A PaaS (Platform as a service) hosting provider delivers hardware and software for app development, deployment, and management without owning the infrastructure and underlying services and tools.
By hosting apps on PaaS, companies can benefit from:
- Faster time to market as it provides pre-configured development environments with a smooth deployment process.
- Simplified management and easy scalability (both horizontal and vertical)
- Cost optimization with no infrastructure or maintenance costs. The pay-as-you-go model also reduces overall costs.
Geekflare team has tested the top PaaS hosting providers for apps based on their key features, use cases, pros/cons, and pricing.
- 1. Google App Engine – Best for Scalable Web Apps
- 2. DigitalOcean App Platform – Best for Developers and Small Businesses
- 3. Kinsta – Best for Beginners
- 4. Platform.sh – Best for Flexible Deployment Workflows
- 5. Virtuozzo PaaS – Best for White-Labeling Option
- 6. Azure App Service – Best for Integration with the Microsoft Ecosystem
- 7. Heroku Platform – Best for Rapid Prototyping
- 8. AWS Elastic Beanstalk – Best for Seeking Automated Deployment
- 9. Engine Yard – Best Managed AWS to Host Ruby
- Show less
You can trust Geekflare
At Geekflare, trust and transparency are paramount. Our team of experts, with over 185 years of combined experience in business and technology, tests and reviews software, ensuring our ratings and awards are unbiased and reliable. Learn how we test.
1. Google App Engine
Google App Engine is a Google Cloud product that offers developer tools to build and manage monolith server-side rendered websites. It is best suited for scalable web applications as App Engine is fully managed and offers auto-scale options with adjusted pricing on the go.
Developers can take advantage of its two environments:
- Standard: Ideal for low-cost or free apps that need rapid scaling.
- Flexible: It runs within Compute Engine virtual machines (VM). It is ideal for apps that use native code, docker containers with custom runtime, or need access to resources residing on the Compute Engine network.
Development teams can use both environments in parallel to maximize scalability and performance.
Google App Engine handles server management, and developers don’t have to deal with configuration deployments. They can use programming languages of their choice, such as Java, Ruby, Node.js, Go, Python, C#, PHP, or other programming languages (via custom runtimes).
Google App Engine Features
- Offers Cloud Monitoring and Cloud Logging tools that help monitor the app’s performance and health.
- Comes with the Error Reporting tool to help quickly diagnose and fix bugs.
- Offers Google’s Cloud service ecosystem access to developer tools such as Google Cloud CLI, Cloud Code IDE, Cloud Workstations, and others.
- Confidently host and manage different app versions through proper version management systems.
- Supports diverse database solutions, including SQL (such as MySQL) and NoSQL (such as Filestore) databases.
Google App Engine Pros
-
Helps developers focus on code rather than infrastructure
-
Pay-as-you-go pricing model
-
Easy scalability options for web apps
Google App Engine Cons
-
Hard to adapt, especially for beginners
-
Large migrations take a lot of time
Google App Engine Pricing
Google App Engine offers flexible pricing depending on basic components, including standard environment instances, App Engine APIs, services, and flexible environment instances. To get a proper estimation, refer to its pricing calculator.
Companies can use its 300$ free credit (only for new customers) for 90 days to test the platform.
2. DigitalOcean App Platform
DigitalOcean(DO) App Platform is a fully managed PaaS, ideal for developers and small businesses due to its ease of use and cost-effectiveness.
DO App platform excels at faster deployment as it can automatically analyze and build code directly from Git repositories, including GitHub and GitLab. It can also publish containers once uploaded to the DigitalOcean Container Registry.
Furthermore, the DO App platform supports popular programming languages and frameworks such as PHP, Django, Node.js, etc.
DigitalOcean offers 12 global data centers, including New York, Amsterdam, Singapore, and London.
DigitalOcean App Platform Features
- Offers built-in security features such as an SSL certificate and automatic OS patching.
- Provides both horizontal and vertical scaling for worry-free operations.
- Seamlessly add functions to apps, which further gives the ability to add serverless APIs to apps.
- Comes with top-notch log analysis with support for 3rd-party log providers such as Datadog and Papertrail.
- Provides easy setup of alters and monitoring of events.
DigitalOcean App Platform Pros
-
Faster deployment from Git repositories and containers
-
In-depth documentation and knowledge base
-
Easy roll-back feature
DigitalOcean App Platform Cons
-
Auto-scaling option only available with dedicated vCPU
-
Users can face I/O problems in small droplets
DigitalOcean App Platform Pricing
DigitalOcean offers a freemium price model. Its free plan lets you host static sites (up to 3) with 1 GiB/month outbound transfer. First-time users also get $200 in credit for the first 60 days.
Its paid plan pricing starts at $5 per month, where you get 1 shared vCPU, 512 MiB, and 50 GiB per month.
3. Kinsta
Kinsta is ideal for beginners who want affordable, fully-managed web application hosting.
Kinsta is built for developers and supports full-stack apps. Natively, it supports 19 programming languages (PHP, Ruby, Python, Java, etc.) and 4 database types (Redis, MariaDB, PostgreSQL, MySQL, and Valkey). However, developers can use any programming language or framework (using a custom Dockerfile setup).
As for performance, Kinsta utilizes 25+ high-performance Google Cloud servers spread across the globe, such as Sydney, Mumbai, Tokyo, and Paris. They also offer a 99.9% uptime SLA and SOC2 compliance. For optimal delivery, Kinsta uses Cloudflare, which also provides enterprise-grade security and DDoS protection.
Kinsta also offers 24/7/365 real-time chat support, where you get replies in under two minutes.
Kinsta Features
- Offers developer-friendly features, including Git-based workflow, build cache, persistent storage support, API support, and SSH access with web terminal.
- DevOps is automated, and Kinsta takes care of environment setup and deployment.
- Easily troubleshoot issues using runtime logs and app analytics.
- Monitor performance with proper resource utilization and request times.
- Supports unlimited users and unlimited concurrent builds.
Kinsta Pros
-
Supports Git-based workflow
-
Automated DevOps that saves time
-
Easy troubleshooting and performance monitoring
Kinsta Cons
-
Lacks phone support
-
Expensive pricing model
Kinsta Pricing
Kinsta uses a pay-as-you-use model with different pricing for server resources. These include:
- Application Pods: starts at $10/month (0.5 CPU, 1 GB RAM)
- Build Machines: starts at $0.02/minute (1 CPU, 4 GB RAM)
- Bandwidth: starts at $0.10/GB (internal bandwidth free)
- Optional Persistent Storage: starts at $3/month (10 GB)
They also offer a free trial where you get $20 in server resources.
4. Platform.sh
Platform.sh offers efficient, secure, and reliable PaaS cloud computing services, making it a great choice for flexible deployment workflows.
With Platform.sh cloud provider, DevOps teams can choose their own language, framework, or development tool without worrying about the underlying architecture. For ease of deployment, Platform.sh supports Git-based workflows and automated infrastructure provisioning (with declarative YAML templates).
It also offers CLI and REST API for easy integration and task accomplishment. Development teams also get DDEV local development, a third-party Git repository, custom domains for preview environments, and proper backups (two daily automated backups).
Platform.sh has a global data center presence with 17+ servers in Australia, Canada, the United States, France, Sweden, Germany, and Ireland.
Platform.sh Features
- Highly customizable, with each infrastructure configuration changeable.
- Offers proper disaster recovery with a Business Continuity Plan.
- Provides highly scalable architecture with support for automatic scaling, vertical scaling, horizontal scaling, and load balancing.
- Supports multiple architecture models (Grid, Split, and Dedicated) and a Flexible permission model (to allow only authorized access).
- Comes with excellent observability with performance monitoring, Blackfire profiling, log forwarding, and health notifications.
Platform.sh Pros
-
99.99% SLA with 24×7 customer support
-
Developer-focused solution with flexible workflow
-
Top-notch security features with encryption, keyless SSH, and more.
Platform.sh Cons
-
Steep learning curve
-
Expensive pricing
Platform.sh Pricing
Platform.sh offers freemium pricing. Its free Professional plan gives you a 30-day trial (no credit card required) where you get CI/CD pipelines, a multi-cloud option, access to global regions, and more.
The paid plans are Enterprise and Elite, with benefits like a 45-minute to 1-hour urgent support SLA, dedicated account manager, Single Sign-On, etc. You need to contact their sales for pricing.
5. Virtuozzo PaaS
Virtuozzo PaaS is an excellent cloud service provider for businesses looking for white-labeling options to offer their customers a virtual private cloud. It also fits the needs of companies that need multi-branding or provide local currency support.
Virtuozzo supports the most popular programming languages, such as Go, .NET, Python, etc. Furthermore, it also supports GIT, SVN, and Docker for easy deployment. As for management, Virtuozzo offers an intuitive dashboard with an application topology wizard, log access, config files, CI/CD tools integration, and team collaboration functionality.
As for data centers, Virtuozzo has over 100 data centers in 36 countries, with the option to choose servers from Massive Grid, ScaleForce, Planeeta, and others. The server locations include Dallas, Manchester, Frankfurt, and others.
Virtuozzo Features
- Uses a load balancer and triggers to manage traffic spikes, offering both vertical and horizontal scaling.
- Automatically provision using API or user interface within minutes.
- Deploy without the need to change code (ideal for legacy monolithic and cloud-native microservices).
- Provides a marketplace that offers prepacked templates for different solutions such as WordPress, PostgreSQL, Docker Swarm, and others
- Supports integrated CI/CD for automation and easy deployment.
Virtuozzo Pros
-
One-click and automated auto-scale option
-
Supports white-label option
-
Intuitive control panel
Virtuozzo Cons
-
SSH is tricky to use
-
Lacks proper security layers in the solution
Virtuozzo Pricing
Virtuozzo offers a pay-as-you-use model. It uses granular resource units of 400Mhz CPU and 128 MiB RAM for resource allocation, ensuring minimal cost increases when auto-scaling.
6. Azure App Service
Azure App Service is best for projects that use the Microsoft ecosystem. It lets businesses easily host enterprise-ready web and mobile apps via its fully managed service.
The Azure App Service benefits from excellent Microsoft infrastructure, offering reliable and scalable services. Developers are free to customize, build, and deploy their apps as per their needs.
Azure is Microsoft’s service, so it supports programming languages such as .NET and .NET core, Python, Node.js, and Java, as well as operating systems such as Windows and Linux.
Azure App Service Features
- Offers zero-downtime deployments with built-in CI/CD with GitHub, Git, Azure DevOps, Atlassian Bitbucket, Azure Container Registry, and Docker Hub.
- Comes with top-notch security with PCI and SOC compliance
- Ensures high availability (99.5% SLA) with automatic security patching and maintenance.
- Highly secure with Azure Web Application Firewall, Microsoft Sentinel (SIEM), and Microsoft Defender.
- Built-in diagnostic operations with App Service diagnostics and the ability to keep tabs on app health and performance with Application Insights and Azure Monitor.
Azure App Service Pros
-
Integrates well with Microsoft cloud services such as Insights, WAF
-
Built-in diagnostic tools
-
High availability with 99.5% SLA
Azure App Service Cons
-
Expensive pricing
-
Doesn’t allow agent installation
Azure App Service Pricing
Azure App Service offers flexible pay-as-you-go (with savings of up to 55% compared) pricing, starting as low as $13.14 per month. They offer a free F1 plan with 1 GB storage, 1 GB RAM, and a shared CPU (60 CPU minutes/day).
7. Heroku Platform
Heroku is an excellent PaaS choice for rapid prototyping. It offers a powerful ecosystem with integrated data services such as Heroku Postgres, Apache Kafka, and the Heroku Key-Value store, which makes it ideal for building data-driven apps.
Heroku comes with multiple key components as follows:
- Heroku Runtime: Offers fully managed Dyno smart containers that are continually patched, monitored, and upgraded.
- Heroku Developer Experience(DX): Provides an app-centric approach to software delivery with a CI/CD philosophy.
- Data Services and Ecosystem: Offers add-ons to easily extend and customize application stack.
- Heroku Operation Experience (OpEx): helps in issues troubleshooting and remediation.
- Security and Compliance: maintains popular compliance certificates, including ISO, HIPPA, PCI, and SOC.
Heroku lets you choose your server, and it has a presence in 12+ locations, including Dublin, London, Frankfurt, Mumbai, Sydney, etc.
Heroku Features
- Supports various programming languages, including Ruby, PHP, Node.js, Go, Python, Clojure, and Scala.
- Directly deploy from tools like Continuous Integration (CI), GitHub, or Git.
- Offers an easy way to manage apps via its intuitive web-based Heroku Dashboard.
- Provides data services add-ons, including Heroku Postgres, Apache Kafka on Heroku, and Heroku Key-Value Store.
- Automatically scale web dynos when needed.
Heroku Pros
-
Automated infrastructure upgrades
-
Comes with an excellent CLI toolset and an intuitive dashboard
-
Smooth deployment process
Heroku Cons
-
No live chat
-
Expensive paid premium support package
Heroku Pricing
Heroku pricing depends on the app type:
- Eco and Basic: starts from $5 per month, best for testing ideas
- Production: starts at $.0.035 /hr, ideal for business apps
- Advanced: starts at $0.347/hr, ideal for mission-critical apps
- Enterprise: Contact the sales team, which is best for large organizations.
8. AWS Elastic Beanstalk
AWS Elastic Beanstalk offers easy app deployment and scaling with access to the AWS ecosystem of tools and services.
Elastic Beanstalk’s biggest strength is automated deployment. All you need to do is upload the code, and it’ll take care of auto-scaling, load balancing, capacity provisioning, and so on. This makes it ideal for the following use cases:
- Launch web apps quickly using your favorite programming language, such as Node.js, PHP, Ruby, Java, Go, Python, or Docker.
- Create mobile API backends using your programming language.
- Move apps from legacy infrastructure to Elastic Beanstalk and make it work with the private cloud.
AWS Elastic Beanstalk users can fully take advantage of the Amazon Web Service (AWS) ecosystem and infrastructure, with access servers in 33 cities worldwide, including Houston, Las Vegas, Miami, Portland, and others.
AWS Elastic Beanstalk Features
- Deploy code using different options such as Elastic Beanstalk CLI, AWS Management Console, Eclipse, and Visual Studio.
- App health monitoring via a unified user interface with 40+ key metrics or integrate with Amazon CloudWatch and AWS X-Ray.
- Easily scale your app with Auto Scaling and Elastic Load Balancing.
- Offers compliance for PCI, SOC 2, SOC 3, ISO, and HIPPA.
- AWS Gravitation support that offers the best price-performance.
AWS Elastic Beanstalk Pros
-
Easy deployment process
-
Cost-effective
-
Provides automated scalability
AWS Elastic Beanstalk Cons
-
Not full control over the AWS ecosystem
-
Adds performance overhead
AWS Elastic Beanstalk Pricing
AWS Elastic Beanstalk pricing depends on the resources utilized, including Amazon EC2 and the AWS database. To get a clear picture, I suggest you check out their AWS Pricing Calculator. They use a pay-as-you-use model.
9. Engine Yard
Engine Yard is perfect for businesses looking for fully managed PaaS to host Ruby apps. It uses AWS infrastructure to provide a robust DevOps experience with easy-to-use Git push deployments.
As Engine Yard uses AWS, users can enjoy the AWS infrastructure benefits including scalability, high-availability and industry-standard compliances.
Engine Yard Features
- Offers auto-scaling option horizontally based on needed resources.
- Automatically analyzes code and deploys it with a 1-click Git push.
- Ensure consistent performance with a private, fully configured Kubernetes cluster with proper compliance.
- Supports continuous deployment with CI/CD.
- Offers troubleshooting with ELK capabilities (Elasticsearch, Logstash, Kibana).
Engine Yard Pros
-
99.99% uptime guarantee
-
Offers access to high-performance AWS infrastructure
-
Offers 14-day trial
Engine Yard Cons
-
Slight learning curve
-
Security groups are less granular
Engine Yard Pricing
Engine Yard pricing starts at $270 per month per instance, which offers platform and service. The charge can differ depending on the number of AWS EC2 instances.
Note: They offer a 14-day free trial for new users. (no credit card required).
Comparison Table of Top PaaS Hosting Providers for Apps
Here is a quick comparison of top PaaS hosting providers for apps.
Product
Pricing
Database Support
Deployment Methods
Scalability (Auto/Manual)
Staging Environment
Google App Engine
$0.0579 – $0.3474 per hour per instance
SQL (MySQL, PostgreSQL etc.) and NoSQL (Filestore, MongoDB, etc. )databases
Deployment via Google App Deploy command. It supports CI/CD deployments and Git.
Automatic (default), basic, and manual
Yes (offers multiple staging environments for different versions)
DigitalOcean App Platform
$4 (1 shared) – $392 (8 dedicated) per month
MySQL, PostgreSQL, and Redis
Directly from public Git repositories and containers if registered in DigitalOcean Container registry
Horizontal and vertical scaling (only with dedicated vCPUs)
Yes (but it requires a complex setup with one branch for staging and one for releasing)
Kinsta
$10 (0.5 CPU, 1 GB RAM) – $320 (8 CPU, 16 GB RAM)
Redis, MariaDB, PostgreSQL, MySQL and Valkey
Automatic deployment via Git-based workflow
Supports both horizontal and vertical scaling (If the app uses persistent storage, then it only supports vertical scaling)
Yes (but it requires manual creation and management)
Platform.sh
Pricing on request
MariaDB and Oracle MySQL
Git-based workflow, CI/CD
Auto-scaling, vertical scaling, and horizontal scaling
Yes, need to create a staging environment yourself
Virtuozzo
Pricing on request
Both SQL (such as MySQL, MariaDB) and NoSQL databases (such as Couchbase, MongoDB)
Git-based, CI/CD deployment via deployment manager
Both vertical and horizontal scaling (with auto-scaling option)
Yes, but you need to create yourself.
Azure App Service
Starts at $13.14 per month (1 core, 1.75 GB RAM, and 10 GB Storage)
PostgreSQL, Apache Cassandra, and MongoDB
CI/CD deployment with Git, Azure Container Registry, and Docker Hub.
Vertical and horizontal scaling
Yes, need to setup self
Heroku
$5 per month to $250 per month
PostgreSQL, MongoDB, CouchDB, Cloudant, Memcache, and others
CI/CD and Git
Native auto-scaling with support for horizontal and vertical scaling
Yes, provide tools to create and manage staging environment
AWS Elastic Beanstalk
Use AWS Calculator for exact pricing, offers pay as you use model
MySQL, PostgreSQL, SQL Server database, Oracle
Automatic deployment via Git, CI/CD pipelines
Auto-scaling supports both vertical and horizontal
Yes
Engine Yard
$250 – $660 per month per instance
MySQL, MongoDB, PostgreSQL
1-click Git deployment
Supports both horizontal and vertical scaling
Yes
Benefits of PaaS Hosting Provider
The 5 PaaS Hosting Provider benefits include:
- Cost-effective approach: PaaS offers cost-effective app hosting with no need to own hardware and software required to build and ship apps.
- Faster time to market: Due to support for automated and continuous deployment.
- Improved security: Comes with built-in security and proper means for mitigating external threats. It also offers support for compliance with PCI, SOC2, and others.
- Ability to experiment: PaaS lets you experiment with different setups, including operating systems, programming languages, and tools.
- Flexibility: Provides teams the flexibility to scale up and down the app when needed.
FAQs
There are plenty of Platform as a service (PaaS) providers, including Google App Engine, Heroku, Kinsta, Microsoft Azure, and AWS Lambda.
PaaS offers hardware and software to build, deploy, and ship web applications. It offers features such as auto-scaling, auto-deployment, and the ability to configure every aspect of the development environment for best control. It is also cost-effective and improves time to market.
Traditional hosting, on the other hand, offers an infrastructure to host websites or apps but lacks the depth of features and functionalities that PaaS offers. However, it does offer predictable cost and simplicity and is ideal for small websites. Examples of traditional hosting include cloud hosting.
PaaS full form stands for Platform as a service. It is a cloud-computing model that provides on-demand cloud infrastructure, hardware, and software. It is primarily used to deploy, manage, and run applications. Some of the popular PaaS providers include Google App Engine, Platform.sh, and Kinsta.
The 3 types of PaaS include:
1. Public PaaS: A public PaaS provider gives its cost-effective service to multiple customers.
2. Private PaaS: A private PaaS is hosted and managed within an organization’s own IT infrastructure. It also uses an on-premise cloud and provides benefits such as better security and customization.
3. Hybrid PaaS: A hybrid PaaS combines private and public PaaS solutions to give organizations the cost-effectiveness of public PaaS and the customizability/security of a private PaaS.