Top Golang Hosting Providers

Web Hosting Tips Published on : July 17, 2025

Golang hosting is a type of specialized web hosting service that caters to applications created with the Go programming language (Golang). These hosting solutions are optimized for speed, reliability, and user-friendliness, making them an excellent choice for developers and businesses who are seeking to deploy web applications efficiently. With various Golang hosting providers available, each offering unique features and pricing structures, it is essential to understand the options to choose the best fit for your needs. 

Top Golang Hosting Providers 

1. Hosting.com 

Golang hosting refers to web hosting services optimized for applications built using the Go programming language (Golang). These hosting solutions are designed to provide high performance, reliability, and ease of use, making them ideal for developers and businesses looking to deploy fast and efficient web applications. 

Features 

• High Performance: Up to 20x faster page loads with Turbo Servers. 
• Reliable Uptime: 99.9% uptime guarantee with expert support. 
• Custom Software: Full control over server environments, allowing for custom applications and scripts. 
• Developer Friendly: Root access, choice of Linux OS, and control over server operations. 
• Free Migration: Assistance in moving existing sites to the new hosting platform. 
• Professional Email: Email hosting starting at $1.99/month. 

Pricing 

cPanel Plus: 

• $1.99/month 
• 2 Websites, 30GB SSD Storage, SSL Certificates Included 

Shared Plus: 

• $1.99/month 
• 2 Websites, Free Domain Name, SSL Certificates Included 

VPS Plus: 

• $6.99/month 
• 4 CPU Cores, 8GB RAM, Optional cPanel 

WordPress Plus: 

• $11.99/month 
• WordPress pre-installed, 1 website, automated updates 

Pros 

• Speed: High-performance servers lead to faster website loading times. 
• Support: 24/7 customer support with knowledgeable staff. 
• Flexibility: Customizable hosting solutions to fit various needs. 
• Reliability: Strong uptime guarantees and robust infrastructure. 

Cons 

• Pricing Variability: Promotional prices may change upon renewal. 
• Complexity for Beginners: Advanced features may be overwhelming for novice users. 
• Limited Free Options: Most plans come with a starting cost, which may not suit all budgets. 

2. Scalingo 

Scalingo is a Platform as a Service (PaaS) that simplifies the deployment and management of applications, including those built with the Go programming language. With a focus on ease of use and scalability, Scalingo allows developers to concentrate on app development without worrying about infrastructure management. 

Features 

• Easy Deployment: Just push your code, and Scalingo automatically detects the technology to deploy. 
• Automatic Scaling: Scale your application as needed, from prototypes to production apps, billed by the minute. 
• Real-Time Monitoring: Access metrics, queries, and logs in real-time to track application performance. 
• Database Provisioning: Quickly provision databases in seconds. 
• Custom Domains & TLS: Set up custom domains and secure your applications with TLS. 
• Continuous Deployment: Streamline your workflow with instant deploys and SCM integration. 

Pricing 

• Free Trial: 30-day free trial with no credit card required. 
• Additional Costs: Billed by the minute based on resource usage. 

Pros 

• User-Friendly: Simplifies the deployment process, allowing developers to focus on coding. 
• Scalable: Easily scale applications as they grow without complex configurations. 
• Real-Time Insights: Monitor application performance and health in real-time. 
• Strong Support: Access to expert technical support without long wait times. 

Cons 

• Cost: While starting at a low price, costs can increase with higher resource usage. 
• Limited Control: As a PaaS, it may not offer the same level of control as traditional hosting solutions. 
• European Hosting Only: Data centers are in Europe, which may not be ideal for all users. 

3. Heroku 

Heroku is a cloud platform that enables developers to build, run, and operate applications entirely in the cloud. With official support for the Go programming language, Heroku provides a simple and reliable environment for deploying Go applications using popular frameworks like Gin, Negroni, and more. 

Features 

• Easy Deployment: Deploy applications directly from Git, CI systems, or the API using precompiled builds. Heroku runs apps in smart containers called dynos. 
• Manage with Ease: Use a user-friendly Dashboard or CLI to manage your applications and access over 200 fully managed add-ons for various functionalities (e.g., databases, logging). 
• Scalability: Heroku’s architecture allows for horizontal scaling, enabling you to scale your application easily with simple commands or through the Dashboard. 
• Real-Time Metrics: Monitor CPU, throughput, and memory usage to make informed scaling decisions. 
• Add-Ons: Integrate with popular add-ons like Heroku Postgres for data storage, Papertrail for logging, and New Relic for monitoring. 

Pricing 

• Free Tier: Heroku offers a free tier for small applications, allowing developers to get started without any cost. 
• Paid Plans: Pricing varies based on the resources and add-ons used, with options for scaling as needed. 

Pros 

• User-Friendly: Simplifies the deployment process, allowing developers to focus on building applications. 
• Flexible Scaling: Easily scale applications up or down based on demand. 
• Rich Ecosystem: Access to a wide range of add-ons and integrations to enhance application functionality. 
• Strong Community Support: Extensive documentation and community resources are available for developers. 

Cons 

• Cost for Larger Apps: While there is a free tier, costs can increase significantly for larger applications or when using multiple add-ons. 
• Limited Control: As a PaaS, it may not provide the same level of control over the environment as traditional hosting solutions. 
• Dyno Sleeping: Free dynos may sleep after 30 minutes of inactivity, which can lead to slower response times when waking up. 

4. Google App Engine 

Google App Engine is a fully managed platform that allows developers to build and deploy applications in the cloud. It supports the Go programming language and offers two environments, Standard and Flexible, each designed to cater to different application needs while leveraging Google’s robust infrastructure. 

Features 

Two Environments

Standard Environment 

• Optimized for rapid scaling to handle traffic spikes. 
• Can scale down to zero instances when not in use, making it cost-effective for applications with intermittent traffic. 
• Fast deployment times. 

Flexible Environment

• Offers greater CPU and memory options for instances. 
• Can access resources within the same Compute Engine network. 
• No free tier; always maintains a minimum number of running instances, making it suitable for applications with continuous traffic. 
• Minimal Operational Overhead: Both environments allow developers to focus on writing code without worrying about infrastructure management. 

Pricing 

• Standard Environment: Includes a free tier, making it cost-effective for applications with low or variable traffic. 
• Flexible Environment: No free tier; costs are incurred based on the minimum number of running instances and resource usage. 

Pros 

• Scalability: Both environments can scale quickly to meet demand, ensuring applications remain responsive. 
• Managed Service: Reduces operational overhead, allowing developers to focus on application development. 
• Integration with Google Services: Seamless access to other Google Cloud services for enhanced functionality. 

Cons 

• Cost for Continuous Traffic: The Flexible environment can become expensive for applications that require constant uptime due to the lack of a free tier. 
• Limited Control: As a managed service, there may be restrictions on certain configurations compared to traditional hosting solutions. 
• Runtime Support: The Go 1.11 runtime is no longer supported in the Standard environment, which may require updates for existing applications.  
• Note: Google App Engine Standard now supports Go 1.20 

5. Vercel 

Vercel provides a Go runtime for building Serverless Functions, allowing developers to create HTTP handlers using Go. This runtime is currently in Beta and is available on all Vercel plans. It simplifies the deployment of Go applications by automatically handling dependencies and version management. 

Features 

• Simple HTTP Handlers: Define HTTP handlers in Go by creating a .go file within an /api directory in your project. 
• Automatic Version Detection: The Go runtime detects the version of Go to use based on the go.mod file at the root of your project. If the file is missing or the version is not specified, it defaults to version 1.20. 
• Dependency Management: Automatically installs dependencies defined in the go.mod file during deployment. 
• Custom Build Configuration: Use the GO_BUILD_FLAGS environment variable to provide custom build flags for your Go application. 
• Support for Private Packages: Easily install private Go packages by configuring the GIT_CREDENTIALS environment variable. 

Pricing  

Hobby Plan (Free) 

• Function Duration: First 100 GB-Hours included. 
• Function Invocations: First 100,000 invocations included. 
• Additional Usage: Not available; your account may be paused if you exceed the limits. 

Pro Plan 

• Function Duration: First 1,000 GB-Hours included. 
• Function Invocations: First 1,000,000 invocations included. 

Additional Usage Costs  

• $0.18 per 1 GB-Hour for function duration. 
• $0.60 per 1,000,000 invocations. 

Enterprise Plan 

• Custom pricing and usage limits tailored to your needs, including advanced features like multi-region deployments and increased maximum duration. 

Pros

• Quick Deployment: Rapidly build and deploy Go applications with minimal setup. 
• Automatic Dependency Management: Dependencies are handled automatically, simplifying the development process. 
• Scalability: The serverless architecture allows for automatic scaling based on demand. 

Cons

• Cold Start Latency: Potential latency during cold starts can affect performance. (Cold Start = Delay when serverless function spins up after inactivity, causing temporary slow response.) 
• Limited Execution Time: Restrictions on maximum execution time may hinder long-running processes. 
• Vendor Lock-in: Dependence on Vercel can make migration to other platforms challenging. 

6. Platform.sh 

Platform.sh is a cloud hosting service that supports building and deploying applications written in Go. It utilizes Go modules for dependency management and provides a streamlined way to configure and run Go applications in a managed environment. 

Features 

• Version Support: Supports multiple Go versions (e.g., 1.24, 1.23) with automatic patch updates. 
• Easy Configuration: Use a simple.platform.app.yaml file to define your application type, build commands, and start commands. 
• Automatic Dependency Management: Handles Go modules automatically during the build process. 
• Service Integration: Easily connect to various services (e.g., Memcached, MongoDB, MySQL) using environment variables. 
• Automatic Restarts: Applications run in the foreground and are automatically restarted if they terminate unexpectedly. 

Pricing 

• Flexible Pricing: Platform.sh offers various pricing plans based on resource usage, with options for scaling as needed. Specific pricing details can be found on their website. 

Pros 

• Managed Environment: Reduces operational overhead, allowing developers to focus on coding. 
• Scalability: Easily scale applications based on demand. 
• Rich Ecosystem: Access to various services and integrations to enhance application functionality. 
• User-Friendly: Simple configuration and deployment process. 

Cons 

• Cost: Can become expensive for larger applications or high resource usage. 
• Limited Control: As a managed service, there may be restrictions on certain configurations compared to traditional hosting solutions. 
• Learning Curve: New users may need time to familiarize themselves with the Platform.sh environment, and configuration. 

7. AWS Lambda 

AWS Lambda allows developers to run code without provisioning or managing servers. You can deploy Go functions as container images, which can be built using either AWS-provided base images or non-AWS base images. Go’s native compilation to executable binaries makes it unique among managed runtimes. 

Features 

• Container Image Support: Deploy Go functions as container images, allowing for greater flexibility in packaging dependencies. 
• OS-Only Base Images: Choose Amazon Linux 2023 or Amazon Linux 2 as base images to build Go functions without needing a dedicated runtime. 
• Non-AWS Base Images: Option to use alternative base images like Alpine Linux or Debian, or custom images created by your organization. 
• aws-lambda-go/lambda Package: Required package that implements the runtime interface for Go, ensuring compatibility with AWS Lambda. 
• Multi-Stage Builds: Recommended for optimizing image size and reducing deployment time. 

Pricing 

• Pay-as-You-Go: AWS Lambda pricing is based on the number of requests and the duration of code execution. There are no upfront costs, and you only pay for what you use. 
• Free Tier: AWS offers a free tier that includes 1 million free requests and 400,000 GB-seconds of compute time per month. 

Pros 

• Scalability: Automatically scales with demand, handling varying workloads without manual intervention. 
• Cost-Effective: Only pay for the compute time you consume, making it suitable for applications with variable traffic. 
• Flexibility: Use container images to package your application and its dependencies, allowing for custom configurations. 
• No Server Management: Focus on writing code without worrying about server provisioning or maintenance. 

Cons 

• Cold Start Latency: Container images may experience longer cold start times compared to traditional Lambda functions, especially if the image size is large. 
• Complexity: Building and managing container images can introduce additional complexity compared to deploying simple Go functions directly. 
• Limited Execution Time: AWS Lambda has a maximum execution time limit (15 minutes), which may not be suitable for all applications. 

Comparison Table of Golang Hosting Provider Companies 

Provider	Features	Pricing	Pros	Cons
Hosting.com	High performance, reliable uptime, custom software, free migration	Starting at $1.99/month	Fast loading times, 24/7 support, flexible	Pricing variability, complexity for beginners
Scalingo	Easy deployment, automatic scaling, real-time monitoring	Free trial, billed by usage	User-friendly, scalable, strong support	Cost can increase, limited control
Heroku	Easy deployment, managed services, real-time metrics	Free tier, paid plans	User-friendly, flexible scaling, rich ecosystem	Cost for larger apps, dyno sleeping
Google App Engine	Two environments, minimal operational overhead	Free tier, paid plans	Scalability, managed service, Google integration	Cost for continuous traffic, limited control
Vercel	Simple HTTP handlers, automatic dependency management		Quick deployment, automatic management	Cold start latency, vendor lock-in
Platform.sh	Version support, easy configuration, and automatic restarts	Flexible pricing	Managed environment, rich ecosystem	Costs can escalate, learning curve
AWS Lambda	Container image support, OS-only base images	Pay-as-you-go, free tier	Scalability, cost-effective, no server management	Cold start latency, complexity

What are the Advantages of Golang Hosting? 

1. High Performance: Golang hosting providers often offer optimized environments that can lead to faster application performance and reduced loading times. 

2. Scalability: Many providers support automatic scaling, allowing applications to handle varying loads without manual intervention. 

3. Developer-Friendly: Features like root access, custom software installations, and easy deployment processes cater to developers’ needs. 

4. Robust Support: Most hosting providers offer 24/7 customer support, ensuring that developers can get help whenever needed. 

5. Integration with Services: Many Golang hosting platforms provide seamless integration with databases and other services, enhancing application functionality. 

What are the Disadvantages of Golang Hosting? 

1. Cost Variability: Some providers may have promotional pricing that changes upon renewal, leading to unexpected costs. 

2. Complexity for Beginners: Advanced features and configurations may be overwhelming for novice users, making it challenging to get started. 

3. Limited Free Options: Many hosting plans come with a starting cost, which may not suit all budgets, especially for small projects. 

4. Vendor Lock-in: Dependence on specific hosting providers can make it difficult to migrate applications to other platforms. 

5. Cold Start Latency: Serverless options may experience latency during cold starts, affecting performance for certain applications. 

Conclusion 

Choosing the right Golang hosting provider is crucial for the success of your application. Each provider offers unique features, pricing structures, and levels of support, making it essential to evaluate your specific needs and budget. By understanding the advantages and disadvantages of each option, you can make an informed decision that aligns with your development goals and ensures optimal performance for your Go applications. Whether you prioritize ease of use, scalability, or cost-effectiveness, there is a Golang hosting solution that can meet your requirements. 

Frequently Asked Questions (FAQs) 

Q 1. Which Golang host is the fastest?  

Ans. The fastest Golang hosts are those that utilize optimized server environments, often providing high-performance capabilities. 

Q 2. What is the best type of server for Golang?  

Ans. The best types of servers for Golang include VPS and PaaS solutions, which offer scalability and flexibility for applications. 

Q 3. Is there a free Golang hosting option?  

Ans. Yes, there are free Golang hosting options available, but they may come with limitations in terms of resources and features. 

Q 4. What are the main advantages of Golang hosting?  

Ans. Advantages include high performance, scalability, developer-friendly features, robust support, and seamless integration with services. 

Q 5. What are the common disadvantages of Golang hosting?  

Ans. Common disadvantages involve cost variability, complexity for beginners, limited free options, vendor lock-in, and potential cold start latency in serverless environments.