![]() ![]() Secure - Multiple networks host cloud-based app components, making them harder to attack, and the massive scale of many providers brings large-enterprise security measures to smaller operations.Environment agnostic - The environment-agnostic nature of cloud apps, according to the InfoQ article, means that no tool or library can exist outside of what IT experts explicitly declare, simplifying setup for developers.Scalable - The scale of cloud providers’ data centers as well as the competitive provider market are driving down costs for building and maintaining cloud apps and spurring the move away from dedicated servers for each tier.Serverless - Cloud apps’ serverless nature also makes them more scalable according to demand - a challenge for traditional apps’ static infrastructures.Agile - Users can update and deploy cloud apps quickly, allowing enterprise leaders to respond to problems without needing to take entire servers offline.Thanks to cloud architectures, cloud apps are fundamentally more flexible than traditional apps, adding significant value for users. And because so many cloud apps are designed based on service-oriented architecture (SOA) principles, they feature more dynamic frameworks than traditional apps. While traditional apps use rigid databases, cloud app architectures offer varied options and the ability to divide data based on usage requirements. Cloud architecture is characterized by automation and user interfaces for designing and building infrastructure.Due to extensive infrastructure dependence, when their infrastructures fail, applications cannot recover. Even when IT professionals move traditional apps to virtual servers, this architecture remains mostly the same. That scalability can be limited, challenging, and costly. Each of these tiers requires a dedicated server, features a static infrastructure, and is mostly rigid, meaning it cannot scale automatically. Traditional architecture often includes a presentation tier, an app logic tier, and a database tier.But what makes cloud apps’ infrastructures and architectures better than those of traditional apps? Here’s a quick rundown, according to the LinkedIn publication: This inflexibility typically wastes resources and hinders growth in an ever-advancing, highly technological business landscape. Architecture 101Ī factor that motivates many company leaders to transition their apps to the cloud is traditional apps’ reliance on redundant, highly optimized, and often underutilized infrastructures. ![]() Therefore, it’s important to understand the differences between how apps work in the cloud versus on traditional platforms - and how approaching the two differently can help your business. In fact, a frequent mistake IT professionals make when implementing cloud technology is understanding cloud applications as having identical architectures and logics to traditional applications. However, the term refers more to the IT evolution as a whole over the last decade than it does a specific piece of technology. After all, it would make understanding and utilizing cloud technology much easier than it actually is. Many of us would like to think of “cloud computing” as having a single definition.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |