Migration Hesitation: Why Fear and Stagnation May Be Costing Your Business More Than You Think

There is no doubt that moving mission-critical applications to a new runtime environment is no small task. The fear of disruption, cost overruns and unknown risks often leads businesses to avoid necessary changes, even when the current system is far from optimal.

In the blog series ‘What’s Stopping Businesses from Application Server Migrations – Insights from Industry Players’ we explore one the reasons behind this hesitation and the real costs associated with migration fears. In the first blog post, we covered the fear of the unknown and business disruptions. In this second episode, we look at the fear of migration costs. In effect, as many business leaders reveal, the perceived financial risks often can overshadow the potential long-term benefits of moving to a different application server.

Jakarta EE, formerly known as Java EE (J2EE), and Spring Boot are the two de facto standards when it comes to enterprise Java applications, and the competition between these two alternatives to secure more market share has been going on for a while. Currently, many enterprise applications rely on Jakarta EE. However, most junior developers are familiar solely with Spring Boot. If you are a Spring Boot developer that needs to use or migrate to the Jakarta EE framework, we have created a guide to help you bridge your existing Spring Boot expertise with core Jakarta EE concepts.

Cloud computing is becoming the norm for enterprise-level applications, offering forward-looking businesses a wealth of benefits – reduced operational costs being one of them. However, cloud infrastructure expenditure can quickly spiral out of control, if managed incorrectly. By following a few, simple guidelines, companies can maximize the advantages of the cloud, including revenue, with limited, value-adding investments.

Ensuring Business Continuity When Changing Application Runtime

In today’s digital age, the only constant is change. Yet, one area where change often induces hesitation is in the modernization and migration of application servers for software. Moving mission-critical applications to a different runtime environment can indeed be a daunting prospect, entailing significant investments of time, money and resources. However, when unsatisfied by their current solution, why is the fear of migration operations not giving way to the fear of missing out?

In this blog series 'What’s Stopping Businesses from Application Server Migrations – Insights from Industry Players', we will look at what industry experts say and debunk server migration myths.

Payara Cloud, our increasingly popular Payara as a Service (PaaS) offering, automates the cloud deployment of your Jakarta EE and MicroProfile applications, making it easy to connect to essential services that your application relies on. This post shows you how to connect your applications to the services they need. This quick tutorial applies whether those services are inside or outside your cloud environment, as long as they are reachable across the internet.

Now that we're eight months into 2024 (already!?), and in the middle of summer, it seems like a good time to catch up and update you on the Payara Roadmap for 2024 - let's see what we've done and what we are still planning to do for the rest of the year and beyond.

You can also watch the Payara Roadmap Update presented at the Virtual Payara Conference last month.

Robust and efficient application servers are crucial for companies relying on software applications, whether supporting e-commerce platforms, financial services portals, or internal operations. To ensure smooth operations and deliver seamless services to users, it's essential to partner with vendors who can provide a system runtime that offers maximum uptime. This reduces costs and optimizes performance, profitability, and user satisfaction. Effective service level agreements (SLAs) with these vendors play a key role in minimizing disruptions and ensuring that your applications run efficiently and reliably. 

In this blog post, we share insights from industry players on what to look for in application runtime SLAs to minimize disruptions.

Welcome to another Nugget Friday! Today, we’re excited to share some insights into a recent development in the Java ecosystem that promises to enhance the way we process data with streams, exploring how it can make your stream processing more flexible, efficient and expressive. 

With business running around the clock, customers and staff expect uninterrupted access to key software applications, making uptime essential to deliver optimum user experience. By implementing strategies aimed at keeping applications online, operational and responsive, companies can enhance their profitability, profile and overall competitiveness in the marketplace.

We interviewed our experts Luqman Saeed, Fabio Turizo and Patrik Duditš to help you with a few key tips on how to develop applications with high availability, consistency and reliability.

As Java developers, we’ve long grappled with the constraints of constructor logic and initialization.  In the past, if you needed to perform any operations before invoking the superclass constructor (via super()) in any class, you were often forced to rely on helper methods or extra constructors. This mostly ended up with cluttered, hard to read code as you needed to duplicate constructors or find workarounds. Let's look at how to address this in today's Nugget Friday!