Question 1

What are Continuous Delivery Tools?

Accepted Answer

Continuous delivery refers to the process of constantly generating deployment-ready code via agile workflows and the quick, efficient automation of repetitive tasks. Continuous delivery tools facilitate this process, enabling development teams to achieve a true DevOps environment. DevOps emerged as the result of companies’ desire to shorten the software development lifecycle. The goal behind DevOps is to create a more responsive development, update, and upkeep strategy, as well as to keep development objectives in constant alignment with business ones. Continuous integration, continuous delivery, and continuous deployment were created to promote more agile strategies on the development side. The theory behind each are as follows: 
 Continuous integration: Merging all developers’ code into one central repository at regular intervals to avoid code conflicts 
 Continuous delivery: Keeping code constantly ready for deployment 
 Continuous deployment: Automatically pushing code updates into production after successfully passing testing 
 Often, the term CI/CD is used to mean continuous integration/continuous delivery, ignoring continuous deployment, because continuous deployment has become antiquated and exists instead as part of the continuous delivery umbrella. Continuous delivery software facilitates the maintenance of tested and approved code in a deployment-ready state. Once the approved code is ready for deployment, the key lies in whether that code is deployed automatically (continuous deployment) or manually. Continuous deployment necessitates more rigorous testing to ensure nothing broken gets pushed into production, and the potential that bad code can go live is discouraging. Not all continuous delivery solutions include continuous deployment, so companies seeking to avoid the potential pitfalls of continuous deployment should assess their options to ensure the possibility of manual deployment. Regardless, continuous delivery serves up a huge advantage in the form of faster software updates and more responsive upkeep, allowing businesses to remain as competitive as possible. 
 Key Benefits of Continuous Delivery Tools 
 
Quicker end user impact from added functionality, updates, and upkeep
More time saved by eliminating manual tasks
Smoother transition from development to deployment

Question 2

Why Use Continuous Delivery Tools?

Accepted Answer

While continuous delivery can sound intimidating to a lot of companies, the strategy can be quite beneficial. Continuous delivery—in conjunction with continuous integration—creates a strong, fluid pipeline of unified code production, testing, and distribution. Instead of worrying about intermittent, large updates, companies can quickly crank out small changes to continuously improve their software. 
 Huge update deployments tend to be painful to release, hectic to track, and difficult to sift through for both businesses and consumers. Continuous delivery strategies allow small, incremental changes that are easier to track (especially in conjunction with configuration management software), troubleshoot, and roll back in the event of a break. Incremental changes are also much faster to redeploy, which saves the effort of going through manual deployment over and over. 
 Fast feedback cycle — Most continuous delivery software enables deployments to occur automatically once functional testing is successful, meaning businesses get quicker feedback around ideas and changes made to their products. Users will have access to changes as soon as they’re ready, which helps businesses keep a consistent stream of feedback on their product. This helps companies build stronger products in the long run. 
 Competitive edge — Taking long spans between software updates or add-on releases leaves businesses vulnerable to being overtaken by more agile, responsive companies. With continuous delivery software, the business can keep updates and constructive changes flowing directly into the production environment, resulting in a stronger, more consistent product.

Question 3

Who Uses Continuous Delivery Tools?

Accepted Answer

Development (specifically DevOps) teams are the primary users of continuous delivery tools. Software engineers and development team leads, both get a lot of value from these tools, albeit for different reasons. Developers easily launch changes directly into pre- and post-production environments with continuous delivery software, which saves them time. Team leads and managers get a lot of use out of the reports, metrics, and dashboards many of these solutions offer, as they provide higher-level insights into the progress the development teams are making.

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G2 Grid® for Continuous Delivery Tools

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