There are numerous serverless benefits that enterprise businesses can take advantage of. In software development, this cloud-type service can help manage backend infrastructure, allowing developers to focus on coding and deployment.
Key Takeaways:
- What is serverless architecture, and how can it impact a business?
- How do serverless architecture and microservices work?
- Discover the advantages of using serverless architecture to reduce application software development costs
- Learn the benefits of switching developer focus to coding and release deployment rather than backend server and process management
Traditional server-based infrastructure may still be a standard for developers, but it doesn’t match many of the backend solutions a serverless infrastructure can provide. The requirements and expectations for software development projects are only becoming more demanding and complex. Developers need an infrastructure that works in their best interest while providing them the flexibility to focus on more important tasks.
A serverless infrastructure can aid the efficiency of software development projects and significantly reduce business costs. There are many steps that a software development company can take to be more efficient and cost-effective, but serverless architecture is becoming an increasingly attractive solution.
From specific backend management to microservices that focus on certain roles within an application, serverless functions can be integrated into multiple layers of a software development project. Considering this cloud-type service isn’t an industry norm, there’s still a decent learning curve that comes with the technology. To apply a serverless model that your developers can use to their advantage, it’s essential to understand how it works and the vast benefits that come with it.
What is serverless architecture, and how can it impact a business?
Although serverless architecture is capable of a range of different services, it primarily focuses on providing backend services on an as-used basis. With this technology, developers don’t have to manage the underlying infrastructure, allowing them to spend more time coding and deployment.
In the traditional model, businesses pay for the number of servers and bandwidth used. With serverless computing, this model only charges by computation. Essentially, enterprise businesses are working with a “pay as you go” system by going serverless.
The core benefits of serverless architecture for enterprise businesses include the following:
- Easier to adapt to changes in the market and project requirements
- Promotes innovation with cost-efficiency, development, modularity, and scaling
- Improves the execution of deployment timelines
- Reduces potential downtime
- Can easily be integrated with the automation of specific processes
The serverless benefits for enterprises are worth the investment, and considering the cost savings that come with them, many software development companies are looking to transition. To make this transition, businesses need to have a grasp on how serverless architecture functions, in addition to the microservices that come with it.
How do serverless architecture and microservices work?
Serverless cloud computing helps developers with a range of specific functions. The architecture itself operates as a Functions-as-a-Service (FaaS) model. There are different ways serverless computing can function, aiding developers on multiple fronts.
For example, when developers write a function and then define an event, the serverless cloud will then execute that function. The defined event then triggers. This could be a user making an action within an app, such as an HTTP request. The cloud service will review if the function is already active, and if it isn’t, it’ll initiate the function itself.
At this point, the user experiences the result of their action in the application. Each step comes with a level of efficiency surpassing traditional server architecture. Microservices are a part of this efficiency and effectiveness. With monolithic development, coders are developing applications as an all-in-one unit, but microservices offer scalability and independent management of different features within an application.
Serverless microservices execute specific functions that respond to different actions within an application, such as updates, HTTP requests, downloading files, and more. The cloud provider handles the underlying infrastructure needed to run function code, which helps developers spend more time on coding and other related tasks.
Microservices can also initiate multiple functions simultaneously, improving the efficiency of an application and the reliability of each action that takes place. Aside from the functionality of serverless architecture, businesses will also reap the benefits of reducing operational costs.
Using serverless architecture to reduce application software development costs
Serverless architecture mitigates many of the costs of backend resources and maintenance. This is thanks to the “pay as you go” system, and the cost savings are significant. Regardless of the type of software development project, infrastructure costs can be quite high, especially with traditional servers.
With the help of serverless cloud computing, businesses will benefit from an improved ROI while improving the scalability and deployment of a development project. There are numerous features of the serverless architecture that play into the cost-effectiveness of the technology.
Some of these include:
- Faster development and updates
- A decrease in overall latency
- Improved scalability
- Simpler operations management and management
The contrast in costs is so staggering that it’s evident why so many enterprise businesses have switched to the serverless model. However, considering traditional servers are still a large part of software development, migrating to a serverless architecture, such as Amazon Web Services (AWS), can be relatively complex.
The importance of early-stage migration
If you’re looking to take advantage of serverless architecture’s benefits, it’s a good idea to make that transition sooner than later. This may be a fairly complicated task for some businesses as it requires an overhaul of how you maintain software development and backend management.
Using the best practices on serverless designs to massively scale and represent enterprise models is equally important. When you consider the scale of adjustment required for your business, it doesn’t hurt to work with experts. CloudHesive stays up to date with the benefits of serverless architecture while providing solutions for businesses looking to focus on early-stage migration. Don’t hesitate to reach out to see how we can help with your transition to a serverless architecture model.
Spanish