Software is available everywhere we look. Any machinery we use associates itself with code that controls the way it works. Software teams work to write these applications, and many software developers band together to work on a single project. They keep working on ensuring that the application should work just as designed for the end-user when they deploy the code.
SDLC is one of the age-old terms in the software industry. SDLC stands for Software Development Lifecycle and is a methodology that defines various strategies and steps for building high-quality software most efficiently. SDLC is undoubtedly an integral part of most organizations’ development routines.
Discipline is the key to success for all companies doing well in their field or reaching a trillion-dollar valuation. They manage the software and update it very frequently when it comes to providing services. So how are they able to manage it and keep their software updated every moment? The answer is ALM—Application Lifecycle Management. ALM includes the people, the software, the tools, and the processes included in software development, from planning to deploying it for end customers.
With the increase in popularity and adoption of software development across the industry, developers and organizations are constantly looking for tools to make their lives easier. The right set of tools can quickly help you get the maximum output each day, but the road to finding your arsenal of the best software development tools is not easy. That’s why we researched for you!
Software Deployment Tools (SDTs) help make software systems available to the target endpoints in a network from a central location. They include installation, distribution, configuration, upgrade, and management tools. All software applications need to be upgraded regularly, require new features from time to time, need security reinforcements against new and coming threats, require updates to remove bugs, and so on.
Docker containers have revolutionized the cloud industry. While Docker containers already present remarkable benefits and plus-points over other virtualization methods, there are significant performance gains that developers can further squeeze out of Docker to get the most out of the technology. This guide will cover different methods of optimizing Docker performance and answer some frequently asked questions about the technology.
Software errors are annoying – they are troublesome for IT departments and affect many company processes. A software error is essentially a mismatch between what is expected of the program and the produced output. Sometimes these software errors could have negligible impact, while on other occasions, they could wreak absolute havoc, especially for industries like banking, healthcare, airlines, and stock markets.
Today’s world is a connected one. The technologies we have allow us to connect with people half a world away. Companies can work with people from different locations. Cloud technologies, for example, are helping people collaborate from afar.
PHP has been one of the top (if not best) server-side scripting languages in the world for decades. However, let’s be honest – error logging in PHP is not the most straightforward or intuitive. It involves tweaking a few configuration options plus some playing around to get used to.
Kubernetes is one of the current leading technologies. Its adoption has seen tremendous growth in the past few years. The concept of containers is a paradigm that appears to be the predominant medium of software development and deployment in the coming future. Containers help maintain consistency across various platforms, as they pack an application with its dependencies to help move it from one platform to another.
