Application Performance Management ≄ Application Stability Management by James Smith

Name: Application%20Performance%20Management%20%E2%89%84%20Application%20Stability%20Management%20by%20James%20Smith
Uploaded: 2020-11-26

Posted Nov 26, 2020 | Views 559

# ELC Annual 2020

# Technology

# Product Engineering

# Resilience

speaker

James Smith

CEO and Co-Founder @ Bugsnag

James Smith, is CEO and Co-Founder of Bugsnag, the leader in full-stack software stability management. Prior to founding Bugsnag in 2012, James was the CTO at Heyzap and was instrumental in scaling Heyzap from a 3-person company, to the world’s largest mobile gaming community and mobile ads platform with over 10 million users. James has also worked at Bloomberg and has created a number of popular open source projects (https://github.com/loopj), which are used by companies such as Twitter, Pinterest and Trello.

He holds a bachelor’s degree in Computer Science and Math from the University of Bath in the UK.

+ Read More

SUMMARY

Have you ever tried to hammer a nail with a pair of pliers? While you may succeed eventually, the process is inefficient and frustrating because you’re using the wrong tool. The same holds true for developers who try to work with application performance management (APM) solutions to monitor mobile and web applications. Because these solutions are designed for DevOps and infrastructure teams to monitor backend systems and performance, they don’t provide the insights developers need into release stability, errors, and how these are impacting the customer experience.

Then there are application stability management (ASM) solutions, which are built specifically for engineering organizations. ASM provides actionable insights into how stable the application is, where bugs exist, and how to improve the end user experience. Join James Smith, CEO of Bugsnag, as he explains the differences between the two solutions and outlines the benefits organizations can achieve when APM and ASM are provided to the right teams.

+ Read More