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Monitor and Improve Software Quality Metrics

This customizable software quality metrics dashboard will help you evaluate the overall quality of your deliveries. It provides real-time insights aimed at identifying root causes leading to bugs or failures in production.

Start Monitoring Software Quality Metrics Today!

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Monitor and Improve Software Quality Metrics

This customizable software quality metrics dashboard will help you evaluate the overall quality of your deliveries. It provides real-time insights aimed at identifying root causes leading to bugs or failures in production.

Start Monitoring Software Quality Metrics Today!
Monitor and Improve Software Quality MetricsMonitor and Improve Software Quality MetricsMonitor and Improve Software Quality Metrics

From startups to large enterprises, Keypup serves all the unique complexities related to project size, structure and teams, including:

“Keypup is a highly useful and practical platform, boasting user-friendly features and lightning-fast report generation.

The service provided by customer support was excellent, showcasing their dedication to customer satisfaction. We are delighted to be part of the Keypup community.”

“Keypup has been instrumental in helping us gain a better perspective on our engineering activities and identifying bottlenecks. Its ease of use combined with its comprehensive features made a difference for us”

“Great product with great support!

Keypup is extremely flexible in its reporting. Once you get your raw data connected, there is almost nothing it can't do. There is a wealth of tables, charts and other reports available. As Director of a software development team, I use Keypup to report on our work efficiencies to senior managment. Keypup makes this task very simple to produce each week.”

Brad B.

Director, Software Development

Leverage and Adapt Software Quality Metrics

The average PR size measures the number of lines changed on average for all merged PRs. This metric helps adopt DevOps best practices for working with smaller batches to accelerate code review, deployment, and limit the bug risks inherent to PR volume.

BLTC measures the time elapsed from an open ticket labeled “bug” to closure after assignment. This insight helps evaluate the ability of the team to address bugs observed in production.

RBT provides the total number of bugs (open and closed) monthly. It helps monitor the evolution of defects in production identified by the team over time.

BS provides a breakdown of bugs organized by severity. This insight helps draw a line from highest to lowest impact to avoid time spent assessing the overall code quality when not necessary.

PRRR calculates the review ratio among all merged PRs. This audit insight helps ensure all PRs meet their minimum review requirements. Industry standards such as SOC 2 recommend PRs to be peer reviewed to ensure quality delivery and eliminate functional and security bugs from production code.

RR calculates the ratio of lines of code added compared to deleted. This metric indicates how much refactoring is performed by the team. Refactoring helps improve the code structure while maintaining original functionalities. Thorough code refactoring allows the company to maintain an optimized and sustainable code base, while reducing technical debt altogether.

How to Improve Your Software Quality Performances

The People, Processes, and Technology framework can help you adopt the right set of tools, collaboration, and processes to adopt best practices to enhance your overall product quality. On top of code quality checker tools, monitoring and improving bug handling and software development processes will ultimately lead to a more stable production environment.

Start Monitoring Software Quality Metrics Today!