7 Best Alternatives to Serverless Framework in 2026

Why look beyond Serverless Framework

While Serverless Framework offers a unified approach to deploying serverless applications across various cloud providers, developers may explore alternatives for several reasons. Teams deeply integrated into a single cloud ecosystem, such as AWS, might find cloud-native tools like AWS SAM offer tighter integration and access to the latest platform features without the abstraction layer. Organizations prioritizing a declarative infrastructure-as-code approach beyond just serverless functions may prefer general-purpose tools like Terraform or Pulumi, which can manage a broader spectrum of cloud resources. Additionally, some teams might seek a more opinionated or integrated development and deployment experience, which specialized platforms like Vercel provide for frontend-heavy serverless applications.

The choice of a serverless deployment tool often comes down to existing infrastructure, team expertise, desired level of abstraction, and specific project requirements. While Serverless Framework excels at multi-cloud serverless deployments, alternatives can offer specialized benefits for different use cases or development philosophies.

Top alternatives ranked

1. 1. AWS Serverless Application Model (SAM) — A native framework for building serverless applications on AWS.

   AWS Serverless Application Model (SAM) is an open-source framework specifically designed to build serverless applications on the Amazon Web Services (AWS) platform. It provides a shorthand syntax to define serverless resources, including AWS Lambda functions, Amazon API Gateway APIs, Amazon DynamoDB tables, and more, within a single template file. SAM extends AWS CloudFormation, allowing developers to define their infrastructure as code and deploy it using familiar AWS tooling. The SAM CLI enhances the developer experience by offering local testing and debugging capabilities, accelerating the iteration cycle for serverless functions. Its deep integration with AWS services makes it a strong choice for teams fully committed to the AWS ecosystem, providing direct access to new AWS features as they are released.

   Best for: AWS-centric serverless development, rapid prototyping on AWS, CloudFormation users.

   • AWS Serverless Application Model (SAM) profile
   • Learn more about AWS Serverless Application Model (SAM)

2. 2. Pulumi — Infrastructure as Code using familiar programming languages.

   Pulumi is an open-source infrastructure as code (IaC) tool that allows developers to define, deploy, and manage cloud infrastructure using general-purpose programming languages such as TypeScript, JavaScript, Python, Go, C#, Java, and YAML. Unlike domain-specific languages (DSLs) often found in IaC tools, Pulumi enables developers to leverage existing programming skills, IDEs, and testing frameworks to manage their cloud resources. It supports multiple cloud providers, including AWS, Azure, Google Cloud, and Kubernetes, making it suitable for multi-cloud strategies and complex infrastructure deployments. Pulumi's approach facilitates code reuse, modularity, and strong typing, which can improve the maintainability and reliability of infrastructure definitions, including serverless components.

   Best for: Developers preferring general-purpose programming languages for IaC, multi-cloud infrastructure management, complex resource dependencies.

   • Pulumi profile
   • Learn more about Pulumi

3. 3. Terraform — Declarative configuration for provisioning and managing infrastructure.

   Terraform, developed by HashiCorp, is an open-source infrastructure as code (IaC) tool that enables developers to define and provision data center infrastructure using a declarative configuration language known as HashiCorp Configuration Language (HCL). It supports a vast array of cloud and on-premise providers, including all major cloud platforms, making it a highly versatile tool for managing diverse infrastructure environments. While not exclusively focused on serverless, Terraform can define and manage serverless resources, such as AWS Lambda functions or Azure Functions, alongside other infrastructure components like databases, networks, and virtual machines. Its state management capabilities and plan-apply workflow provide a robust mechanism for tracking and safely evolving infrastructure over time.

   Best for: Comprehensive multi-cloud infrastructure management, large-scale infrastructure deployments, teams needing granular control over resource provisioning.

   • Terraform profile
   • Learn more about Terraform

4. 4. Vercel — A cloud platform for frontend developers, featuring serverless functions.

   Vercel is a cloud platform designed for frontend developers, known for its seamless deployment of Next.js applications and other static sites. It integrates serverless functions (AWS Lambda under the hood) directly into the deployment workflow, allowing developers to build full-stack applications with an emphasis on frontend development. Vercel automatically deploys serverless functions for API routes, data fetching, and backend logic, abstracting away the underlying infrastructure management. Its focus on developer experience includes automatic scaling, global CDN, and instant deployments with Git integration. For projects built with modern frontend frameworks that require serverless backend capabilities, Vercel offers a streamlined and integrated solution.

   Best for: Next.js applications, static site generation with serverless backends, frontend-focused teams, rapid deployment workflows.

   • Vercel profile
   • Learn more about Vercel

5. 5. AWS — The foundational cloud platform for serverless computing.

   Amazon Web Services (AWS) is a comprehensive, broadly adopted, and highly scalable cloud platform, offering over 200 fully featured services from data centers globally. For serverless computing, AWS provides core services like AWS Lambda (for running code without provisioning or managing servers), Amazon API Gateway (for creating, publishing, maintaining, monitoring, and securing APIs), and Amazon DynamoDB (a fast and flexible NoSQL database service). While Serverless Framework and AWS SAM build on top of these services, directly using AWS services allows for the highest degree of customization and access to the latest features. Developers can define and manage these resources using AWS CloudFormation, the AWS Management Console, or AWS SDKs, offering maximum flexibility for complex or highly specialized serverless architectures.

   Best for: Deep integration with AWS ecosystem, highly custom serverless architectures, leveraging the latest AWS features, large-scale enterprise deployments.

   • AWS profile
   • Learn more about AWS

6. 6. Remix — A full-stack web framework focused on web standards and performance.

   Remix is a full-stack web framework that focuses on web standards and performance, built on React. It embraces serverless architecture by default for its deployment model, often leveraging edge functions and serverless runtimes. Remix applications can be deployed to various serverless platforms, including Vercel, Netlify, and Cloudflare Workers, enabling highly scalable and performant web applications. Unlike tools primarily focused on infrastructure provisioning, Remix provides a complete development environment, from routing and data loading to mutations and error handling, all designed to work efficiently in a serverless context. Its approach prioritizes user experience by minimizing client-side JavaScript and optimizing data flow, making it an excellent choice for modern web applications that benefit from serverless backends.

   Best for: Full-stack web applications with React, performance-critical sites, leveraging edge computing, web standards-compliant development.

   • Remix profile
   • Learn more about Remix

7. 7. Next.js — A React framework for production, supporting serverless functions.

   Next.js is a popular open-source React framework that enables developers to build server-side rendered (SSR), static, and full-stack web applications. It has native support for serverless functions through its API Routes feature, which allows developers to create backend endpoints using Node.js within the same project as their frontend code. These API Routes are automatically deployed as serverless functions when hosted on platforms like Vercel or Netlify. Next.js offers features like automatic code splitting, image optimization, and data fetching utilities that work well with serverless architectures, contributing to highly performant and scalable applications. Its widespread adoption and extensive ecosystem make it a strong contender for modern web development requiring serverless capabilities.

   Best for: React-based full-stack applications, static sites and SSR with integrated APIs, large-scale web projects, rapid development with a unified codebase.

   • Next.js profile
   • Learn more about Next.js

Side-by-side

How to pick

Choosing the right serverless framework or deployment tool depends on your specific project requirements, team expertise, and existing infrastructure. Consider the following decision points:

• Are you exclusively on AWS? If your entire application ecosystem is built on AWS, AWS Serverless Application Model (SAM) offers the tightest integration with AWS services and CloudFormation, providing a native and often simpler experience for AWS-specific serverless deployments. Directly using AWS services with CloudFormation or CDK gives you maximum control.

• Do you need multi-cloud support or infrastructure beyond serverless functions? For managing a broad array of cloud resources across multiple providers, Terraform or Pulumi are strong contenders. Pulumi stands out if your team prefers using general-purpose programming languages (like Python or TypeScript) for infrastructure as code, allowing for more advanced logic and testing capabilities. Terraform is ideal for declarative configuration across a vast ecosystem of providers.

• Are you building a modern web application with React? If your primary focus is a performant React-based web application that leverages serverless functions for APIs and backend logic, Next.js or Remix could be more suitable. These frameworks offer integrated development experiences, abstracting much of the serverless infrastructure. Vercel is particularly well-suited for deploying Next.js applications, providing a streamlined developer experience with built-in serverless function support.

• What is your team's existing skill set? If your team is proficient in a specific programming language, tools like Pulumi (which supports multiple languages) or frameworks like Next.js/Remix (JavaScript/TypeScript) might align better. If your team is more ops-focused, Terraform's HCL might be a natural fit. If they are already familiar with AWS development, SAM can accelerate adoption.

• How much abstraction do you prefer? Serverless Framework provides a significant abstraction layer over cloud providers, which is beneficial for multi-cloud strategies. AWS SAM offers less abstraction but provides a more focused experience within AWS. Direct use of AWS services gives the least abstraction but maximum control. Frameworks like Next.js and Remix abstract away much of the serverless backend, focusing developers on the application logic.