Only 53% of businesses in the world have mobile-friendly websites. But what about the other 47%? This means that they are losing out on quite a large demographic comprising mobile users. A website that is fully accessible via a smartphone has undeniable advantages towards your company’s growth, plus it contributes to your Google ranking.
As organizations embark on cloud-centric business transformation to become more agile and operationally efficient, application modernization is fast becoming a cornerstone to realize these goals. In this blog, we will see how the Azure Migrate: App Containerization tool helps you accelerate application modernization as you migrate applications to Azure.
We listed the best books on Amazon that mobile application developers should consider add to their reading list. Application development knowledge is in high demand among organizations that are looking to create and manage mobile apps and services.
Low-Code Application Platforms are a self-serve suite of products which enables community/ citizen users (non-technical business users) to develop, deploy and execute capabilities which can accelerate projects in the areas of user experience, business process management, application development, and so on.
Most developers have moved beyond understanding the business value of DevOps and on to how best to implement it . The former was easy to define, while the latter has been more difficult. Why? The number and types of problem domains differ greatly from one problem domain to the next.
Modern tech-savvy customers today are looking for digital-first, connected, and seamless business interactions. And businesses are looking not only to keep up with the fast-changing customer expectations but also maintain their profitability.
If you’re developing applications that connect to multiple microservices, software-as-a-service (SaaS) APIs, legacy systems, and other third-party services, creating a robust testing environment can be tricky. For example, suppose one API you are validating is to a microservice your team developed.
Your web application firewall (WAF) is humming at the edges of your network, faithfully blocking malicious attacks before they can do any harm. Better yet, it’s a next-generation WAF (NG-WAF). It consists of signatures, rules, and a sprinkle of machine learning to protect your applications (and user data) from harm.
If you are developing applications that connect to multiple microservices, software as a service (SaaS) APIs, legacy systems, and other third-party services, creating a robust test environment can be difficult. For example, suppose one of the APIs you’re validating is for a team-developed microservice.
Enterprise companies’ operations must follow many regulatory requirements, data privacy regulations, and security standards. Security should follow the principle of least privilege access. Audits need to track who changed what and when on all production systems.
Amazon CodeGuru allows you to automate code reviews and improve code quality, and thanks to the new pricing model announced in April you can get started with a lower and fixed monthly rate based on the size of your repository (up to 90% less expensive).
As offices reopen, businesses aren’t keeping to a single formula. Many are embracing hybrid models, with employees splitting time between home and the office. Some are staying 100% remote. Others are returning the full workforce to offices with a greater focus on digitization.
This is part 3 in a multi-part series about the Kubernetes Resource Model. See parts 1 and 2 to learn more. In the last post , we explored how Kubernetes and its declarative resource model can provide a solid platform foundation. But while the Kubernetes Resource Model is powerful, it can also be overwhelming to learn: there are dozens of core Kubernetes API resources, from Deployments and StatefulSets, to ConfigMaps and Services. And each one has its own functionality, fields, and syntax.
Red Hat JBoss Enterprise Application Platform (EAP) on Azure App Service is a fully managed offering for Java EE (Jakarta EE) applications. Java developers have been deploying and scaling their Tomcat, Spring Boot, and other Java apps on App Service since 2014—when the platform first supported Java.
