The Globalping blog
Learn how to diagnose routing and latency issues, automate tests across your workflows, and follow what we’re building with our open-source community.
June’s standout change was a major overhaul of how Globalping presents raw measurement results, paired with substantial performance work to keep those results responsive as they stream in. Behind that visible refresh, we also strengthened measurement completion under load and improved several supporting parts of the platform, from probe efficiency and account handling to authentication and deployments. A redesigned
We’re happy to announce the official Globalping extension for Raycast! With it, you can run network measurement tests from virtually anywhere in the world – all without opening your browser, a new terminal window, or breaking your flow. In this blog post, we’ll walk you through what the extension does, how to set it up, and a few tips
May laid the groundwork for one of Globalping’s bigger capabilities: scheduled measurements, with the API gaining the first pieces needed to run recurring tests and export their results as time-series data. The month also introduced account notifications and credit alerts, while improving sponsorship accounting and hardening probe and API behavior. Scheduled measurements take shape Globalping gained the first backend
We recently added a new feature to the Globalping Dashboard: email notifications for your adopted probes. You’ll now receive an email when one of your probes goes offline for more than 24 hours or when a probe has outdated software or firmware and can’t be updated automatically. In this blog post, we’ll take a closer look at
Whether you're running cloud latency tests before a launch or comparing cloud provider performance during a migration, you need test results that show what’s actually happening inside those networks and not just what things look like from the outside. Globalping runs probes across leading network providers such as Amazon.com, Google Cloud, DigitalOcean, Vultr, UpCloud, and Hetzner,
April made Globalping noticeably better at handling large measurements, both in the backend and in the browser. Measurement storage and delivery were optimized to reduce memory and CPU overhead, while the website gained better controls, cleaner raw output, and the ability to stop running measurements directly from the UI. Faster handling of large measurements The API introduced several optimizations around
