Top 10 Best Continuous Deployment Tools For Software Deployment in 2021

What is Continuous Software Development and Deployment Automation?

Continuous Software Development: Continuous software development encompasses many types of iterative software development, such as continuous delivery, continuous integration and deployment, continuous testing, and continuous deployment.

Deployment Automation: The use of automated processes to transfer your applications between testing and production environments is known as deployment automation. This method is dependable and repeatable over the software development lifecycle.

Features/Advantages of A Continuous Deployment Tools

The importance of deployment automation for any company is immeasurable, but here are some of the essential advantages that deployment automation can provide:

  • Anyone Can Deploy Software: A small number of people in a company are typically in charge of conducting manual or partially automated deployments. If such a person is unavailable, releasing them on short notice can be a nightmare. Anybody with access to the “Deploy” button can now start a release.
  • Faster and more efficient: Deployment automation improves a company’s productivity. Automated program deployments take seconds, and validation can be done without human intervention, reducing deployment from a half-day manual operation to a job you barely have to worry about.
  • More Frequent Release: Operations Teams that release regularly will provide their users with helpful functionality more frequently and in smaller increments. As a result, they can obtain continuous input from these users on the applications they’re developing and change their strategy accordingly.
  • Minimal Errors: When compared to manual deployments, automated deployments are much less prone to errors. It can overlook essential steps in a software update, bugs can go unnoticed during a release, It can deliver incorrect software versions, and broken software can go live by mistake.
  • Immediate Feedback: Your company will gather valuable customer input and incorporate it into future releases to increase efficiency and productivity. This feedback is critical; it can mean the difference between a product is delighting or completely losing its target audience.
  • Increased Productivity: You’ve opened up the development team to concentrate on the business priorities of developing or expanding service offerings now that manual processes have been replaced by automation. Your team will be able to be more visible and active as a result of the free time.

How To Perform Automated Testing?

The measures to get started with testing automation are outlined in the following high-level overview. You can implement a streamlined testing automation process and reduce the risks associated with it by adopting this method.

  • Know The Fundamentals Of Testing: Creating device test cases Frameworks for test automation selection, using best DevOps research methods.
  • Engage Test Automation Experts: Test automation architects and engineers are hard to come by, but they’re essential for creating a successful testing automation strategy.
  • Obtain Buy-in From Executives And Administrators: It’s challenging to change an organization. It would be necessary to conduct rigorous cost-benefit analysis.
  • Choose Your Tools: It’s necessary to fully understand the testing criteria and select market, technological, and user perspectives. The tool should make it easy to carry out the research strategy. The device should not present developers with significant technical challenges or a steep learning curve.
  • Reporting And Upkeep: Make the finalized findings available in easy-to-read reports so that developers can find problems early in the development process and address them. The testing process should be enhanced regularly, necessitating script maintenance and modifications during release cycles.
  • Test Cases Should Be Automated, And The Scaled: Agile and DevOps use fast development and release cycles. Automated experiments with broad coverage and implementation criteria are time-consuming.
  • Develop And Build The Structure: Prepare automation tests, schedule their execution, and wrap up the test deliverables. Tests can be run in parallel, constantly, locally on in-house servers, or in cloud-based IT environments.

Why Perform Automated Testing?

  • With automated testing, time, money, and human capital are all saved.
  • Without the chance of human error, it adheres to research systems and workflows.
  • It can be calibrated to reduce noise and inaccuracies and provides reliable performance.
  • Code can be reused and scaled through several applications by utilizing automated testing.
  • Time-consuming experiments don’t need human supervision and can be run for long periods.
  • Employees are freed up to work on meaningful, engaging, and non-repetitive, which increases employee engagement.
  • To be efficient, modern SDLC frameworks like Agile and DevOps need automation.
  • It navigates distributed and dynamic software design.
  • It is simple to increase test coverage. 
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Top 10 Deployment Tools for Software Development

1. Bamboo 

Continuous Deployment Tools - Bamboo

Bamboo is an open-source continuous integration server that automates application deployments and general application release management, enabling teams to create a seamless build deployment pipeline. It combines automated builds, automated testing, and releases into one workflow.

  • Key Features:
    • Parallel Tests: Bamboo can support up to 100 remote build agents, allowing you to run across multiple tests in parallel.
    • Docker Agents: It has plans and deployments that enable you to create your image and upload it to a registry.
    • Permissions: Developers and QA can deploy to their production environment on-demand while development remains locked down, thanks to per-environment licenses.
    • Branch Detection: Bamboo automatically detects new branches in Git, Mercurial, and SVN repositories and applies the main line’s CI scheme.
    • Triggers: Bamboo will initiate builds in response to changes detected in the repository.
    • Tech Stack: Bamboo is compatible with any language and standard technologies such as AWS CodeDeploy, Docker, and Amazon S3.
    • Dedicated Agents: If there are essential bugs to patch, there will be no queue for free build agents.
  • Cost:  
    •  Atlassian Bamboo software deployment automation tool has two plans.
      • Small teams: $10, Up to 10 jobs
      • Growing teams: $1,500 Unlimited jobs, Unlimited local agents
    • For more insights, contact Atlassian Bamboo.

2. Octopus Deploy

Octopus Deploy

Octopus Deploy open-source allows the team to handle updates and automate the runbooks that keep your applications up and running in one place. Octopus Deploy integrates with the version control system, builds server, and handles all DevOps automation after a build test deployment is finished. Create a custom tutorial for your CI/CD stack using the Octopus Deploy.

  • Key Features:
    • Powerful DevOps automation: It allows you to simplify your software deployment and operations runbooks all from one location.
    • CI/CD Deployment pipeline: The deployment process is the first step of your application’s lifecycle in development, not your CI operation’s last action.
    • Automate routine: Octopus allows teams to plan, monitor, inspect, schedule, and conduct runbooks from a single location.
    • Minimize Downtime: Octopus is designed to reduce downtime as much as possible during deployment.
    • Flexibility: Octopus’ built-in features and opinions are intended to help you be more efficient.
    • Self-Service operations: System managers and operations staff are often inundated with emails, Slack messages, and support desk tickets requesting resolving issues.
  • Cost: 
    • Octopus Deploy software deployment automation tool provides two plans.
    • It is free up to ten targets.
      • Cloud: $180 / Month 20 targets
      • Server: $2,300 / Year 25 deployment targets
    • To learn more about pricing and other aspects, Contact Octopus Deploy.

3. Travis CI

Travis CI

Travis CI is an open-source deployment automation service for developing and testing applications on GitHub and Bitbucket. It was the first continuous integration provider to provide free services to open-source projects; however, free, open-source plans were phased out.

  • Key Features:
    • Get Set Up In Seconds: Login into it with your Cloud Platform credentials, tell Travis CI to run a test and then push.
    • Supports Your Platform: Many databases and services come pre-installed and can be switched on in your build settings.
    • Test Your Pull Requests: Before merging a Pull Request into your project, make sure it’s been reviewed.
    • Deploy Anywhere: As soon as your tests pass, update staging or development.
    • Bitbucket projects: With the Atlassian Bitbucket integration for Travis CI, you can easily create, test, and deploy your applications.
  • Cost: 
    • Travis deployment automation tools have four plans.
      • Free Plan: Free
      • One Job Plan: $69 / month
      • Two Jobs Plan: $129 / month
      • Five Jobs Plan: $249 / month
    • For more insights on Travis or its pricing key features, contact Travis CI.

4. Electric Flow

Electric Flow

ElectricFlow is a single DevOps framework that manages the entire software development and delivery process from start to finish. ElectricFlow offers a centralized framework for automated deployments, allowing operations teams to cut costs and remove silos. It has a large number of features, such as release management, visual dashboard, and a large number of plugins, that enable teams to manage the entire application lifecycle.

  • Key Features:
    • High Scalability: It can delegate deployment to satellites scattered across your network. Satellites take care of the heavy lifting while keeping the continuous distribution pipelines running smoothly.
    • Fault Tolerance And Reliability: Network failures cause deployments failures. The loss of a satellite link no longer means the deployment is halted.
    • Reduced Network Traffic: Distributing work to satellites lowers network traffic while also lowering the expense of configuring and maintaining essential infrastructure.
    • Increased Security: Digital.ai Deploy only links to its satellites directly, not to deployment targets. Satellites provide an additional layer of protection against hackers for servers, virtual machines, and containers.
    • Simple Connections: Local satellites allow it quicker and easier to deploy software automation across operating systems.
    • Built-in Load Balancing: Digital.ai is an artificial intelligence network. Deploy balances deployment loads across satellite groups and offers a backup and failover if one group goes down.
  • Cost: 
    • Electric Flow deployment automation and continuous deployment software offer prices on request.
    • To learn more about Electric Flow or to request a quote, visit Electric Flow.
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5. Jenkins

Jenkins

Jenkins is an open-source automation server that automates the development lifecycle’s build test and deployments. Jenkins’ extensive feature set enables teams to integrate existing tools while also taking advantage of CI/CD automation, including testing and deployments processes.

  • Key Features:
    • Continuous Integration and Continuous Delivery: It can be used as a primary CI server or converted into a constant delivery hub for any project since it is an extensible automation server.
    • Easy installation: Jenkins is self-contained Java-based software that comes with bundles for Windows, Linux, macOS, and other Unix-like operating systems and is ready to use.
    • Easy configuration: Jenkins’ web interface, which provides on-the-fly error checks and built-in support, makes it simple to set up and customize.
    • Plugins: Jenkins connects with almost every platform in the continuous integration and continuous delivery toolchain, thanks to the Update Center’s hundreds of plugins.
    • Extensible: Jenkins’ plugin architecture allows for almost unlimited possibilities in terms of what Jenkins can do.
    • Distributed: Jenkins can quickly spread automation across multiple computers, allowing builds, tests, and deployments to be completed faster across various platforms.
  • Cost: 
    • Jenkins’s continuous deployment and automatic deployments software is a free, open-source solution.
    • For more information on Jenkins, visit Jenkins.

6. Codeship 

CodeShip

Codeship’s web interface deployment tools allow teams to set up all and run their builds on pre-configured computers. It has adaptable workflows and configurations that teams can set up as required and the ability for users to define containers for their production environment.

  • Key Features:
    • Break down silos: For complete insight into your organization’s end-to-end software delivery process, unify data through tools and teams.
    • Empower teams: Boost communication, performance, and the creation of great applications, use best-in-class resources and gain access to information.
    • Measure business impact: Deliver high-quality software that engages consumers, delivers positive outcomes and meets business objectives.
    • Other deployments process feature includes:
      • Builds run on pre-configured computers.
      • All is set up via a simple web interface.
      • Turnkey, fully operational deployments that it can set up in a matter of minutes.
      • It’s ideal for standard technologies and processes.
      • It’s ready to use right away.
      • It includes organizations and dashboards for centralized team management.
  • Cost:
    • Codeship continuous deployment software provides three plans.
      • Codeship Basic:
        • Starter: $49/month
        • Essential: $99/month
        • Power: $399/month
      • Codeship Pro:
        • $75 per build
    • To know more, contact Codeship deployment automation software. 

7. Circle CI

Circle CI

CircleCI automates the end-to-end deployment process in several languages and integrates with other tools to make attaching reports and other elements to CircleCI projects a breeze. It can use continuous integration and continuous delivery to simplify the software development process.

  • Key Features:
    • First-class Docker Support: Launch any image from Docker’s registry, as well as other popular registries, with per-job customization.
    • Faster Performance: When it comes to writing, checking, and deploying code, you need speed and reliability. Pick the tools you’ll need to achieve optimum efficiency.
    • Complete Access Control: Build software the way you want it with Workflows’ custom job orchestration. It can use workspaces to save data from a job and speed up the process.
    • Unparalleled Flexibility: With first-class Docker help, run jobs on Linux, macOS, or Windows in our cloud or on your infrastructure.
    • Powerful Caching: Expanded caching options, including photos, source code, dependencies, and custom caches, can help your pipelines run faster.
    • Visual Dashboard: With the Insights dashboard, you can get the most out of CircleCI. With ease, track status, access control length, and optimize pipelines.
  • Cost: 
    • CircleCI, the automatic deployments software, offers plans as given below.
      • Free: $0 per month
      • Performance: Starting at $30 per month
      • Scale: Custom pricing
    • To know more about CircleCI deploy applications, visit CircleCI

8. Deploy Bot

DeployBot

DeployBot is a software deployment app that automates the deployment of code from GIT repositories to any place. Code changes can be executed or compiled on servers during the deployment, utilizing pre-defined or fully custom Container technology, and it can activate deployments manually or automatically.

  • Key Features:
    • Manual or automatic deployments: When you’re ready, trigger a deployment, or do it every time you push to a branch.
    • Tools for production environments: Each deployment environment can simultaneously ship code from multiple branches to one or more servers.
    • Push-Build-Deploy: Instantly create and ship code for your entire team in one straightforward operation.
    • Ghost Deployment: The Ghost Deployment Guide from DeployBot. Manual or automated deployments make it simple to add Ghost themes to your blog.
    • Deploy Google Web: This Deployment Guide will walk you through building a WSK registry, configuring DeployBot and DigitalOcean droplets, and deploying WSK tasks to a remote server step by step.
  • Cost: 
    • Deploy Bot software deployment tools offer three kinds of plans.
      • 10 Free: Free
      • Plus: $25.00 / month
      • Premium: $50.00 / month
    • For more information on Deploy Bot software, Deployment Tools contact Deploy Bot.
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9. AWS Code Deploy

AWS Code Deploy

AWS CodeDeploy is a cloud-based, professionally managed software deployment service for Amazon EC2, AWS Fargate, AWS Lambda, and the on-premises servers. AWS CodeDeploy makes it easier to quickly deliver new functionality, avoid downtime during application deployments, and manage application updates’ complexity. 

  • Key Features:
    • Automated Instance Deployments:
      • Repeatable Deployments: By eliminating manual measures from implementations, you can boost the product delivery process’s quality.
      • Automatic Scaling: You may use AWS CodeDeploy to merge software deployment and scaling tasks.
      • On-premises Deployments: This allows you to deploy applications through hybrid architectures using a single service.
    • Minimize downtime: 
      • Rolling and Blue/Green updates: CodeDeploy will redirect traffic from an older version to a newer version.
      • Health tracking: AWS Code Deploy keeps track of the deployment.
      • Stop and rollback: Resume the stopped deployment. Simply re-deploy the revision.
    • Centralized control:
      • Monitoring and control: Directly from the AWS Management Console, you can launch, power, and track your device deployment.
      • Groups: Multiple deployment groups may be assigned to a single application.
      • History: AWS Code Deploy keeps track of the latest deployment and stores them.
    • Easy To Adopt: 
      • Language And Architecture Agnostic: AWS CodeDeploy deploys any program using a file and command-based installation model.
      • Tool Chain Integration: Application deployments are simple to incorporate with the current product delivery toolchain.
  • Cost: 
    •  AWS CodeDeploy, a build test deploy software, offers two kinds of plans.
      • For CodeDeploy on EC2, Lambda, ECS: Free
      • For CodeDeploy On-Premises: $0.02 per on-premises instance update using AWS CodeDeploy.
    • To learn more about AWS CodeDeploy build and deploy software, contact AWS.

10. GitLab

GitLab

GitLab is a DevOps/Continuous Delivery and Continuous Integration (CI/CD) platform that enables teams to integrate project planning, source code management, tracking, and security into their software development lifecycle. 

  • Key Features:
    • Easy Collaboration: Break down barriers between growth, operations, and protection to provide a consistent experience over the development lifecycle.
    • Rapid Feedback: With unified reporting and a single view for both creation and security, you can address code quality issues and report changes in real-time.
    • Lower Cost: Reduce overall cost of ownership by simplifying the software development toolchain with a framework that scales dynamically to meet performance and cost requirements.
    • Single Source: You get an open DevOps framework provided as a single app with one interface, one chat thread, one data store, and zero headaches with GitLab.
    • Continuous Everything: Once and for all, link development and operations. Our industry-leading CI/CD system enables all teams to collaborate effectively. GitLab allows for efficient, scalable, end-to-end automation.
    • Real-time Security: All is built-in, so protection, code quality, and vulnerability management are all automated. Tight governance and control never slow down DevOps’ pace with GitLab.
  • Cost: 
    •  GitLab open-source DevOps platform provides three plans.
      • Free: $0
      • Premium: $19 per month
      • Ultimate: $99 per month 
    • For more insights on open-source DevOps, platforms contact GitLab.

Conclusion

Deployment automation enables teams to realize the rewards of less error-prone implementations, allowing them to concentrate on growth. As a result, teams can develop more stable applications that can be published more regularly.

Using any of the above-mentioned open-source deployment tools, you can easily streamline your software development without implementing much effort.

Frequently Asked Questions

What are open-source deployment tools?

Open-source deployment process tools make it easier for developers to concentrate on more important tasks by automating or coordinating applications and updates. Developers can also collaborate on projects, monitor development, and handle changes with them.

What is automated deployment?

Automated Deployment is a technique that allows you to ship code entirely or partially automatically at different phases of development, from concept to output. It helps to make deployments more effective and secure.

What are continuous delivery tools?

Continuous delivery is an application development method in which code updates are scheduled for production release automatically. Developers may use continuous delivery to automate testing beyond unit checks, enabling them to validate product changes in several dimensions before releasing them to customers.

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