Top business benefits enterprises can achieve by implementing CI/CD pipeline

Top business benefits enterprises can achieve by implementing CI/CD pipeline

In conventional software development processes, releases recur at regular intervals for every small feature update.  The chances of integration at the time of deployment increases in these approaches. Eventually, the problem starts to grow, leaving more challenges for the whole team because of the manual processes. It becomes more prone to human error. CI/CD solves all these issues and makes the entire process more efficient and manageable.

Continuous Integration/Continuous Deployment (CI/CD) is the pillar of developing, testing, and implementing applications to production in present-day software development practices. CI/CD plays a vital role in assisting development and many other teams. CI reduces the risks and allows production consistency by automating multiple code changes from different project developers. And also, CD enables developers to provide the integrated code to production smoothly. It delivers a fast and efficient automated process to release new features and updates to clients without hurdles.

CI/CD has now become an essential part of modern software development approaches. This article analyses the top benefits of the CI/CD pipeline.

Easy Code Integration

One of the technical benefits of continuous integration and continuous delivery is that it enables you to integrate small pieces of code quickly. These code modifications are easier to manage. Also, it contains fewer issues that may require a fix at a later date.

 As soon as the code is pushed into the code repository, the testing starts using continuous testing. This allows developers to understand the problem before the completion of so much work. The communication between the teams gets improvised by this methodology. It is suitable for larger development teams who work remotely and those who work in-house.

Reduced Changes & Review Time

Code modifications done in such an environment minimizes the risk of unexpected consequences.  The changes are easy to manage and fix if any issues pop up.  Once integration takes place, using CI/CD, one can test these code changes rapidly. This methodology is very beneficial when direct communication is not possible or when teams work across remote locations.

Faster Bug Detection and Easier Implementation

Fault isolation defines the practice of designing systems. When an error occurs, the negative results are limited in scope. Limiting the range of issues minimizes the potential for damage and makes systems more comfortable to maintain.

 CI/CD ensures faster fault isolation to detect and easier implementation. Fault isolations comprise monitoring the system, finding when the fault occurred, and triggering its location.  Thereby, it reduces the bugs occurring in the application.

Improves Test Quality

CI/CD enhances the test reliability and quality because of the bite-size and specific changes implemented to the system. It allows teams to perform more accurate positive and negative tests. CI/CD produces continuous reliability through test reliability. 

Rapid Release Rate 

It detects failures quicker and repairs faster, which leads to increased release rates. But, frequent releases are possible only if the code is generated in a continuous operational system.

CI/CD often merges codes, continuously deploys them to production after complete testing, and keeps the code in a release-ready state. It’s crucial to have an environment set up that is used by the end-users. Containerization is one of the best methods to test the code in a production environment. 

Reduces Defects

Incorporating CI/CD into your company’s development process minimizes the number of critical and non-critical defects in your backlog. These small defects are identified before production and fixed before the release.

There are several advantages to solve non-critical problems. For instance, your developers have sufficient time to focus on huge issues and enhancing the system. Testers can concentrate less on small issues so they can identify big problems before the release.

Keeps Your Product Up-To-Date

Focus on the first impressions as they are vital to turning new customers into happy customers. Make your clients happy with new features and bug fixes. Using a CI/CD methodology also keeps your product up-to-date with modern technology and enables you to get new customers with positive reviews.

 Adding new features and modifications into your CI/CD pipeline based on how your customers use the product will allow you to retain existing users and gain new customers.

Continuous Feedbacks

CI/CD is the best way to get continuous feedback from your clients and your team. This improves the transparency of any problems in the team and encourages responsibility. CI concentrates on the development team. This part of the pipeline’s response impacts build failures, design issues, merging problems, etc. CD focuses more on releasing the product quickly to the end-users.

Cost-effective

Automation in the CI/CD pipeline minimizes the number of defects or bugs that occur in CI and CD steps. This reduces the developer’s time and effort and also minimizes the cost. The other benefit is, it increases the code quality with automation and increases your ROI.

Conclusion

Upon knowing the top benefits of implementing a CI/CD pipeline, it is time to make a move. If you are thinking about executing a CI/CD pipeline, you can move forward. It automatically increases the speed and the quality of your releases. These benefits lead to minimized costs and better ROI. Enterprises can spend more time building better products when implementing Selenium test automation with CI/CD.

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Agile Testing Trends to Watch Out in 2021

Agile Testing Trends to Watch Out in 2021

Technology is continually changing. What was ultra-modern a few years back might be obsolete now. Presently, the software development and testing industry is innovating ways to include evolving technologies like artificial intelligence, machine learning, big data, etc.

Be it browser compatibility testing, selenium test automation, or any other kind of testing process, each of these testing processes is consistently transforming with the vision to bring better products. Presently enterprises concentrate more on agility to align better testing methodology based on agile principles.

The contribution of DevOps, Continuous Testing and other factors are expected to elevate agile testing soon. This article analyses some of the crucial agile testing trends expected to impact organizations wishing for quality software testing in 2021.

 AI & ML in Agile Methodologies

The coherent usage of artificial intelligence (AI) and machine learning (ML) in agile methodologies creates an ideal data analysis method. Such collaboration allows software teams to achieve better productivity and efficiency associated with testers and developers. AI & ML together delivers real-time information. Ans also offers a precise prediction of the expected time of the release phase of the project. The inclusion of innovative technologies such as robotics, IoT, quantum computing, etc., is much possible with AI & ML in the software development process.

Sun Technologies’ agile approach with AI & ML provides a good understanding of the best methods for creating testing code. Our experts evaluate code and associated tests to remove bugs. We use innovative technologies for accelerating software development & time-to-market.

Software Quality Engineering 

When you manage testing tasks in an agile environment, the dependency on quality engineering is more. What is the dissimilarity between quality engineering and quality assurance? Quality engineering deploys continuous testing of the related product with the extensive implication of automation. It ensures that the product is placed under efficient testing to make it error-free.

Benefits:

  • Provides faster feedback on the software product because continuous testing is done across various platforms and operating systems
  • Minimizes software failures and availability of early feedback

Shift-Left Testing Approach

The shift-left process emphasizes various types of testing performed simultaneously with software development— testers collaborate with developers to frame test cases. The method also includes what-if scenarios, and the tests are used for streamlined development.

In the usual software development process, the incorporation of testing is seen as a blockage to the release process. Testers operate on less time due to tight schedules, thereby hindering testing efforts and identify errors. However, by the shift-left process, testers get a sufficient amount of time to test the software’s usability by comfortably teaming up with UI & API developers.

Benefits:

  • Faster time-to-market for early release
  • More rapid identification of bottlenecks to avoid software failures
  • Provides high performing software under minimal time

Agile Test Management

For any software testing services, the collaboration of testers and developers is a must. Such cooperation includes the structure, execution, and report of testing once the results are out.

The agile test management’s involvement helps determine the processes and tools that allow the overall team to maintain testing progress. The process brings together everyone on the same path. For experts working in distributed environments, a cloud-based test management tool’s availability confirms easy access to testing information anytime and anywhere.

Benefits:

  • Allows team members to trace testing efforts and increase collaboration
  • Minimizes the bugs and accelerates the release of high-quality software
  • Ensures real-time feedback

DevOps Process 

The concept of DevOps is based on lean management. It concentrates on combining development and operations to create a suitable environment. A DevOps approach refines the software development lifecycle and eliminates junk, and accelerates software delivery. The combination of Agile and DevOps can fine-tune team relationships and communication, thereby minimizing software failures. Moreover, DevOps skillfully combines continuous testing into the development process to ensure code quality.

Benefits:

  • Set up a proper collaborative culture
  • Integrates development and testing processes 
  • Combines operations within the team to reduce downstream testing concerns

Continuous Testing 

The process of Continuous Testing includes redundant executing tests that deploy testers into cross-functional teams. This arrangement helps refine testing functionalities and offers rapid feedback. Continuous testing supports early testing along with shift-left, agile test management, and quality engineering.

Benefits:

  • Reduces software failure by early detection
  • Enhances software quality through ongoing reviews and reports
  • Improve test suites to identify business risks

Lean Portfolio Management 

Lean portfolio management follows a different methodology that focuses on streamlining operations to measure outcomes based on organizational goals and planning. It mainly follows a continuous process used to assign tasks within teams based on the priority and well-organized strategy.

As per Lean portfolio management, the paramount importance is on the collaboration running from top to bottom, covering factors connected with goal measurement, planning, and work transparency.

 Benefits:

  • Enhances the relationship between organizational strategy and individual projects
  • Fine-tune business value to get clarity about the software 

Businesses cannot ignore the impact of agile testing in today’s progressive testing environment. Therefore, technological upgrades to enhance agile testing is the main motto for most software companies. At Sun Technologies, we deliver world class QA services. Get in touch with one of our solution consultants today to understand your business requirements and find suitable solutions. Discover more about the various attributes of agile testing with us

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How Artificial Intelligence and Machine Learning can optimize DevOps?

How Artificial Intelligence and Machine Learning can optimize DevOps?

DevOps boosted by AI/ML

Seven out of ten customers use DevOps and IT Services. Vendors are under tremendous pressure to fulfill clients’ evolving needs to create a self-healing system and increase automation. Sun Technologies uses AI/ML solutions to improve the efficiency of the DevOps Pipeline. With our tried-and-tested AI Solution, we help our customers create a self-healing system, reduce time-to-market, and improve efficiency using DevOps powering it with AI/ML solutions. 

In a few cases, it may be hard for some organizations to use AI and ML due to the complexities. Adapting to AI/ML solutions within DevOps is a cultural shift. 

With Machine Learning, several models can be created to analyze the DevOps metrics that include:

Our trained models help customers in: 

  • Analyze metrics
  • A deep-dive analysis of repeated failure
  • Executing automation sets
  • Predicting failure points before the occurrence

Based on the result-sets aggregated from the model, AI helps make automated prediction-based decisions to avoid failures.

Recent research states that around 85% of C-level officials trust the AI/ML can offer considerable value concerning accuracy and decision-making, prompting improved organizational productivity.

AI/ML on each phase of DevOps

There is a wide misconception across the industry in understanding DevOps. Automation is not the entire DevOps world, but just a yield. DevOps is a cultural shift for Developers, Business Users, Infrastructure engineers, and a few other key stakeholders. 

DevOps has various features that include Continuous Integration, Continues Delivery, Continuous Monitoring, Continuous Testing, and Continuous Security. AI/ML has its role in each feature sets. 

Sun Technologies helps customers build a cloud-agnostic and cloud-native DevOps pipeline and improve efficiency throughput using AI/ML solutions. We bring prediction, Learning, and Automation together. 

Few use-cases AI/ML within DevOps pipeline implemented by Sun Technologies includes: 

  • Automated Code rollback for wrong check-ins 
  • Automated Log analyzer to identify security threats such as intrusion, DDoS, DoS
  • Self-Healing Web-Application System
  • Alerting mechanism for potential (Futuristic Failures) 
  • Chatbot / Voice Automated Deploy Assistant
  • DevOps Advisor suggesting automation of repeatable tasks

DevOps optimization using AI/ML

  • The three well-defined capabilities AI brings are prediction, self-learning, and automation
  • AI and ML dispatch data with self-learning capabilities, making AI and ML techniques exceptionally advantageous if imbibed into the DevOps Pipelines
  • During SDLC, AI/ML can monitor and track production performance to which the end-user experience is being labeled by simulating different possible scenarios
  • With AI/ML incorporated into the DevOps process, the DevOps teams can know how the code is performing
  • AI allows managing the growing volumes of data in DevOps environments
  • With Chatbot/Voice assisted DevOps, Developers can check-in the code and make deployments with a single command 

Tangible benefits

  • Faster Time to Market using DevOps while AI/ML boosting it further to make it more efficient
  • Proactive decision making than reactive
  • Satisfied Business users
  • Low/No human intervention
  • Realistic Instant RoI
  • Adaptable and Maintainable DevOps pipeline
  • Huge Time Savings
  • Increased Efficiency

Conclusion

Enterprises can apply AI and ML to enhance their DevOps condition. AI can help predict complex data pipelines and make models that can enhance the application development process. However, implementing AI and ML for DevOps likewise exhibits various difficulties for enterprises.

Organizations envisioning DevOps have to set up a well-defined DevOps roadmap before full-fledged implementation. When the establishment is made, AI/ML should be viewed only as a booster to increase efficiency and effectiveness. AI/ML helps DevOps teams to concentrate on inventiveness and innovation by taking out negative aspects over the operational life cycle. It brings about automated improvement and expansion in the DevOps team’s effectiveness.

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DevOps

Enjoy Sun Technologies Seamless DevOps Transformation

DevOps

Our DevOps approach, helps our customers to automate all stages of SDLC and delivery, resulting in increased business agility, IT responsiveness and software quality.

We provide experienced engineering teams with dedicated DevOps and Ops engineers who build, operate, secure and automate infrastructure.

Sun Technologies can Help you be DevOps Ready

  •  Assessment
  •  Integration and Test
  •  Release and Deployment
  •  Delivery 
  •  Operations

How Sun Technologies can Help our Customers DevOps Ready?

  • Evaluate/Assess current environment using maturity model
  • Create value cases for DevOps journey
  • Develop DevOps roadmap and framework
  • Outline client specific blueprint for devops tools
  • Establish DevOps tooling in the cloud
  • Implement DevOps practice
  • RoI analysis

      DevOps Service Offerings

  • DevOps Consulting
  • Cloud Native and Cloud Agnostic CI/CD
  • DevOps End to End Test Cases
  • Automated Infrastructure through IaaC
  • Staging, Monitoring & Logging Services
DevOps approach - Sun Technologies

DevOps Tool Chain

Code

Code development and continuous integration tools

 

Build

Version controls, build status and code merging

 

Test

Continuous testing phases which determine performance

 

Package

Artifact repository and application pre-deployment staging

 

Release

Change management, release approvals and release

Configure

Infrastructure configuration and management           

Monitor

Applications performance monitoring & end–user experience

Why Sun Technologies to setup your DevOps pipeline?

  • Tried and tested DevOps practice with over 100+ successful implementations
  • Technical expertise in making your business stand out among the competitors
  • Minimized operating costs due to highly optimized processes and utilization of resources efficiently – Best in class Tools and Technology usage.
  • Reduced risk of security issues through automation and continuous monitoring
  • Guaranteed faster time-to-market and better ROI



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