Supercharge your working process: How to Measure Software Quality like a pro?

We need to measure software quality to check if the solution satisfies its requirements. We'll review main types of quality metrics.
▶ Contact Jelvix: [e-mail] | jelvix.com
We are a technology consulting and software development company eager to share our knowledge and experience.
Subscribe for more tech tips and tutorials: / @jelvix
▶ LINKS:
- Functional vs Non-Functional Requirements - jelvix.com/blog/functional-vs...
- More about software quality metrics - jelvix.com/blog/software-qual...
▶ TIME CODES:
00:00 Why measure software quality
00:50 Types of software quality metrics
01:56 How to prevent quality issues
02:37 Main software test metrics
03:27 How to improve code quality
​04:06 Contact Jelvix
▶ Follow us:
Facebook - / jelvixcompany
Twitter - / jelvix
Instagram - / jelvix
Linkedin - / jelvix
Upwork - www.upwork.com/ag/jelvix/
▶ About this video:
We need to measure quality to check if the software solution satisfies its requirements. The requirements can be classified as functional or non-functional.
It is always easier to prevent the issues by releasing high-quality software than to deal with the errors that come out after the release. So, keep watching to know about the practices the Jelvix team uses for delivering high-quality software solutions.

[@Jelvix]

Measuring software quality really does the work, isn't it? Leave your thoughts on this below! 😉

[@monicasmith6007]

Thanks for sharing video

[@petergarcies4640]

Pretty good detailing

[@nicksimmons6222]

Thanks it was good information

[@dilananderson6977]

Need more videos on this topic please

[@oliviagreen8364]

Pretty good detailing video

[@jessicabrown5723]

Thank you so much. Great explanation

[@williamjones2128]

Awesome compilation)

[@dylananderson9426]

Good collection, keep it up

[@jiminnovator1556]

Wonderful video guide

[@cheetah100]

While these ideas are all very well in terms of evaluating whether there are defects in code this does not address whether the quality of the software is good. Is it easy to use? Is it flexible enough to handle the business needs? How easy is it to modify the code to adapt to changing business needs? Is it easy to maintain? Metrics around numbers of defects may be easy to track but they don't tell you much of anything about the experience of the user, which at the end of the day is the ultimate decider for what quality is.