NetForemostNetForemost
Servicesexpand_moreTechnologiesexpand_moreResourcesexpand_more
eventBook nowActivate my account
Homechevron_rightResourceschevron_rightArticleschevron_rightIs Serverless Computing Right for You?

Is Serverless Computing Right for You?

Unlock the power of Serverless Computing: Embrace a future where infrastructure fades into the background, enhancing both productivity and scalability!

Engineering
Is Serverless Computing Right for You?edit_noteArticles
calendar_todaySep 3, 2024schedule3 min readcodeEngineering

On this page

  • What Is Serverless Computing?
  • Benefits of Serverless Computing
  • Differences Between Cloud-Based Backend Models
  • Should You Use Serverless Computing?
listOn this page4 sectionsexpand_more
  • What Is Serverless Computing?
  • Benefits of Serverless Computing
  • Differences Between Cloud-Based Backend Models
  • Should You Use Serverless Computing?

Back in the early days of the internet, building a website or web app meant owning physical infrastructure to host your own server. This process required significant investments of both time and money. Thankfully, as technology advanced, cloud computing emerged, offering a more convenient solution. Instead of owning servers, you could rent them, resulting in lower costs and increased flexibility. This shift led many businesses to embrace cloud computing, but even this model isn’t without its drawbacks. You often end up paying for more server space than you need, just to accommodate traffic spikes, which can drive up costs and reduce efficiency.

Enter serverless computing—an alternative that’s gaining traction as a future standard for many companies. Serverless computing allows you to pay only for the computing power you use, rather than reserving a fixed amount of server space. This approach adapts to your needs in real-time, reducing waste and improving efficiency.

linkWhat Is Serverless Computing?

Serverless computing is a cloud service where vendors provide flexible backend infrastructure. Instead of paying for a predetermined amount of servers or bandwidth, you’re charged based on your actual usage. Essentially, serverless computing operates on a “pay-as-you-go” model, which means you’re only billed for the resources you consume.

Though it’s called “serverless,” servers are still involved—just managed by the cloud provider. The term reflects the nature of the service: you don’t have to worry about configuring or maintaining the servers yourself, nor are you required to rent entire servers.

linkBenefits of Serverless Computing

Compared to traditional cloud computing, serverless computing offers several key advantages:

  • Scalability: Serverless computing scales automatically with your traffic and activity, eliminating the need to reserve extra space or servers.
  • Faster Deployment: Updates, patches, and upgrades can be rolled out more quickly, as you only need to modify specific parts of the code, speeding up time-to-market.
  • Cost Efficiency: Since you only pay for the resources you use, there’s no need to worry about over-purchasing server space or wasting money on idle CPU time.

linkDifferences Between Cloud-Based Backend Models

Serverless computing shares some similarities with other cloud-based models, which can cause confusion. Here’s how it differs from some of the popular alternatives:

  • Backend-as-a-Service (BaaS): Unlike serverless computing, BaaS applications aren’t necessarily event-driven or operating at the network’s edge.
  • Platform-as-a-Service (PaaS): While PaaS solutions may be scalable, they don’t inherently operate at the edge of the network, making serverless computing more flexible.
  • Infrastructure-as-a-Service (IaaS): IaaS encompasses a broad range of services, and while serverless functionality can be part of IaaS, they are not the same thing.

linkShould You Use Serverless Computing?

Despite its many benefits, serverless computing has its limitations. It may not be ideal for high-performance computing or high-volume workloads. Additionally, vendor lock-in is a concern since your serverless environment is tied to a specific provider, potentially complicating future migrations.

Another challenge is the performance lag with infrequently used functions. When a function isn’t called often, the provider shuts it down to avoid unnecessary resource consumption. This means the next time it’s needed, there may be a delay as the function is restarted, which can impact user experience.

If these concerns aren’t dealbreakers for your business, serverless computing could be a good fit—especially for mid-sized companies or startups that don’t require complex backend infrastructure. As the technology continues to evolve and edge computing gains popularity, serverless computing is poised to become a more common choice in the cloud landscape.

If you’re considering this model, it’s a good idea to consult with cloud experts to better understand how serverless computing could support your next web development project.

Keep reading

All resourcesarrow_forward
Before-and-after PageSpeed comparison: performance score rose from 31 to 54 in three days, with Cumulative Layout Shift at 0.auto_storiesCase study

How we raised an online store's PageSpeed score from 31 to 54 in three days

An online store had gone years without meaningful performance work. Here's how a controlled, prioritized optimization raised its PageSpeed score by 23 points in three days.

Delivery visibilityEngineering
calendar_todayJul 28, 2026schedule2 min readarrow_forward
Dark 3D globe showing connection arcs between North America, Latin America, and Asia, representing nearshore and offshore software development models.menu_bookGuide

Nearshore vs offshore software development: how to choose and test your partner in 2026

A practical guide to choosing between nearshore and offshore software development in 2026, with cost benchmarks, AI-era review questions, red flags, and a trial-sprint framework.

AI-native deliveryNearshore teamsDelivery visibility
calendar_todayJul 16, 2026schedule9 min readarrow_forward
Abstract 3D visualization of cloud infrastructure in blue tones on a dark backgroundauto_storiesCase study

How we reduced AWS infrastructure costs by 18% without replatforming

A strategic cloud optimization initiative that saved over $3,000 per month while maintaining platform stability and uninterrupted operations.

Delivery visibilityEngineering
calendar_todayJul 14, 2026schedule4 min readarrow_forward

Ready to scope your software project?

Schedule discovery hours so we can turn your goals, stack, scope, and risks into a practical delivery plan.

eventBook now
NetForemostNetForemost

AI-native delivery teams for product design, software development, QA testing, and project management.

Services

AI-Native DevelopmentProduct DesignSoftware DevelopmentQA & TestingProject Management

Why us

More than developersClear delivery visibilityNearshore collaborationFlexible project support

Resources

All resourcesGuidesCase studiesPortfolio

Contact

Book a discovery callLinkedInCareers
© NetForemost 2026·PrivacyTermsSecurity