Get in Touch

Logo

Software Development Automation

Origin SoftwaresServices

Software Development Automation uses various tools to minimize errors, speed up software development, and improve team productivity.

Lets Talk

Low-Code Development

Low-code development builds apps faster using platforms with pre-built components and minimal hand-coding required.

CI/CD Implementation

CI/CD implementation automates code deployments to production, typically requiring 3–5 weeks to set up.

Test Automation

Test automation setup may require up to two months to ensure efficiency and consistent test coverage.

Services

Software Development Automation Services

Here we share general insights and roadmaps for automationapplied by origin software in projects

Microsoft Power Apps lets users build business apps easily, without needing to write any code.

Cloud-based service allowing businesses to create, manage, and update apps quickly and without coding skills.

Test automation uses computers instead of people to perform software testing faster and more consistently.

Automated testing ensures software functions correctly using tools that execute tests without manual intervention.

Test automation requires writing clear instructions and code that computers can follow to perform specific testing actions.

It verifies your software works properly across different devices, browsers, and operating systems automatically.

Automation speeds up testing and enables checking multiple features or scenarios efficiently in less time.

Test automation is valuable because it saves time and ensures software quality through repeatable automated tests.

Computers automatically perform tests, eliminating manual effort and ensuring software behaves correctly under various conditions.

Critical Skills in Our Software Development Automation Projects

    • They make the apps using the software development platform.

    • They integrate the apps with enterprise data and other apps.

    • They also create the CI/CD pipelines.

    • They review and modify the CI/CD pipelines.

    • They maintain the CI/CD tools and platforms. 

    • They develop and support the CI/CD pipeline configurations.

    • A software developer knows how to write software.

    • They write code to solve problems.

    • They can write code to make computers do things.

    • They can write code to make computers tell us information.

image image

Sourcing Models for Software Development Automation

Specific resources may be required, which are not viable to hire for a one-time project. All hiring and organizational efforts are on your side

Benefits to Automating Software Development:

    • Origin Softwares automates various aspects of DevOps in development.

    • Provides complete DevOps automation journey for software development lifecycle.

    • A highly feasible tool for automating software development processes efficiently.

    • Automates multiple software development tasks using DevOps best practices.

    • Offers full DevOps automation journey for streamlined software development processes.

    • Quality control automation based on key performance indicators (KPIs).

Process

Software Development Automation Process Set up

A mix of both models. It includes both pros and cons of the in-house project setup model and automation setup model.

Pros:

A vendor assumes full responsibility for the team assembly and management. Established frameworks for test automation, CI/CD pipeline introduction, and management.

Cons:

I don't have control over the specific process setup. All organizational efforts are on your side.

Pros:

Have Complete control over the automation process setup. Established frameworks for test automation, CI/CD pipeline introduction, and management.

Cons:

Specific resources may be required, which are not viable to hire for a one. Established frameworks for test automation, CI/CD pipeline introduction, and management.

FAQs

Frequently Asked Questions(FAQs)

Get answers to common queries about our software development services, processes, technologies, and how we can help your business grow.

If you want to go with low-code development, technologies require little to no coding to build applications. Many different types of low-code development platforms are available, each with advantages and disadvantages. The most popular low-code platform is the LCAP (e.g., Microsoft Power Apps, OutSystems, Mendix). LCAPs provide visual drag-and-drop modules that simplify and streamline the process of creating new apps. However, there are also other types of low-code platforms available, such as business process management suites (e.g., SAP xMII), multi-experience development platforms (e.g., Adobe Experience Manager), and robotic process automation platforms (e.g., UiPath), and citizen.

The second step is to choose the low-code application platform that best fits your specific business demands. To do this, you must consider the aim of your low-code development project. Whether you want to prioritize accelerating productivity for your developers or empowering business people to model, automate, and execute the mission The type of low-code application you want to develop will impact the platform's core technologies, the application components you can develop, and whether or not you have access to source code. When deciding what type of low-code application to develop, consider things like: What kind of app do you want to develop? A customer-facing app? An internal app? A web app? A mobile app? A portal? What non-functional requirements does your app have? Things like security, scalability, and performance. What app components do you want to develop using low code? The front end? Integration? The back end? Database operations? Data visualization? Before starting a low-code development project, it is crucial to create a roadmap. It will ensure that the project stays on track and does not suffer from any unforeseen delays. Additionally, setting up QA, app performance testing, monitoring, and management processes will help to keep the project running smoothly.

Finally, implementing CI/CD will help automate software's building, testing, and deploying, making updates quicker and easier. The key steps of setting up CI/CD : Creating a baseline for each project is essential to streamline the deployment process. It's also important to ensure all your dependencies are in place before deployment. Once production environments are ready, you can use a code repository like GitHub to synchronize the code between your development and production environments. Once you've got everything in place, a continuous delivery tool like Jenkins can take over and create a self-sustaining process of compiling, packaging, and releasing new application versions. CI/CD is splitting up a process into two steps, a continuous integration step and a continuous delivery step. The steps are split to allow the developer to focus on one step at a time. Splitting up your process can accelerate your development and build a better product. If you're looking to set up CI/CD, there are some essential parts to putting it together: It would help if you had a place where it could be stored and processed. It could be a server or even a program on your computer. You need to write the code to keep information about a build. You can create a program that will automatically run your body when you're ready for it. You may even want to set up a program that automatically pushes your code live whenever the build is ready.

Let’sTALK

Looking for expert IT services? Origin Software is here to help. Contact us to discuss your project and bring your ideas to life.

Contact Now