Which robot corridors have the best connectivity?
Connectivity is not the bottleneck. Across all nine robot delivery corridors Atlas measured, mobile median download runs from 184.8 Mbps in San Francisco to 347.7 Mbps in Austin, with median latency from 24.3 ms to 47.2 ms. On the measured data, every one of the nine corridors is rated teleop-grade. Whatever is limiting robot deployment, it is not the mobile network. Every figure here is a measured aggregate from Ookla Speedtest Open Data, rendered under a non-commercial license as per-corridor medians only.
Every figure is measured from Ookla Speedtest Open Data (CC BY-NC-SA 4.0) and carries the Measured basis. How we verify.
Connectivity, ranked
Bars show the measured median mobile download speed (Mbps) inside each corridor, a derived per-corridor aggregate of crowdsourced Ookla Speedtest results. On the measured data, every one of the nine corridors carries a teleop-grade connectivity verdict, so connectivity is not the deployment bottleneck.
Source: Ookla Speedtest Open Data, CC BY-NC-SA 4.0 (non-commercial). Derived per-corridor aggregates only; no raw tiles reproduced.
The scoreboard
All nine corridors, ranked by measured median mobile download. Each row is a derived aggregate of crowdsourced Ookla Speedtest results inside the corridor bounding box (Q4 2025 (Oct-Dec 2025, published Jan 2026)). Download and latency are medians; the verdict is the teleop-grade determination.
| Corridor | Median download | Avg download | Median latency | Tiles | Tests | Verdict |
|---|---|---|---|---|---|---|
| Atlanta | 362.8 Mbps | 456.3 Mbps | 28.4 ms | 345 | 1,879 | MeasuredTeleop-grade |
| Chicago | 355.4 Mbps | 416 Mbps | 24.7 ms | 291 | 2,880 | MeasuredTeleop-grade |
| Austin | 347.7 Mbps | 386.7 Mbps | 26.3 ms | 276 | 1,700 | MeasuredTeleop-grade |
| Phoenix | 321.7 Mbps | 359.2 Mbps | 26.5 ms | 475 | 2,949 | MeasuredTeleop-grade |
| LA West Side | 286 Mbps | 340.7 Mbps | 30 ms | 1,603 | 13,617 | MeasuredTeleop-grade |
| Dallas-Fort Worth | 278.5 Mbps | 332.8 Mbps | 24.3 ms | 1,429 | 9,985 | MeasuredTeleop-grade |
| Alexandria, VA | 266.2 Mbps | 319 Mbps | 32.5 ms | 113 | 690 | MeasuredTeleop-grade |
| Miami | 257.6 Mbps | 290.8 Mbps | 47.2 ms | 300 | 2,534 | MeasuredTeleop-grade |
| SF Core | 184.8 Mbps | 237.4 Mbps | 33.3 ms | 460 | 6,211 | MeasuredTeleop-grade |
Source: Ookla Open Data (AWS Open Data Registry), CC BY-NC-SA 4.0 (non-commercial). Q4 2025 (Oct-Dec 2025, published Jan 2026). Derived per-corridor aggregates only; no raw tiles reproduced.
Why this settles a common assumption
A frequent objection to robot delivery is that the mobile network cannot support teleoperation at scale. The measured data says otherwise: every one of the nine corridors carries a teleop-grade connectivity verdict, and the slowest still posts a median download near 185 Mbps. The real constraints on deployment are physical and civic, not radio: where a robot can stage and charge, whether the curb is legible, and whether the sidewalk is wide enough.
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Every figure is measured from Ookla Speedtest Open Data (CC BY-NC-SA 4.0), rendered as derived per-corridor aggregates only, never raw tiles. These are measured-from-open-data facts, not reviewed DEPLOY registry records, so they carry the Measured basis rather than the registry verified chip. How we verify
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