A new strategic partnership with Honeycomb brings Embrace's web and mobile RUM together with industry-leading services observability, so engineering teams can finally follow a problem from the backend straight to the users feeling it.
The larger AI landscape moves ever faster, and the same is true for innovation at Embrace. We launched the Embrace MCP Server in beta just over a month ago, and the feedback from customers has been incredible. We love hearing about all the different ways you’re incorporating Embrace data into your AI workflows, so keep that feedback coming!
This article explores how observability platforms work, their core components, and how they differ from individual observability tools, offering clear guidance for teams seeking to enhance their application performance and reliability.
In this article, we’ll explore the fundamentals of RUM, how it works, how it compares to synthetic monitoring, and why it’s a critical component of modern application observability.
Embrace builds metrics out of the individual technical operations that make up user activity, so you can solve real issues that impact the people in front of the screens.
Resolving complex web application issues requires context. What were your end users trying to do before an error occurred? How were networking conditions at the time affecting their experience? How much longer than normal did certain interactions take, and were they attempted repeatedly? These are the types of insights that Embrace Web RUM's timeline feature provides, via a full trail of technical and behavioral events across the entire web session.
This article breaks down the leading SaaS tools that excel as Instabug alternatives, helping you identify the best solution for your team’s requirements.
Capturing and resolving JavaScript exceptions is a core element of any web RUM tool. With Embrace, engineers can tackle even the trickiest exceptions using advanced analytical tools.
