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DigitalOcean is a cloud computing platform (IaaS/PaaS) developed by DigitalOcean, Inc., designed to help teams deploy, run, and scale applications with a simplified user experience. It provides virtual machines (“Droplets”), managed Kubernetes (DOKS), and managed databases, along with networking, storage, and security building blocks commonly used in modern application hosting. Typical capabilities include: predictable compute sizing and regional deployments; container orchestration via Kubernetes; object storage and block storage for application and data needs; load balancers, VPC networking, and firewalls for traffic and isolation; and developer tooling such as APIs, CLI, and Terraform support for infrastructure as code. DigitalOcean is often used for hosting web applications, APIs, CI/CD environments, and small-to-mid scale production workloads where operational simplicity is a priority (see DigitalOcean).
The cloud is a general term used to describe resources such as computing and storage that are provided as services managed by the cloud provider. Nowadays cloud providers offer a wide variety of services: Databases, Orchestration tools, Messaging queues, etc.
Running and maintaining a physical data center requires significant time and effort, with limited resources compared to the extensive options offered by various Cloud providers. In certain situations, managing physical infrastructure cannot be avoided due to security or budget constraints. Nonetheless, the diverse array of top-notch services provided by cloud providers, along with their seamless integrations and user-friendly interfaces, make them an excellent option for developing software applications.
DigitalOcean is a developer-focused cloud platform used to deploy, run, and scale applications with minimal operational overhead. It is commonly chosen when teams want straightforward infrastructure primitives, predictable costs, and a fast path from code to production.
DigitalOcean is typically a strong choice for SaaS products, developer tools, and content-driven applications that benefit from fast provisioning and simpler operations. Trade-offs can include fewer advanced managed services and less granular networking and IAM controls compared to hyperscalers, which may matter for highly regulated environments or very large-scale platforms.
Common alternatives include AWS, Google Cloud, Microsoft Azure, and Linode.
Our experience with DigitalOcean helped us build practical delivery playbooks, automation templates, and operational tooling that make it easier for teams to ship and run production workloads on a simple cloud platform.
Some of the things we did include:
This experience helped us accumulate significant knowledge across multiple DigitalOcean use-cases, and it enables us to deliver high-quality DigitalOcean setups that are secure, observable, and easy to operate for client teams.
Some of the things we can help you do with DigitalOcean include: