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.
In the competitive business world, building a robust software application becomes a vital part of the business. Ensured application performance requires consistent monitoring across several aspects. However, building dedicated tools from scratch is time-consuming and likely unviable.
The process of developing software applications has evolved over the years. DevOps has taken over the world, and more and more companies are starting to adopt the DevOps culture in their process. DevOps is a practice of operations where engineering teams work together through the entire software development cycle. It includes functions from development to testing and deployment to production support. Because of that, DevOps has become popular in the industry.
Camber Partners, a private equity firm focused on product-led SaaS companies, announced that it has completed an investment in Scout APM, a leading provider of Application Performance Management (APM) software. Scout APM helps developers and application administrators gain insight into their software’s performance by providing monitoring of key metrics surrounding web-application performance.
Monitoring has always been a crucial operation in a software development cycle. This is mainly because of the complexity of industry-level IT and consumer-facing product development. Additionally, there is an ever-growing demand for rapid upgrades in products. To meet these requirements, streamlined performance and stability have become more important than ever; and without effective monitoring practices, they appear difficult to achieve.
The rapid pace of updates and upgrades to operating systems, software frameworks, libraries, programming language versions – a boon to the future of fast-paced software development, has also come to slightly bite us in the back because of having to manage these very many dependencies with their different versions across different environments.
Each day, more and more companies consider opting for cloud-based solutions, and they almost always end up adopting them to some extent. While the increasing popularity of cloud services may be a significant factor in accelerating the adoption rate of cloud-based solutions, some individuals remain skeptical of migrating their applications to the cloud due to unfamiliar territory.
In the Modern era of application development, businesses move towards building highly available, fault-tolerant, zero downtime applications to make the user experience and performance smoother and better. One of the essential steps in that process is containerization and orchestration of an application. A Container Monitoring process is as vital as containerizing your application.
Introduced in 1991, Python has grown to become a versatile and reliable programming language for modern computing requirements. Python is a powerful language used in web development, data science, software prototype creation, and much more. One of the best qualities of this language is it’s easy to learn and uniform across many use-cases.
