If you’re a software developer, learning how to manage the key performance indicators (KPIs) of your team is a crucial part of the profession. However, it can be hard to know where to start with KPIs when you don’t have an understanding of what they are and why they matter.

For example, cycle time is an important KPI. This metric looks at the length of a software development project and is calculated by adding the time spent on all tasks to the time spent waiting for dependent tasks to finish for each iteration. It gives you an idea of how long it takes to produce a new release and shows whether your software development process is streamlined or growing too complex.

This post will give you a high-level overview of the most important KPIs for software development. By understanding them, your team will not only be successful but more likely able to meet its goals.

Sprint burndown

Sprint burndown is an indicator that measures the progress of a project. It’s simply the cumulative amount of work completed in each sprint. If you have more work than you can handle, then you’ll need to prioritize and cut some work to prevent your time from running out. For example, if your sprint burndown is at 100%, it indicates that all teams are working at full capacity, so they’re either finishing a lot of work or haven’t started any yet.

• Release burndown

Release burndown is an important KPI for various reasons. It’s set by mathematically forecasting how much work will be completed in a certain period. So, it’s not necessarily a real-time indicator for your team. However, you can use this to predict how long it will take to go from idea to launch.

• Flow efficiency

Flow efficiency is another way to measure time. It’s about making sure you’re working at an optimum pace and the work of your team efficiently. For example, if your team has a flow efficiency of 100%, it means its sustainable pace of operation will result in the completion of a defined scope within the defined time frame. This can be used to predict your software development cycle, but it also gives you an idea of how fast or slow things are moving forward.

• Code coverage

Code coverage is great for measuring progress and getting a sense of how complete the codebase is. It looks at the number of lines of code that are covered in a project, so it’s wise to make sure you’re not going over your defined line count.