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WEBINAR

The $2.41 trillion problem: unpacking the state of code reliability

Software bugs lead to production failures that erode customer trust and drain developer productivity, contributing to an annual cost of poor software quality over $2.41 trillion. But what are these bugs, and how prevalent are they in the code being written today? As AI-powered assistants learn from this code to accelerate code generation, the foundational reliability of our existing codebases has become more critical than ever.

Attend this webinar to learn:

  • The top 5 most common reliability bugs found in modern codebases, based on an analysis of 7.9 billion lines of code. 
  • Why seemingly "minor" issues like dead code are silent killers of productivity and how they contribute to the $2.41 trillion cost of poor software quality. 
  • A deep dive into the most frequent "Blocker" bug in Java, and the simple, standardized fix that prevents critical application crashes. 
  • How to diagnose and prevent notoriously difficult bugs like null pointer dereferences that often appear far from their root cause.
Date Wednesday 30 July
Time 5:00 PM CEST / 10:00 AM CDT
Tom Howlett, Head of Product Management, headshot

Tom Howlett

Head of Product Management

Anirban Chatterjee

Sr. Director, Product and Solutions Marketing

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Upcoming Webinars
30.07 - 30.07 - 30.07
The $2.41 trillion problem: unpacking the state of code reliability

Software bugs lead to production failures that erode customer trust and drain developer productivity, contributing to an annual cost of poor software quality over $2.41 trillion. But what are these bugs, and how prevalent are they in the code being written today? As AI-powered assistants learn from this code to accelerate code generation, the foundational reliability of our existing codebases has become more critical than ever.

Attend this webinar to learn:

  • The top 5 most common reliability bugs found in modern codebases, based on an analysis of 7.9 billion lines of code. 
  • Why seemingly "minor" issues like dead code are silent killers of productivity and how they contribute to the $2.41 trillion cost of poor software quality. 
  • A deep dive into the most frequent "Blocker" bug in Java, and the simple, standardized fix that prevents critical application crashes. 
  • How to diagnose and prevent notoriously difficult bugs like null pointer dereferences that often appear far from their root cause.
27.08 - 27.08 - 27.08
From detection to resolution: Introducing AI CodeFix GA

For developers, identifying a bug is only the first step. The manual, time-consuming process of researching and implementing a fix slows down innovation and introduces significant risk to the project. What if developers could get precise, in-context fixes for code issues with the click of a button?

Join our product experts as we explore the official launch of AI CodeFix. We'll demonstrate how this new capability will accelerate your development teams, reduce technical debt, and re-establish confidence in the quality and security of your code.

Topics to be covered:

  • The common challenges and hidden costs associated with manual bug remediation.
  • How AI CodeFix from Sonar empowers developers to take ownership of their code by providing automated, in-context fixes.
  • Setting up and using AI CodeFix in your development workflow for immediate improvements in code quality and developer productivity.
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