Best Serverless Platforms of 2024

The fully managed multicloud Postgres, with a generously free tier. We separated storage from computing to provide autoscaling and branching. We separated computing and storage to enable on-demand scaling. When not in use, compute scales down to zero. Neon Storage uses the "copy on write" technique to provide data branching, checkpointing online, and point-in time restore. This eliminates expensive full-data backup and restore operations required with traditional database-as-a-service systems. Neon allows you branch your Postgres database instantly to support modern development workflows. You can create branches to support test environments and every deployment in your CI/CD workflow. Our serverless architecture reduces storage and computing costs. Neon's autoscaling capability prevents over-provisioning, and paying for instances that are not used.

Run code as a scalable function in a fault-tolerant and secure environment, without having to create or maintain VMs. The service creates more instances of your function as the number of function call increases. All functions are run in parallel. The runtime environment is hosted on three availability zones to ensure availability even if a zone fails. Configure and prepare functions to be ready for processing loads at all times. This mode allows you avoid cold starts and to quickly process loads of all sizes. Give functions access to VPCs to accelerate interactions with private resources such as database clusters, virtual machine, Kubernetes Nodes, etc. Serverless Functions logs and tracks information about function calls, and analyzes the execution flow and performance. You can also describe the logging mechanisms within your function code. Launch cloud functions synchronized or delayed.

Spot Ocean allows you to reap the benefits Kubernetes without worrying too much about infrastructure, while simultaneously gaining deep cluster visibility. This can dramatically reduce costs. The key question is how can containers be used without the operational overhead of managing underlying VMs, while still maximizing the cost benefits associated to multi-cloud and spot instances. Spot Ocean solves this problem by managing containers within a "Serverless” environment. Ocean is an abstraction over virtual machines that allows Kubernetes clusters to be deployed without the need for managing the underlying VMs. Ocean makes use of multiple compute purchasing options such as Spot and Reserved instance pricing. It also has failover to On Demand instances whenever necessary, resulting in a 80% reduction in infrastructure expenses. Spot Ocean is a Serverless Compute Engine. It abstracts the provisioning (launching), autoscaling and management of worker nodes within Kubernetes clusters.

Bit is a collaborative and scalable way to create and reuse components. It provides everything you need, from local development to cross-project integrations. It's free to try. Bit is an open-source toolchain that allows for component-driven development. Distribute composable software instead of monolithic apps. Distribute component ownership across development teams. Components are simple to replace and refactor. Develop consistency and standards across products and teams. Instead of reinventing the wheel, combine existing components to create new ones. Create a reusable design system and UI. Develop a consistent and reusable UI system. Code and teams should be distributed. Encourage autonomy and standardization. Scale to cross-team collaboration. This will bridge the gap between product design, development, and design. A composable and scalable backend that doesn't repeat itself is possible.

Cloud Functions offers a simple and intuitive user experience. Simply write your code, and Google Cloud will handle the operational infrastructure. You can develop faster by writing small code snippets that react to events. To simplify complex orchestration problems, connect to Google Cloud and third-party cloud services using triggers.

Based on Apache OpenWhisk, IBM Cloud™ Functions is a polyglot functions-as-a-service (FaaS) programming platform for developing lightweight code that scalably executes on demand.

Knative was created by Google with contributions of over 50 companies. It provides the essential components for building and running serverless applications on Kubernetes. Knative provides features such as scale-to-zero and autoscaling. It also offers in-cluster builds and an eventing framework for Kubernetes-native applications. Knative identifies the best practices of Kubernetes-based frameworks that have been successful, whether they are on-premises or in the cloud. Knative allows developers to concentrate on writing code and not worry about the "boring, but difficult" aspects of building, deploying, managing, or maintaining their application.

Amazon EventBridge is a serverless event bus that makes it easy to connect applications together using data from your own applications, integrated Software-as-a-Service (SaaS) applications, and AWS services. EventBridge provides a stream of real time data from event sources like Pagerduty, Datadog, and Zendesk. It routes that data to AWS Lambda. To build applications that respond in real-time to all your data sources, you can set up routing rules. EventBridge makes it easy for you to create event-driven apps. It handles event ingestion, delivery, authorization, security, and error handling. Your applications will become more interconnected by events. You need to spend more time finding and understanding the structure of events in order to write code that reacts to them.

We provide a geo-distributed, real-time database, stream processing, and compute runtime for event driven applications across up to 175 global edge data centers. Our platform is loved by API and app developers because it solves the most difficult problems of sharing mutable states across hundreds of locations around the world. We also have high consistency and low latency. Macrometa allows you to surgically expand your existing infrastructure to bring your application closer to your users. This allows you to improve performance and user experience, as well as comply with global data governance laws. Macrometa is a streaming, serverless NoSQL database that can be used for stream data processing, pub/sub, and compute engines. You can create stateful data infrastructure, stateful function & containers for long-running workloads, and process data streams real time. We do the ops and orchestration, you write the code.

TEM is a component-based microservice platform that embraces Spring Cloud's open source community. It is highly available, scalable and flexible. It allows you to migrate Spring Cloud applications to elastic microservice architecture without any modification or intrusion, which reduces your migration time and labor cost. TEM provides application hosting services that can manage the entire lifecycle for cloud native microservice apps. TEM makes it easy to create, deploy, scale up, stop, deactivate and monitor applications quickly, securely, efficiently, and flexibly, without needing to manage the underlying infrastructure. TEM allows you to quickly and easily migrate your businesses to cloud without having to modify your business code. This eliminates learning costs and greatly reduces Ops costs. It also helps you achieve better business results.

An open-source framework that allows you to design, build, and deploy solutions on top serverless infrastructure. Self-hosted, serverless CMS that provides a headless GraphQL API and asset management. It also includes a no-code builder to create static pages and forms. It is easy to scale and cost-effective. Your pages will be easily crawled by search engines thanks to the built-in prerendering service. Manage digital assets and resize images to deliver them in multiple resolutions. With custom plugins and business logic, you can expand and modify any aspect of the system. Many performance optimizations are built into the site to make it fast and scalable.

Cloud Foundry ensures that all aspects of coding are tightly coordinated with any attached services. This results in consistent, reliable and fast iterating of applications. Cloud Foundry is an industry-standard platform-as-a-service (PaaS) that ensures the fastest, most reliable and easiest deployment of cloud-native apps. IBM Cloud Foundry PaaS is available in multiple hosting models. This allows you to tailor your PaaS experience and balance price, deployment speed, security, and other factors. Cloud Foundry offers runtimes for Java and Node.js as well as PHP, Python, Ruby and ASP.NET. There are also community build packs. The application runtimes, when combined with DevOps services enable a delivery pipeline which automates much iterative development.

Vapor is more than just about deployments. Vapor's intuitive dashboard makes it easy to manage, scale, restore, and create traditional and serverless database. Your Laravel jobs can be written and sent. You will then experience serverless scaling, where hundreds of jobs can be executed simultaneously with no configuration. Vapor's JavaScript utilities allow you to stream file uploads directly from your application's frontend to S3 with ease. It's almost like magic. Vapor monitors many metrics about your applications, databases and caches. Vapor will never lose sight on your application's health. We will even notify you if performance isn’t up to standard. You can manage your DNS records from either the Vapor UI, or CLI. Every Vapor application is issued an auto-renewing SSL certificate upon deployment.

We designed a container system in rust from scratch for the fastest cold start times. Scale up to hundreds of GPUs in seconds and down to zero again, paying only for what you need. Deploy functions in the cloud with custom container images, and hardware requirements. Never write a line of YAML. Modal offers up to $25k in free compute credits for startups and academic researchers. These credits can be used to access GPU compute and in-demand GPU types. Modal measures CPU utilization continuously by comparing the number of physical cores to the number of fractional cores. Each physical core is equal to 2 vCPUs. Memory consumption is continuously measured. You only pay for the memory and CPU you actually use.

The cloud-native DBOS OS provides a simpler and more secure way to create fault-tolerant cloud apps. DBOS is the result of 3 years of open source R&D by MIT and Stanford. It revolutionizes cloud native architecture. DBOS is a cloud native OS that uses a relational database as the foundation to simplify today's complex cloud applications stacks. DBOS is the engine behind DBOS Cloud. This serverless platform provides fault tolerance, observability and cyber-resilience to stateful TypeScript apps. OS services are implemented over a distributed DBMS. Stack is simplified by the built-in fault-tolerant, transactional state management. No need for cluster management, workflow orchestration, or containers. Scaling, performance and availability are all achieved with ease. Metrics and logs are stored in SQL tables. Cyber-resilience, self-detection of cyber attacks, and a smaller cyber attack surface.

You can design, develop, debug, and deliver serverless faster. DynamoDB's most powerful collection of tools, including a single-table aware data browser, a designer, provisioning planner and migration manager, as well as metrics. Manage tables that understand your single-table design. The single-table designer allows you to manage schemas and entities. Real historical data is used to determine the best method of provisioning. The migration manager allows you to upgrade and downgrade data. You can see how DynamoDB tables perform with detailed metrics at the table, account and single-table entity level. Automated error detection for database, application and service events. Alerts and alarms can be set up for log events, metrics, events, and DynamoDB performance. Smart notification dampening will not cause you to be overwhelmed by alerts. You can select monitored resources using tags, regular expressions, or a list.

You can run code without worrying about servers. Only pay for the compute time that you use. AWS Lambda allows you to run code without having to provision or manage servers. You only pay for the compute time that you use. Lambda allows you to run code for any type of backend service or application - and all this with zero administration. Upload your code, and Lambda will take care of scaling your code with high availability. Your code can be set up to trigger automatically from other AWS services, or you can call it directly from any mobile or web app. AWS Lambda runs your code automatically without you having to manage or provision servers. Simply write the code and upload it directly to Lambda. AWS Lambda automatically scales the application by running code according to each trigger. Your code runs in parallel, processing each trigger separately, scaling exactly with the workload.

Workers Unbound is the fastest, most flexible, secure, and affordable serverless computing platform Cloudflare has introduced. Workers Unbound extends capacity limits while offering a compelling pricing structure for customers. Cloudflare Workers®, Unbound is a serverless platform that developers can use with unmatched flexibility, performance and security. It also makes it easy to use and costs very affordable. Cloudflare Workers Unbound enables developers to run complex computing workloads across the Cloudflare network, and only pay for what they use. - Limitless: Customers only pay for what they use, with unlocked CPU limits - No Cold Starts - Support for 0 nanosecond cold start - making Workers Unbound predictably quick - Fast Globally - Workers run on Cloudflare’s network in 200 cities and more than 100 countries - Wide Language Support: Flexibility to program in JavaScript, C++, Python and Go. - Robust Debugging Tool: New tools to simplify diagnosing and debugging problems

Functions is an event-driven, serverless computing platform that allows you to develop more efficiently. It can also solve complex orchestration issues. You can build and debug locally, deploy and operate at scale in a cloud environment, and integrate services with triggers and bindings.

Alibaba Cloud Function Compute provides a fully managed, event-driven computing service. Function Compute lets you focus on writing and uploading code, without the need to manage servers or infrastructure. Function Compute offers compute resources that allow you to run your code efficiently and reliably. Function Compute also offers a generous amount free resources. There are no fees for up to 1,000,000 Invocations per month and 400,000 CU second compute resources.

EdgeEngine is a proprietary orchestration system that automates and integrates all aspects of our infrastructure and services. It has complete control over all devices at every StackPath edge location. Its API-first architecture allows us to automate its actions, and extend the same automation for end customers all from one pane of glass.

Red Hat Openshift Cloud Functions is a FaaS – Function as a service that can be deployed to Openshift. It is based on Knative, a FaaS project within the Kubernetes community. It will allow developers to run code without having to know any details about the underlying platform.

Twilio offers you the flexibility to bring your ideas to life and the scalability to make them a reality. You can build anything using powerful APIs, drag and drop tools, or serverless functions.

ZippyDB™, you can save time and money on DevOps, patching, operational management, and debugging. Our consumption-based pricing is much lower than our competitor's fixed pricing. You can use all the Redis cache features such as data caching, queues, leaderboards and any other high-performance Redis in-memory storage use. A fully managed serverless Redis experience is available. Reduce the complexity of managing servers and replicas. Redis high availability, backed by our 100% uptime warranty. Redis infrastructure with hardened. Full encryption for PCI & HIPAA compliance. You only pay for what you use, and it is per-second.

You can reduce the complexity of your service architecture by writing only the core code and not worrying about peripheral components. SCF can scale up or down according to the number of requests, without any manual configuration. SCF can automatically allocate computing resources to meet your business needs, regardless of how many requests you have at any given moment. SCF can automatically use the infrastructure of other zones to execute code if a zone is unavailable due to a power outage or natural disaster. This eliminates the risk of service interruptions that are inherent in single-availability operations. SCF can trigger event-triggered workloads. It leverages different cloud services to meet different business scenarios. This will further strengthen your service architecture.