New Features — Broadband Quality Monitor (BQM)

Key Takeaways

• Bulk CSV download provides 12 months of BQM data
• Yesterday's CSV link available after 00:30 daily
• ClickHouse backend improves time‑series storage efficiency
• Automation encouraged via daily CSV, not live graph
• Over 25,000 monitors generate one‑second pings worldwide

Summary

ThinkBroadband has upgraded its Broadband Quality Monitor (BQM) with two data‑export features. Users can now download a single CSV containing twelve months of ping‑latency data, replacing the previous one‑day limit. A separate daily CSV for the prior day becomes available after 00:30, enabling custom monitoring and automation. The enhancements are powered by a new ClickHouse backend that handles the massive time‑series dataset generated by over 25,000 live monitors.

Pulse Analysis

Continuous broadband monitoring has become a cornerstone for both consumers and enterprises seeking to diagnose latency spikes and provider‑level congestion. ThinkBroadband’s Broadband Quality Monitor (BQM) sends a one‑second ping from each user’s router, aggregating billions of data points annually. By visualizing these measurements in near‑real time, the tool helps pinpoint intermittent instability that traditional speed tests often miss, making it a valuable asset for network engineers and power users alike.

The latest BQM update introduces two powerful export options that extend the tool’s analytical reach. A bulk CSV download now delivers an entire year of latency records, allowing analysts to conduct trend analysis, seasonality studies, and correlation with external events without manual data stitching. In response to user demand, a daily CSV for the previous day is generated after 00:30, facilitating automated feeds into custom dashboards or third‑party monitoring platforms. Both features leverage ThinkBroadband’s new ClickHouse database, which excels at storing and querying massive time‑series datasets, while preserving the original “Firebricks” ping engine for live graph rendering. By directing automation toward the daily CSV rather than the live graph, the service mitigates load spikes from heavy API calls.

These enhancements reflect a broader industry shift toward open, exportable network performance data. As more organizations adopt data‑driven network management, the ability to integrate BQM metrics with internal observability stacks can improve root‑cause analysis and SLA reporting. ThinkBroadband’s invitation for user‑generated feature ideas suggests a roadmap that may include real‑time alerts, API endpoints, and deeper cross‑provider benchmarking. For businesses that rely on reliable connectivity, the expanded BQM capabilities provide both granular insight and the flexibility to embed broadband health into existing operational workflows.