Co-authors: Anil Mallapur and Michael Kehoe LinkedIn started as a professional networking service in 2003, serving user requests out of single data center. For any internet services company, availability is a key factor in its success. In any internet architecture, a lot of things can go wrong at any given time; network links can die, power fluctuations can...
Performance Articles
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- Topics:
- Performance,
- Testing,
- data center,
- SRE
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Site speed is one of LinkedIn’s major engineering priorities, as faster site speed directly correlates with higher engagement. There are multiple approaches to speeding up a website. One of the most effective ways might seem obvious: the fewer bytes members need to download to the browser, the faster your website is. To achieve this, you can not only optimize...
- Topics:
- site speed,
- Performance
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In early February, we reduced our 90th percentile U.S. subsequent page load time by 46% on our Job Details page. We achieved this by using the Ember cache to display critical data and avoid making an API call to fetch the initial data we render. There are a few strategies you could use for passing cached data between pages in a Single Page App (SPA). In this...
- Topics:
- site speed,
- Performance,
- Ember
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This post was updated on June 15, 2017 Co-authors: Shangshang Feng, Yabin Kang, and Dan Vinegrad At LinkedIn, we often develop web...
- Topics:
- Testing,
- Performance,
- Open Source
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Co-authors: Susie Xia and Anant Rao LinkedIn serves more than 467 million members on a global computing infrastructure through...
- Topics:
- Performance,
- Resilience,
- Testing,
- Automation
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Introduction Improving site speed is one of the major technology initiatives at LinkedIn because it is highly correlated with the...
- Topics:
- Performance,
- site speed,
- Analytics