy, Ookla brings together the breadth of crowd with the engineering precision of controlled testing.

Crowd Data: Discovers “What”

Constantly updated views into network health at population scale. Powered by real human demand and continuous background telemetry.

  • Consumer-Initiated Intent: Real users testing peak capacity at critical moments.
  • QoE telemetry: web browsing, video streaming and buffering, gaming, instant messaging, USS signal scans
  • Longitudinal Baselines: Decades of historical performance data across every market.

Controlled Data: Diagnoses “Why”

Scientific, side-by-side drive and walk benchmarking powered by umlaut and RootMetrics, plus AI-powered root cause analysis insights.

  • Lower-layer RF Diagnostics: spectrum and bandwidth analysis, carrier aggregation, handovers, and more.
  • Same-time, Same-Place: Provides a true like-to-like benchmarking of operators.
  • Voice MOS & POLQA: Rigorous audio call reliability and call drop root-cause tracing.

Dual-Intelligence Network Truth

Closes the gap between what engineers observe in drive tests and what subscribers experience in daily life. Solves issues and validates fixes.

  • 360° Outdoor to Indoor: Bridges drive test routes with in-home Wi-Fi and venue reality.
  • Closed-Loop Validation: Detect anomalies via crowd, undertake root cause analysis with controlled, validate the fix with Speedtest.
  • Unified Global Authority: Backed by Speedtest Awards™ and umlaut Best in Test benchmarks.

Better Crowd Data: Why Consumer-Initiated Testing Matters

Many competitors rely heavily or exclusively on background testing. Ookla uniquely unites RF scans with consumer-initiated testing at scale.

Opportunistic Background Collection

Background testing has an important role, but relying too heavily on this method can paint a picture that differs from real-world behavior and results.

  • Zero Pipe Saturation: Cannot measure true maximum network throughput or capacity limits under realistic subscriber strain.
  • Idle State Distortion: Measures while phones sit dormant in pockets, not when users are actively demanding bandwidth.
  • Vulnerable to OS Restrictions: iOS and Android background execution restrictions continually reduce third-party sample reliability.

Consumer-Initiated QoS + Continuous QoE

The best of both worlds: consumer-initiated testing at places and times that matter to end users plus RF scans and QoE for a complete picture.

  • Peak Capacity Testing: Tests down/up speeds, multi-server latency, and packet behavior under authentic consumer load.
  • Capture User Intent: consumer-initiated tests are collected at moments important to users.
  • Dual-Pronged Architecture: Consumer-initiated tests complemented by QoE measurements (video streaming, web browsing, instant messaging, gaming, and more).

Better Controlled Data: Your High-Resolution Diagnostic Benchmark

Where crowd telemetry indicates the existence of an anomaly, controlled testing delivers the surgical root-cause diagnostics required by radio access network (RAN) engineers.

Drive Testing

Nearly 2M miles of synchronized routes across national highways, suburbs, and rural corridors using simultaneous side-by-side test benches.

Walk Testing

High-density foot surveys inside financial districts, shopping malls, transport hubs, and campus environments where vehicular access is restricted.

Rail & Transit Surveys

Testing high-speed passenger rail, underground metro lines, and commuting routes characterized by severe Doppler shift and rapid cell re-selection.

POLQA & Reliability

ITU-T P.863 POLQA algorithmic speech quality analysis, VoNR/VoLTE call setup times, and dropped call diagnostics under synchronized loads.

Better Outcomes: Analyze, Optimize, Publicize

A continuous lifecycle that turns crowd signals into targeted engineering interventions and verified commercial leadership.