• Sold by KASPR Datahaus

Price $3,000 | 12 month subscription available.

This product contains monthly aggregated data for Indian District level internet quality indicators including latency, connectivity anomalies and distance to frontier. The monthly aggregates are based on our few-hourly (e.g. 1h, 3h, 6h) adm2 level (e.g. counties, districts) products provide an aggregated measure of subnational ADM2 areas' ICT Infrastructure, via millions of individual internet protocol (IP v4) address observations.

• Sold by KASPR Datahaus

Price $5,000 | 12 month subscription available.

This product contains monthly aggregated data for US county level internet quality indicators including latency, connectivity anomalies and distance to frontier. The monthly aggregates are based on our few-hourly (e.g. 1h, 3h, 6h) adm2 level (e.g. counties, districts) products provide an aggregated measure of subnational ADM2 areas' ICT Infrastructure, via millions of individual internet protocol (IP v4) address observations.

• Sold by KASPR Datahaus

Free | 3 month subscription available.

The Global Geolocated Internet Intel & Anomaly product provides data about internet quality, outages and slowdowns at up to hourly intervals, for 26,324 ADM2 (e.g. county, district) level in 136 countries. It is an aggregated measure of a region's ICT Infrastructure, via millions of individual IP address observations measured by our proprietary monitoring technology. The raw measurement basis are over 3 billion daily measurements from over 450 million internet connected end-point devices.

• Sold by KASPR Datahaus

Price $3,000 | 12 month subscription available.

This product contains monthly aggregated data for Chinese Prefecture level internet quality indicators including latency, connectivity anomalies and distance to frontier. The monthly aggregates are based on our few-hourly (e.g. 1h, 3h, 6h) adm2 level (e.g. counties, districts) products provide an aggregated measure of subnational ADM2 areas' ICT Infrastructure, via millions of individual internet protocol (IP v4) address observations.