W3C Launches Web Performance Working Group

The Worldwide Web Consortium (W3C) last week announced a new Web Performance Working Group that aims to more accurately measure Web app performance times.

The group will be co-chaired by representatives from Google and Microsoft. The two companies have been working independently on the problem of measuring Web app performance. Both have found the typical JavaScript method of checking performance to be woefully inadequate. Now they are pooling their efforts under the W3C based on the W3C's Web Timing draft spec.

Google implemented the Web Timing spec into the WebKit rendering engine that powers its Chrome browser. The company announced in late July that performance metrics are now accessible by developers for the Google Chrome 6 browser.

Microsoft implemented the Web Timing spec in its third "platform preview" of Internet Explorer 9, which can be explored in its window.msPerformance demo test. The company described the integration of the Web Timing spec, as well as the problems associated with measuring Web app performance, in a late June blog post. 

The Web Performance Working Group initially will focus on creating a common API for measuring Web page loading and Web app performance. Currently, Google and Microsoft use vendor-specific prefixes for their implementations of the Web Timing spec.

"With two early implementations available, it shouldn't take long to finalize an interoperable API and remove the vendor prefixes," stated Jason Weber, lead program manager for IE performance and one of the co-chairs of the new working group, in a Thursday blog post. The other working group co-chair is Google's Arvind Jain.

The Web Performance Working Group is part of the W3C's Rich Web Client Activity. The group coordinates with external organizations such as the ECMA Technical Committee 39 (responsible for ECMAScript standardization) and the Internet Engineering Task Force (responsible for defining Web protocols).

About the Author

Kurt Mackie is senior news producer for 1105 Media's Converge360 group.

Featured

  • glowing circuit board lines and high voltage power transmission towers

    AI Ambitions Are Running Into a Network Infrastructure Trust Problem

    Network-provider trust concerns are impacting enterprise AI plans, with AI and data-driven projects the most affected initiatives among respondents reporting disruption, according to a report from telecommunications provider Arelion.

  • A glowing digital brain with neural connections and light trails

    AI Giants: It May Be Time to Slow Down

    Leaders in the artificial intelligence industry have warned for years that increasingly capable AI systems could eventually become dangerous, all the while continuing to race to build them. Now, their sentiments have changed.

  • circuit patterns

    Anthropic Intros Lower-Cost Claude Sonnet 5

    Anthropic has launched Claude Sonnet 5, positioning the model as its most autonomous mid-tier offering to date and a lower-cost alternative to its flagship Opus 4.8 system. The company said the model can plan multi-step tasks, operate tools such as browsers and terminals, and complete agentic work at a level that previously required larger and more expensive models.

  • cloud computing circuit board background

    Cloud Crime on the Rise as Attackers Exploit Trust

    CrowdStrike's latest Threat Hunting Report traces a multiyear shift from conventional intrusions toward attacks that exploit trusted identities, cloud services, AI systems, and software dependencies.