AWS vs DigitalOcean: Which cloud platform is the best fit for you?

Cloud computing has attracted businesses of all sizes due to its simplicity, scalability, and economies of scale. Amazon Web Services (AWS) is one of the most prominent cloud providers in the market and many startups use AWS for their cloud infrastructure. However, as these businesses begin scaling their operations they may run into complexities and high costs associated with AWS.

At DigitalOcean, our mission is to simplify the cloud so that you can spend time on building what matters the most to you. Our pricing model reflects our vision of cloud computing being an enabler of business growth. Recognizing the relative simplicity, affordable pricing, and customer-first support services at DigitalOcean, businesses continue to migrate their workloads from AWS to DigitalOcean. Whether you’re a startup founder, a developer, or an IT decision-maker, understanding differences between AWS vs DigitalOcean will help you choose the cloud platform that best fits your needs.

What is DigitalOcean?

DigitalOcean is a cloud computing platform founded in 2012 that simplifies cloud infrastructure for developers and startups. Known initially for its rapidly deployable Droplets (virtual servers), it has since expanded to offer managed databases, storage solutions, and more while maintaining its developer-friendly approach. DigitalOcean has expanded its AI offerings with GPU Droplets for machine learning workloads and the GenAI Platform, which lets developers build and deploy AI agents without specialized expertise, strengthening its position in the AI space through the acquisition of Paperspace.

DigitalOcean serves over 600,000 customers globally with a focus on startups and growing businesses.

What is Amazon Web Services (AWS)?

Amazon Web Services (AWS) is the cloud computing platform launched by Amazon in 2006 and has grown to become the market leader in cloud services. It offers over 200 different services from global data centers, serving millions of customers from startups to enterprises.

AWS’s comprehensive portfolio covers everything from basic compute and storage to advanced machine learning and analytics. While AWS provides a breadth of services and global reach, this extensive offering can introduce complexity for users who don’t require such a wide range of capabilities.

Simplicity and ease of use

Cloud complexity can create serious bottlenecks for development teams, forcing engineers to spend valuable time navigating confusing interfaces and documentation instead of building their products. One of the biggest differences between DigitalOcean and AWS is the approach to user experience and learning curve.

DigitalOcean’s approach to simplicity

DigitalOcean is built for simplicity with an intuitive interface that allows users to deploy virtual machines, databases, or Kubernetes clusters in just a few clicks. The platform offers a focused set of services that reduces configuration effort, enabling small teams to manage infrastructure without dedicated specialists—as evidenced by Forrester’s finding that SMBs saved over half a million dollars in IT overhead over three years due to reduced management burden.

Customers like Picap, a leading ride-sharing company in Latin America, have achieved remarkable cost savings after switching to DigitalOcean. “We were previously on AWS but started migrating everything because we really love DigitalOcean in terms of cost and support. We saved a lot of money—we went from $120,000 to $30,000 [per month],” says Andres Murcia, CTO of Picap, who now manages 70 applications on App Platform with just a single DevOps engineer while handling over 1.5 million rides monthly.

AWS’s learning curve and interface

AWS provides extensive capabilities with over 200 services and hundreds of instance types, but may present a steep learning curve that can overwhelm newcomers to cloud computing. It’s common for first-time AWS users to feel overwhelmed by the myriad of service names (EC2, S3, VPC, RDS, etc.), each with its own console section and settings.

For small teams without dedicated cloud experts, this AWS complexity often creates cognitive overload, leading to configuration errors and requiring significant time investment to master the platform.

Pricing structure

Pricing information is accurate as of April 9, 2025 and subject to change.

Startups should prioritize cloud providers with predictable pricing to protect their cash flow and runway, rather than spending valuable time monitoring bills for hidden charges. Both DigitalOcean and AWS use pay-as-you-go models, but they differ in transparency and complexity of pricing.

DigitalOcean’s transparent pricing model

One of DigitalOcean’s hallmark advantages is its simple, predictable pricing. Every DigitalOcean service has a clear posted price, often in monthly terms with an hourly rate equivalent. For example, a basic Droplet (virtual server) with 1GB RAM and 1 vCPU costs $5 per month (with a cap on hourly charges at that monthly rate). This flat fee includes a specified amount of SSD storage and data transfer. This straightforward pricing means users always know what they’ll pay in advance, which aligns well with the budgets of startups and scaleups.

This transparency extends across DigitalOcean’s product line. Managed databases, Kubernetes clusters, load balancers all have fixed plan prices or straightforward per-hour rates. Bandwidth is bundled generously with Droplet plans (e.g., a certain amount of outbound transfer included), and overage fees (if any) are low and clearly documented/ DigitalOcean offers industry-leading bandwidth pricing at $0.01 per GB for overages beyond the free allotment. DigitalOcean offers monthly billing cycles with clear invoices, and even provides a pricing calculator tool to estimate costs in advance.

Comparing like-to-like pricing can demonstrate considerable differences in pricing… For example, the pricing analysis below shows that AWS can be over 40% more expensive when compared to DigitalOcean for a single virtual machine. Whether you’re a startup with a few dozen instances or an established business with many more, these costs can add up quickly. Several AWS EC2 configurations don’t come with enough storage and bandwidth for the average business, which means you have to buy them separately at high prices. For users with significant storage and bandwidth needs, these expenses could send their cloud bill soaring.

AWS’s complex pricing and cost management

Each AWS service has its own pricing scheme, which can involve multiple dimensions. For instance, an Amazon EC2 virtual machine’s cost depends on the instance type, region, hours run, operating system license, and whether it’s on-demand, reserved, or spot pricing. Storage services like S3 have charges for storage used, number of requests, and data transfer out. AWS’s breadth of services and pricing options (such as tiered volume discounts, savings plans, and specialized instance pricing models) make it powerful to optimize costs if you have the expertise, but this very complexity can lead to confusion and unexpected expenses for the uninitiated.

In AWS’s pay-as-you-go model, it’s possible to spin up resources at low or no upfront cost, but costs can accumulate in unpredictable ways if you’re not careful. A common scenario, for example, is launching an EC2 instance and forgetting to shut it down, or inadvertently transferring data between regions—resulting in AWS bill shock, charges that surprise users. AWS provides tools like the AWS Pricing Calculator and Cost Explorer to help estimate and track expenses, which are essential given the platform’s complexity.

Product offerings

Both DigitalOcean and AWS provide a range of cloud services, but the breadth and depth differ. DigitalOcean focuses on a core suite of essential services that cover common needs for deploying applications. AWS offers an extensive catalog of services covering virtually every aspect of IT, often with multiple overlapping options in each category.

DigitalOcean’s core services

DigitalOcean’s product portfolio is concise and tailored for the needs of developers and growing tech businesses. Here are the core service categories DigitalOcean offers:

• Computing resources: Droplets (virtual machines), Kubernetes

• Storage solutions: Spaces (object storage), Volumes (block storage)

• Database services: Managed Databases (MySQL, PostgreSQL, Redis®, MongoDB)

• Platform as a Service (PaaS): App Platform

• AI and machine learning capabilities: GPU Droplets (virtual machines with NVIDIA GPUs for compute-heavy workloads), 1-Click AI Models (preconfigured Hugging Face models deployable with one click), and a GenAI Platform for building AI agents

• Networking and CDN options: Load balancers, Firewalls, DNS management

These core services cover the needs of most web and application workloads. Notably, DigitalOcean tends to offer one service per category (one type of block storage, one object storage, one Kubernetes service, etc.), which contrasts with AWS’s multiple options in each category. The advantage of DigitalOcean’s approach is clarity and ease of choice.

AWS’s extensive service catalog

AWS offers an extensive array of services—far more than can be exhaustively listed here. Below is a high-level overview:

• Computing resources: EC2, Lambda, Elastic Beanstalk, ECS, EKS, Fargate, Batch, Lightsail

• Storage solutions: S3, EBS, EFS, Glacier, Storage Gateway, Snow Family

• Database services: RDS, DynamoDB, ElastiCache, Redshift, Neptune, DocumentDB, Timestream

• Platform as a Service (PaaS): Elastic Beanstalk, Amplify, App Runner

• AI and machine learning capabilities: SageMaker, Rekognition, Comprehend, Lex, Polly, Transcribe, Translate

• Networking and CDN options: VPC, Route 53, CloudFront, API Gateway, Direct Connect, Global Accelerator

For a small team, the AWS abundance can be overkill—many AWS services might not be relevant to a given project, and it takes effort to discern which ones to use.

Security features

Security is critical in the cloud environment, where data breaches can devastate businesses through financial losses, damaged reputation, and regulatory penalties. Both DigitalOcean and AWS take cloud security seriously, but their approaches reflect their different target users.

DigitalOcean security approach

DigitalOcean provides solid baseline protections and easy-to-use security tools without requiring extensive configuration:

• Shared security model: DigitalOcean’s shared responsibility model provides clear security boundaries, with DigitalOcean managing infrastructure security while customers maintain control over their applications, data, and access management.

• Data encryption: All data on persistent disks and object storage is encrypted at rest automatically using LUKS. TLS/SSL is encouraged with Let’s Encrypt integration.

• Network security: Free Cloud Firewalls restrict inbound traffic, and VPC creates private, isolated networks within regions.

• Identity and access management: Basic IAM with Teams and project access, 2FA support, and scoped API tokens.

• Compliance: A range of certifications including SOC 2 Type II, SOC 3 certified, and CSA STAR Level 1 achieved.

• DDoS protection: Automatic detection and blocking of Layer 3/4 attacks included at no extra charge, with 99.99% uptime SLA.

• Built-in security tools: SSH keys management and optional pre-hardened Cloud Marketplace images.

DigitalOcean’s security is strong for basics and accessible without requiring deep expertise, making it a good choice for most startup use cases.

AWS security and compliance offerings

AWS offers a vast array of security features and compliance assurances:

• Shared security model: AWS secures underlying infrastructure while providing tools for customers to secure applications.

• IAM: Powerful service allowing detailed control over permissions with MFA, corporate directory integration, and IAM Access Analyzer.

• Encryption: Services like KMS for key management, CloudHSM for dedicated hardware security modules, and AWS Certificate Manager for SSL/TLS certificates.

• Network security: Security Groups, Network ACLs, AWS WAF, AWS Shield Standard/Advanced for DDoS protection, CloudTrail, VPC Flow Logs, GuardDuty, and Inspector.

• Compliance: Adheres to a range of security standards including SOC 1/2/3, ISO 27001, PCI-DSS, HIPAA, FedRAMP, GDPR, and FIPS 140-2.

• Advanced services: Macie for sensitive data discovery, Secrets Manager for credential storage, and AWS Identity Center for unified access.

While AWS offers enterprise-grade security, its complexity can lead to misconfiguration risks. DigitalOcean provides robust security with fewer “knobs” to get wrong, making it suitable for smaller applications, while AWS is often better for enterprises with strict security requirements.

Scalability options

Cloud scalability determines how well a cloud platform can handle growth—whether it’s more traffic, more data, or a need for global presence. Both DigitalOcean and AWS are scalable: you can start small and grow.

DigitalOcean scaling capabilities

DigitalOcean supports startups from their first server to multiple data centers within a simpler framework:

• Vertical scaling: Easily resize Droplets to larger sizes with more CPU, RAM, and disk through a few clicks or API calls.

• Horizontal scaling: Spin up new Droplets within seconds and use Load Balancers to distribute traffic. While not automatic, you can manually or programmatically add Droplets as needed.

• Managed Kubernetes: DOKS offers container-level scaling with Horizontal Pod AutoScaler and cluster auto-scaling to add nodes automatically.

• Global distribution: 9 regions worldwide allow deployment closer to users, though without built-in global traffic management like AWS.

• Database scaling: Managed Databases support vertical scaling and read replicas to distribute traffic.

DigitalOcean emphasizes uncomplicated scaling, with customers able to double server count in about a minute during traffic surges. It can handle web apps and services with millions of users.

AWS auto-scaling and global infrastructure

AWS is designed with scale as a fundamental feature:

• Auto Scaling: Automatically adjusts resources based on demand across EC2, ECS, DynamoDB, and other services, responding to traffic spikes within minutes or seconds.

• Global reach: 34 regions with 105 Availability Zones worldwide, plus CloudFront CDN, Route 53 latency-based routing, and Global Accelerator for global distribution.

• Service scalability: Services like S3, Lambda, and DynamoDB can scale to massive levels—storing trillions of objects or handling millions of requests per second.

• High performance computing: Specialized instances with up to 192 vCPUs and 768GB RAM for extreme vertical scaling, plus GPU and FPGA options.

AWS provides sophisticated automation that handles growth elegantly once configured, though with more upfront effort than DigitalOcean’s simpler but more manual approach. AWS offers automation and virtually limitless scaling across the globe.

Customer support

Having timely and helpful support is crucial for when an issue arises in production. DigitalOcean and AWS both offer multiple support tiers, but with different approaches aligned to their typical user bases.

DigitalOcean support tiers and quality

DigitalOcean is known for its community support and straightforward official support structure, with extensive tutorials and Q&A forums where users can often find answers without opening a ticket.

DigitalOcean support plans include:

• Starter ($0/month): For anyone who wants general guidance and troubleshooting. Included to all customers. Response times < 24 hours. Average resolution time 48 hours. Support channels: Email. Support agents: Customer support staff providing general guidance.

• Developer ($24/month): For teams developing and testing with non-production workloads. Response times < 8 hours. Average resolution time 16 hours. Support channels: Email. Support agents: Customer support staff providing general guidance.

• Standard ($99/month): For teams deploying and maintaining production workloads. Includes live chat. Response times < 2 hours. Average resolution time 4 hours. Support channels: Email and live chat. Support agents: High-level technical staff experiences in all products resulting in quicker and consistent troubleshooting. Includes newsletter with upcoming products and features, Marketplace recommendations, and best practices.

• Premium ($999/month): For businesses serving large customer bases with mission-critical applications. Response times within 30 minutes. Average resolution time 2 hours. Support channels: Dedicated Slack channel, live chat, video calls, email. Support agents: High-level technical staff experiences in all products resulting in quicker and consistent troubleshooting. Includes newsletter, higher API limit, monthly customer report with recaps of account activity, and additional resources with dedicated teams of business and technical advisors.

DigitalOcean’s support has a reputation for being customer-first and friendly, with a strong community that provides additional assistance even without a paid plan. If having responsive support is important and you don’t have a huge budget, DigitalOcean provides great value.

AWS support plans and response times

AWS offers support plans ranging from free to dedicated enterprise-level service:

• Basic Support (Free): Limited to documentation, whitepapers, and community forums. No technical support tickets allowed.

• Developer Support (Starting at $29/month or 3% of monthly charges): Business hours support with 12-24 hour response times for general guidance cases.

• Business Support (Starting at $100/month or 10% of monthly charges): 24/7 access via email, chat, and phone with 1-hour response time for urgent cases. Includes full AWS Trusted Advisor checks.

• Enterprise On-Ramp (Starting at $5,000/month or 10% of monthly charges): Bridge between Business and Enterprise with 30-minute response for critical issues.

• Enterprise Support (Starting at $15,000/month): 15-minute response times for critical issues, dedicated Technical Account Manager, Concierge support, and proactive optimization guidance.

DigitalOcean’s support is more accessible for small companies, while AWS Enterprise support caters to large organizations.

Vendor lock-in considerations

Vendor lock-in refers to the difficulty of migrating off a platform once you’ve built on it. It’s an important consideration for teams that want to keep their cloud architecture flexible and avoid being overly dependent on a single provider’s ecosystem.

DigitalOcean’s approach to portability

DigitalOcean’s services adhere to common standards and technologies, making migration relatively easier:

• Standard technologies: DigitalOcean uses widely adopted open-source technologies - Droplets are standard Linux VMs, Managed Databases use popular engines like MySQL and PostgreSQL, and Spaces uses an S3-compatible API.

• Data portability: Users can easily retrieve their data through backups, snapshots, and standard export tools.

• No proprietary APIs for core functionality: Unlike AWS Lambda or DynamoDB, DigitalOcean doesn’t require you to write application code targeting proprietary services.

• Multi-cloud friendly: DigitalOcean acknowledges and supports customers using multi-cloud strategies to avoid vendor lock-in.

• Migration assistance: DigitalOcean offers migration support, and architecture assessment when moving to their platform.

AWS’s ecosystem and switching costs

AWS creates more significant vendor lock-in through its vast ecosystem of proprietary services:

• Proprietary services and APIs: Many AWS services like DynamoDB, SQS, and Lambda don’t have direct equivalents elsewhere, meaning applications built using these services require re-engineering to migrate.

• Data transfer costs: AWS can charge substantial fees for transferring data out of their cloud, which can discourage switching, especially for organizations with large datasets.

• Skill and tooling investment: Organizations often invest heavily in AWS-specific training and tools like CloudFormation or CDK, creating inertia against changing providers.

• Integrated services: The convenience of AWS’s tightly integrated ecosystem can become a barrier to exit as organizations adopt more services.

The more you use higher-level AWS services (beyond basic compute/network/storage), the more you are writing apps for AWS specifically. Migrating away might involve both technical changes and financial costs, which can create a strong incentive to stay once you’re in.

Use cases and ideal customers

Having discussed features, it becomes clearer that DigitalOcean and AWS each have scenarios where they excel. In this section, we’ll outline when choosing DigitalOcean makes sense versus when AWS might be the better fit.

When to choose DigitalOcean

DigitalOcean is often the preferred choice for:

• Developers, startups, and small teams who want to get started quickly without cloud experts on staff. Its user-friendly UI and developer-centric approach mean you can be productive immediately, focusing on building your app instead of configuring cloud services.

• Scaling companies and growth-stage startups who need reliable infrastructure that can grow with them. DigitalOcean offers features that support business expansion including dedicated CPU options, managed database clusters, and storage solutions built in mind for regulated industries, all while maintaining the simplicity that engineering teams value.

• Simple web applications and services with conventional architectures. Hosting websites, e-commerce stores, SaaS applications, or mobile app backends can all run efficiently on a few Droplets, a managed database, and some object storage.

• Cost-sensitive project. DigitalOcean’s transparent pricing helps small companies or individual developers stick to a budget without surprise bills.

• Prototyping and MVPs where you need to spin up quick environments without wasting time on setup. Many companies find they can scale on DigitalOcean further than initially assumed.

• Developer experience and support environments that value tutorials, community help, and a straightforward API. DigitalOcean’s managed offerings are curated to be simple, with features like Kubernetes including the control plane for free.

DigitalOcean is ideal for developers, startups, and growing tech businesses looking for a simple, affordable, and developer-friendly cloud solution that can support them from initial launch through significant growth.

When AWS makes more sense

AWS might be the better choice in scenarios such as:

• Enterprise or complex applications like globally distributed systems, big data analytics platforms, or IoT backends ingesting millions of device messages. AWS provides specialized services for advanced data warehousing, petabyte-scale streaming, and machine learning pipelines.

• Heavy use of proprietary AWS tech such as Lambda, SNS, SQS, and DynamoDB for serverless and event-driven architectures that would be difficult to replicate elsewhere.

• Global reach and multi-region resilience for worldwide user bases where latency matters significantly, or when uptime requirements necessitate multi-region active-active deployments.

• Teams with AWS expertise who can effectively optimize costs and architecture to take full advantage of AWS’s capabilities.

AWS makes sense for enterprise companies where demands may quickly outgrow simpler platforms, especially when enterprise IT strategy mandates using a hyperscaler cloud provider.

AWS vs DigitalOcean FAQs

How does DigitalOcean compare to AWS for growing tech businesses?

DigitalOcean offers growing tech businesses a more streamlined cloud experience with intuitive interfaces, transparent pricing, and core services that meet most business needs without overwhelming complexity. AWS provides far more services and configurations but may require greater technical expertise and often comes with higher costs and less predictable billing for small businesses.

Is DigitalOcean cheaper than AWS?

DigitalOcean is often cheaper than AWS for predictable workloads due to its transparent flat-rate pricing, generous bandwidth allowances, and simpler service structure. While AWS can be cost-effective with careful optimization and reserved instances, it often requires significant expertise to avoid unexpected charges and optimize costs effectively.

What are the benefits of switching from AWS to DigitalOcean?

Switching to DigitalOcean often results in more predictable monthly bills (many customers report 30-50% cost savings) and a significantly simpler cloud management experience that requires less specialized expertise. Businesses also benefit from free technical support for all customers, a developer-friendly interface, and straightforward documentation that reduces the operational overhead of managing cloud infrastructure.

Can I migrate my workloads easily from AWS to DigitalOcean?

Standard workloads using Linux VMs, common databases, Kubernetes, and basic networking can be migrated relatively easily from AWS to DigitalOcean with free migration assistance. DigitalOcean provides free migration support including expert guidance, architecture planning, and technical assistance to help streamline the transition process for businesses moving from other cloud providers.

Does DigitalOcean support the same services as AWS?

DigitalOcean offers the core infrastructure services most businesses need (compute, storage, databases, networking, Kubernetes) but has a much smaller service catalog than AWS’s 200+ offerings. Where AWS provides specialized services for nearly every use case, DigitalOcean focuses on delivering the essential services with exceptional usability and consistency.

What are the main differences between DigitalOcean and AWS for developers?

DigitalOcean supports a significantly faster learning curve with intuitive interfaces, excellent documentation, and a robust community, enabling developers to focus on building rather than cloud configuration. AWS offers greater depth and specialized services but may require more time investment to learn, with a complex interface and extensive documentation that can overwhelm developers who don’t need its full capabilities.

How does DigitalOcean handle scaling compared to AWS?

DigitalOcean supports vertical scaling through simple Droplet resizing and horizontal scaling via Load Balancers and Kubernetes. AWS offers auto-scaling capabilities and global distribution options but can require more configuration and expertise to implement effectively.

References

• DigitalOcean acquires cloud computing startup Paperspace

• Forrester Total Economic Impact Study

Make the switch from AWS to DigitalOcean

Tired of complex cloud configurations and unpredictable AWS bills? Companies have successfully migrated from AWS to DigitalOcean and reduced their cloud costs in the process. DigitalOcean delivers the core infrastructure services most businesses actually need, without the overwhelming complexity that comes with hyperscale providers.

Here’s what you’ll experience on Digitalocean:

• Simple, intuitive user interface that doesn’t require cloud certification to navigate

• Transparent, predictable pricing with no hidden fees or surprise bills

• Generous bandwidth allowances with industry-leading overage rates of just $0.01/GB

• Standard support included for all customers, with faster plans starting at just $24/month

• 99.99% uptime SLA for select core services, backed by consistent performance

• Global infrastructure with 15 data centers across 9 regions

• Managed Kubernetes with free control plane, unlike AWS EKS

• Developer-friendly documentation and 8,000+ community tutorials

Our cloud experts can help you migrate your workloads from AWS with personalized guidance at no additional cost, developing a migration plan tailored to your specific needs. We’ll work with you throughout the process to ensure a smooth transition without disruption to your business.

Sign up today.