DevOps for Web Applications

Deliver Web Applications with an automated pipeline across all environments.

Why DevOps?

DevOps describes a culture and set of processes that bring development and operations teams together to complete software development. It allows organizations to create and improve products at a faster pace than they can with traditional software development approaches. It is a combination of cultural philosophies, practices, and tools that increases an organization’s ability to deliver applications and services at high velocity.

Faster Innovation

With a combined development and operations team, applications are ready for use much more quickly. This is important since companies succeed based on their ability to innovate faster than their competitors do.

Increased Efficiencies

Increased efficiency helps to speed the development process and make it less prone to error. Continuous integration servers automate the process of testing code, reducing the amount of manual work required.

Reduced Costs

All of the DevOps benefits translate to reduced overall costs and IT headcount requirements. DevOps development teams require 35 percent less IT staff and 30 percent lower IT costs.

Challenges in Web Application Projects

DevOps for Webapps
Project Infrastructure

An unestablished project environment is always a common challenge. If the environment is not available, then there is no way to proceed with the project.

Juggling Projects

Very often multi-tasking might give you more trouble than expected. Resources cannot focus on a single task if their manager bombards them with tasks.

Security Challenges

Security breaches are on the rise, a recent study estimates that 96% of all web applications contain at least one serious vulnerability.

PWSLab to the rescue

Infrastructure as Code

Manual configuring of infrastructure is time and resource consuming. DevOps makes it a non-issue by switching from manual interaction to programmatic and implementing several methodologies, such as continuous integration and version control.

Project Planning

Using PWSLab, stay on track, meet all deadlines, work seamlessly across applications, and efficiently and effortlessly manage your projects. Always keep task allocation sequential rather than parallel, and encourage resources to give their best in whatever they do.

Secured Applications

Perform all the essential core activities to produce secure applications and systems including conceptual definition, control specification, design and code review, system test review, and maintenance and change management through an integrated pipeline.

Benefits of PWSLab in Web Applications

PWSLab help companies to reduce time-to-market new features and seize new market opportunities simultaneously. It brings the development and operations team on the same page.

Easy Management

The closer the teams cooperate, the easier they are to manage. PWSLab streamlines the administration of the development process, all of the code is version controlled, automatically tested and published to staging and production.

Automated Pipelines

Using PWSLab, the teams are fully engaged in application development as the operations are automated by PWSLab. This forces all of the team members to work on the project’s requirements and avoid any delays due to operations management.

Better Time to Market

Improved collaboration between development and operational teams contributes greatly to the reduction of time required for software building and bug fixing. Being proactive shortens production cycles and leads to a better time to market.

Customer Experience

PWSLab allows to gear up software development, making it possible to respond promptly to changing market conditions and customer requirements. This development model helps companies create applications that meet user needs.

Adopt Mobile DevOps using PWSLab

Using our methodology and philosophy of implementing DevOps an organization can migrate to Mobile DevOps in six simple steps.
  • 1.

    Code

    PWSLab continuous integration produces lots of data about the mobile application, regressions, and compatibility of each developer’s contribution, and discovering issues at an early stage, and makes better time consumption and schedule estimating easier and more accurate.

  • 2.

    Build

    Organizations use PWSLab version control, source code management (SCM), practices for merging code and notifying everyone about the build status. Branching needs to go inline with the entire development team and the same procedures must be used by all contributors.

  • 3.

    Test

    Continuous testing basically means testing each regression, build, and continuously practice this throughout the development lifecycle. Early testing, validation, and frequent testing ensure the quality of the application and issues associated with it can be tackled using PWSLab.

  • 4.

    Package

    The packaging step includes tools for package repositories and other storage mechanisms for the binaries created in the build step. This step clearly supports the goal of continuous deployment to package and release new versions of applications (with new features) to end-users.

  • 5.

    Release

    PWSLab helps in packaging and deploying an application from development to production. It allows organizations to plan and execute releases, provide a single collaboration portal for all stakeholders in a release and provide traceability for its components.

  • 6.

    Monitor

    PWSLab continuous monitoring provides data and metrics to organizations to evaluate all different functions of the process: development, operations, testing/QA, personnel and other individuals involved in the process and it should be measured in the process itself.

Get FREE DevOps Automation For Your First Project

PWSLab is a single secured solution built for complete Software Development Lifecycle from Design, Development, Testing to Deployments and Monitoring.