Environment-as-a-Service offers companies the chance to improve the development lifecycle in the cloud. Here’s what’s most important.

Everything-as-a-Service (XaaS) offers companies the chance to leverage the best of cloud operations—flexibility, scalability, and improved speed. They’re incredibly useful in what’s quickly becoming a cloud-dominant world, and with each new iteration, companies have more tools at the ready to improve operations and deliver dynamic customer experiences.
Environment-as-a-Service (EaaS) can be a game-changer for businesses eager to deploy the best in new tech but short on either time or experts able to manage rapid tech deployments. Let’s explore what EaaS can offer.
Infrastructure-as-a-Service provides companies with storage, networking, and computing resources on demand. It’s associated with virtual machines that require customization as company needs change and technology deployments evolve. Thanks to complex workflows, companies may need more context to continue those deployments.
Environment-as-a-Service is an offshoot, offering both the application and the environment. Basically, EaaS provides the code and settings in addition to hardware and base software. IT teams can run applications in an isolated environment by describing it to the larger system and allowing the EaaS platform to do all the heavy lifting.
There are three significant benefits to adopting EaaS, each of which can have huge impacts on both day-to-day operations and future projections.
Companies moved quickly to the cloud for the promise of improving flexibility and reaction time. However, the cloud can sometimes obscure how much it costs to run processing tasks, and more companies are discovering how easy it is to run over budget accidentally.
EaaS can help companies control costs by first reducing the time teams spend manually setting up new environments. It reuses program elements, allowing companies to iterate more quickly during the development lifecycle. In addition, because environments are repeatable, maintenance costs are reduced.
EaaS also helps companies better estimate how much future environments will cost to deploy and maintain. They can limit the number to reduce complexity, and that streamlining helps prevent unexpected costs from surprising companies.
It isn’t that development couldn’t speed up in the past. Companies needed a way to speed up the development lifecycle without sacrificing quality. Rushed jobs result in poor performance, misplaced customer expectations, and the loss of brand reputation as companies scramble to fix what’s broken.
Teams can create new staging environments quickly by reusing old components and eliminating testing bottlenecks. The platform can react in real time to the activity of development teams while minimizing underutilized tools. Teams can test earlier on and smooth out defects before each release.
Teams can develop and launch as many environments as they need and simply shut down what they don’t end up using. This allows companies to work faster and smarter, often concurrently, without waiting for the infrastructure to follow. In addition, EaaS reduces the tools and environments teams don’t need or haven’t used for a while.
This option controls the growing complexity within the cloud. Right now, companies are in danger of launching applications and losing track of what their teams are using. This way, organizations can follow a leaner development cycle that adapts as needed.
In the past, environments created for non-production tasks were costly and time-consuming. This created a bottleneck in the development lifecycle, with teams waiting for their chance to test new applications before deployment. In some cases, teams adopted shadow IT to help speed up development and reach goals, putting the organization at a disadvantage for governance and security. Solving this challenge provides some of the most compelling use cases for EaaS.
Environment-as-a-Service allows companies to add more participants without losing track of who has what version. It can improve the development cycle by removing one of the most common bottlenecks and provides companies with a quality testing ground to ensure that each application goes to deployment in its best iteration.
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