25 Different Types and 7 Principles of Software Testing Services
Independent software testing holds a critical role in the development process. The testing team should be completely separate from the product development team and the end-users, making them truly independent. Let’s learn more about the types and the principles of independent testing.
The Ultimate Guide to Mobile App Maintenance
Once your customers can start downloading and using your mobile app, you’ll probably feel like taking a deep breath and enjoying the moment. But the hard work isn’t over yet.
Software development includes creating, designing, deploying, and supporting software. That last step – support – often gets overlooked. But maintenance can make or break an app’s success. If you don’t take care of your app with regular maintenance after it’s deployed, your hard work will result in failure.
The Future of Blockchain Technology in Business Operations
Blockchain technology offers benefits for a wide range of industries. Learn how it will alter business operations in the near future.
Artificial Intelligence and Machine Learning Trends you Should Never Miss
Artificial intelligence (AI) and machine learning (ML) will continue to hold a place at the forefront of the technology sector in 2022. Rapid changes in the field hold great promise for even more significant breakthroughs.
Various factors such as growth of data-based AI, advancements in deep learning, and push for robotic autonomy to stay competitive in a global market are expected to drive the adoption of the AI solutions and services.
Here are the trends to watch.
Top Artificial Intelligence Frameworks and their Pros and Cons
When it comes to AI, you can choose from many different deep learning frameworks, depending on your needs. We’ll discuss some of the major ones in this blog, and outline each framework’s pros and cons.
Here’s what you need to know about DevOps, Waterfall, Agile, SysOps, and SRE
You have a lot of choices when it comes to the software development process. But which approach is right for your project? Here’s what you need to know about DevOps, Waterfall, Agile, SysOps, and SRE. What is Agile software development? Agile software development is actually a group of methodologies focused on cross-functional cooperation to achieve results. As the name suggests, the Agile approach was designed for flexibility. Software is built incrementally, creating an iterative process to plan, produce, test, release, and revise high-quality software applications while also lowering the costs and shortening the timeline. Each iteration includes all the components of software development: planning, requirements, analysis, design, code, testing, and deployment. Then, a working product is demonstrated at the end of the iteration. Multiple iterations might be required to release a product, and customer feedback is considered before the process repeats itself with new features and upgrades. By bringing development and testing together in the process, Agile software development is using a “shift left” approach to find and prevent defects earlier in the software delivery process. That enables Agile methodology to improve speed to market and risk mitigation. Smaller increments are typically released to the market, reducing the time and cost of engineering a product that doesn’t meet user requirements, as well as enabling faster adaptation to changes. What is DevOps? DevOps is a flexible practice specifically designed for software development. DevOps services combine two key elements: software development (Dev) and IT operations (Ops). DevOps methodology enables the collaboration of both development and IT operations teams throughout the entire software development lifecycle with tools that extend automation beyond the build phase. The result is a seamless workflow between the two teams. The purpose of DevOps is to align development and operation practices to reduce issues as software applications are developed, deployed, and maintained. It improves both collaboration and communication within software development to shorten the development lifecycle, while also enabling continuous delivery and high quality. DevOps offers competitive advantages, as well as strengthens customer service and engagement. It enables an extremely fast response to change requirements or market conditions. It can enable continuous integration and delivery services, helping organizations move towards constant improvements in developing a software application. That also enables organizations to release new value to their customers faster. What is the Waterfall model? If you imagine a waterfall in nature, you’ll understand how this model got its name. In the software development lifecycle, the waterfall development model encompasses a logical progression of steps, just like water cascading over a series of rocks or cliffs. The Waterfall method is an older model, but it’s still used in the software development industry. In comparison to some of the newer models, the step-by-step methodology is straightforward. It starts with the initial idea and then builds on each step until the project is complete and the software is launched. Some companies might prefer the Waterfall model because it echoes other common business practices. It starts with the creation of a requirements document, and then covers the stages of analysis, design, code, testing, and operations in consecutive order. The Waterfall model works well when used with large teams that may change frequently during the project because the process focuses on documentation rather than collaboration. It also provides a great deal of structure to the software development process, so it works well with a milestone-focused project. Additionally, spending time upfront to set the requirements can make early changes easier if they’re made before the other phases have begun. However, changes made later in the project are more difficult, as well as more costly. What is SysOps? SysOps is short for “system operator.” SysOps uses information technology infrastructure library (ITIL) guidelines that work to align business goals with IT services. Those guidelines create the baseline for the design, execution, and measurement of a project. SysOps overlaps with DevOps in some aspects. While both manage infrastructure, DevOps uses automation tools in its process. The main goal of SysOps is the continuation of services with minimal risk. As such, it is not flexible to change like DevOps. When aiding a developer’s team, the SysOps team typically tends to favor a consistent code change rate and code deployments. What is SRE? Site reliability engineering (SRE) uses software engineering to automate IT operations tasks that previously may have been handled manually. Those tasks include production system management, change management, incident response, and emergency response. With automated oversight, SRE offers a more scalable and sustainable approach to overseeing large software systems. SRE aligns closely with DevOps principles, and it can be a factor in DevOps success. The SRE team can serve as a bridge between development teams and operations teams, enabling the development team to bring new software or new features to production quickly, while also ensuring an agreed-upon acceptable level of IT operations performance and error risk. Conclusion Your choice of software development approach will depend on several factors, including your organization’s culture and business goals. InApp has more than two decades of experience working with different software development processes. Contact us for guidance on the right approach for your project.
Legacy Application Modernization: Benefits and Risks of Moving to the Cloud
Cloud computing services offer big benefits for legacy application modernization. But you also need to mitigate the risks. Learn more in this InApp blog.
Updating Your Old Outdated Custom Software Is Easier Than You Think
Actually, Updating Your Old or Outdated Custom Software Is Easier Than You Think, and Here’s how you know it’s time to update your custom software. Learn more here.
Top 5 Reasons to Invest in Custom Software Development
We’ve had many clients who after having tried off-the-shelf solutions were looking for custom application development that could solve their unique business requirements. Here are the top 5 reasons why they invested in Custom Software Development.
How to Leverage DevOps Processes for Digital Transformation
DevOps plays an important role in an organization’s digital transformation efforts, helping to replace traditional business processes with digital technologies. DevOps and digital transformation are intrinsically connected. Both aim to improve, advance, or streamline ways of working so companies are ready to conduct business in the digital age. Let’s discuss how to leverage DevOps for digital transformation. What Is DevOps? Created by software engineers, DevOps is a flexible practice specifically designed for software development. DevOps combines two key elements: Software development (Dev) IT operations (Ops) As companies introduce digital processes and automation to replace analog processes, the DevOps framework provides an approach to technology that fits well. How DevOps Is Useful in Digital Transformation? Before DevOps, development, and operations teams working in isolation. Each team adopted its own set of tools, processes, frameworks, and vocabulary. Neither aligned nor integrated with other teams or practices. Previously, testing and deployment tasks (Ops) were completed after the design and build process (Dev). That took longer, as each had different timelines. Additionally, manual code development could potentially introduce human error in software production. As a result, organizations experienced bottlenecks, confusion, and delays. In contrast, DevOps aligns development and operation practices to reduce issues as software applications are developed, deployed, and maintained. DevOps improves both collaboration and communication within software development to shorten the development lifecycle, while also enabling continuous delivery and high quality. DevOps offers competitive advantages, as well as strengthens customer service and engagement. It also complements the agile software development approach and some components overlap. (Agile describes a software development approach that encourages flexible responses to change. It employs continual planning, learning, improvement, team collaboration, evolutionary development, and early delivery.) How Do DevOps Processes Support Digital Transformation? DevOps plays a role in digital transformation by helping organizations understand the patterns and practices that are likely to improve their performance in the face of digital disruption, thus improving their ability to compete in their market. The essential element of a DevOps transformation is bringing teams together. It is a product development approach to operations. One such example is cloud IDEs, which are integrated development environments based in the cloud. While traditionally developers set up IDEs on their local machine, cloud-based IDEs allow software development with just a browser. DevOps drastically improves agility, allowing extremely fast responses to changing requirements or market conditions. It can aid with digital transformation by enabling continuous integration and delivery services, helping organizations move towards constant improvements in developing a software application. That also enables organizations to release new value to their customers faster. What Should I Know About DevOps? While DevOps is often described as a set of tools, it’s also a culture, where companies replace organizational silos with an approach that prioritizes people and collaborative processes. It can require some significant changes from a traditional hierarchical structure. When using DevOps, a company focuses on autonomy and alignment. Authority is distributed, and all teams and team members are empowered to contribute. Additionally, clear success criteria are provided, and metrics tie back to customer outcomes. How to Measure DevOps Success? While digital transformation is often an aspirational goal, metrics can be applied to DevOps to help measure progress. These key metrics for DevOps include the amount of time it takes to execute a given task and how well that process was executed. Idealistic and indistinct objectives like time and quality are broken down into more discrete metrics for development cycles, testing, building, deploying, and operations. These metrics should include both internal performance and external experience. In a digital landscape, DevOps and digital transformation success work together for continuous improvement in software development. That allows organizations to transform their software development process, improving their ability to conduct business in the digital age. InApp specializes in DevOps and digital transformation. Contact us to learn more about how we can help your organization. Frequently Asked Questions How can DevOps speed digital transformation? DevOps improves digital transformation efforts by improving workflows, shortening feedback loops, and encouraging continuous learning and experimentation. What are the steps involved in DevOps? Is DevOps a digital transformation? Yes. DevOps can aid companies with digital transformation by improving software development. It brings development processes and operational processes together. DevOps improves both collaboration and communication within software development to shorten the development lifecycle, while also enabling continuous delivery and high quality. What is DevSecOps? DevSecOps is short for development (Dev), security (Sec), and operations (Ops). With this approach, security becomes a shared responsibility throughout the entire IT lifecycle, from initial design through integration, testing, deployment, and software delivery.