Linode (Akamai): review and where to migrate in 2026

In 2026, amidst the ongoing integration of Linode into the Akamai ecosystem, users seeking a Linode alternative with predictable pricing and better performance are actively considering providers like Contabo, Hetzner, DigitalOcean, Vultr, and Valebyte, all of whom offer competitive conditions for migration.

Linode's acquisition by Akamai in 2022 was a significant event in the cloud services market. For many who chose Linode for its simplicity, clear pricing policy, and developer focus, this deal evoked mixed feelings. On one hand, integration with Akamai's global network opens up new opportunities in edge computing and security. On the other hand, it inevitably changes the corporate culture, product strategy, and, most importantly for many users, pricing and support structure. This article provides an in-depth Linode review after the Akamai acquisition, analyzes the current situation with Linode pricing and limits, explores the reasons why users are looking for alternatives, and offers concrete solutions for Linode migration in 2026.

We will delve into the details of the changes, evaluate current Linode (Akamai) offerings, and examine key players in the VPS and dedicated server market who can be excellent replacements. Our goal is to provide developers, system administrators, and business owners with comprehensive information to make informed decisions about the future of their infrastructure.

Linode (Akamai) Review: What has changed after the acquisition?

Linode's acquisition by Akamai for $900 million in February 2022 was one of the most discussed events in the cloud computing industry. Prior to this, Linode positioned itself as an independent, developer-focused cloud services provider, known for its simplicity, transparency, and stable performance. Akamai, in turn, is a giant in CDN, cybersecurity, and edge computing, serving the world's largest companies.

Integration with Akamai: Pros and Cons

The merger of the two companies led to a number of changes that affected Linode users in different ways. On the positive side, integration with Akamai gave Linode access to a significantly broader global network, including hundreds of Points of Presence (PoPs) worldwide. This potentially improved network performance, reduced latencies, and expanded opportunities for deploying infrastructure closer to end-users. Additionally, Linode users gained access to Akamai's advanced security solutions, such as DDoS protection and WAF (Web Application Firewall), which became a significant advantage for projects requiring enhanced protection.

However, there are also downsides. Akamai's corporate culture, as a large public company, differs significantly from Linode's startup-oriented approach. Many users noticed changes in the approach to customer support, the speed of new feature implementation, and, importantly, the overall "feel" of the platform. The simplicity and straightforwardness of Linode, which were so valued, began to give way to a more complex, integrated Akamai ecosystem. This led to some disappointment among long-time customers who were looking precisely for simplicity and predictability, not corporate gigantism.

Changes in Product Line and Focus

After the acquisition, Akamai actively began integrating Linode products into its overall "Edge Platform" strategy. This means that the emphasis is shifting towards synergy between Linode's cloud computing and Akamai's global network to create distributed applications and services at the network edge. As a result, new offerings emerged, such as Akamai Connected Cloud, which combines compute resources, CDN, and security.

For existing Linode users, this meant that the platform continues to evolve, but under a new vision. Changes affected both the appearance of new services (e.g., new storage types, improved databases as a service) and a possible revision of existing ones. While basic Compute Instances remain available, the focus on "Edge" and enterprise solutions may make the platform less attractive for those seeking a simple and inexpensive VPS for small projects or development. This is one of the key reasons why many are starting to look for a Linode alternative that retains Linode's original spirit.

Linode Pricing and Limits in 2026: Comparison with the Past and Competitors

Pricing is always a critical factor when choosing a cloud provider. After Linode's acquisition by Akamai, many users are closely monitoring changes in Linode pricing, especially in comparison with competitors and their offerings for 2026. And while Linode still offers competitive rates, the overall trend and pricing details may be less attractive for certain market segments.

Analysis of Compute Instances Plans

For 2026, basic Linode Compute Instances plans remain relatively stable, but it's important to consider all cost components. Let's look at typical offerings:

• Shared CPU Instances: These are the most popular and affordable VPS. For example, a plan with 1 vCPU, 1 GB RAM, 25 GB NVMe SSD, and 1 TB data transfer might cost around $5/month. This is comparable to DigitalOcean and Vultr offerings. However, "shared CPU" means that performance can vary depending on the load on the host system.
• Dedicated CPU Instances: For applications requiring stable CPU performance, Linode offers Dedicated CPU. A plan with 2 vCPU, 4 GB RAM, 80 GB NVMe SSD, and 4 TB transfer might cost around $30/month. This is already significantly more expensive than budget alternatives like Contabo or Hetzner, which offer much more resources for the same price.
• High Memory Instances: For memory-intensive tasks such as databases or caching servers, High Memory plans are available. For example, 2 vCPU, 16 GB RAM, 300 GB NVMe SSD, and 8 TB transfer will cost $60/month.

It's important to note that Linode, like many large providers, offers hourly billing, which is convenient for short-term projects and testing. However, for long-term deployments, the monthly cost is the primary factor.

Cost of Traffic, Storage, and Additional Services

In addition to basic Compute Instances, the total cost of ownership for Linode infrastructure includes other components:

1. Data Transfer: Each VPS includes a certain amount of outbound data transfer (e.g., 1 TB for the basic plan). Overage is charged at a rate of approximately $0.01/GB. This is standard practice, but some providers (e.g., Hetzner) may include significantly more traffic or even offer unlimited traffic on certain plans.
2. Block Storage: For scaling disk space, Linode offers Block Storage at a price of about $0.10/GB per month. This is a fairly standard price, but for large volumes, it can become a significant expense.
3. Object Storage: S3-compatible object storage (Linode Object Storage) is also available, typically starting from $5/month for 250 GB. This is competitive compared to DigitalOcean Spaces or Vultr Object Storage. Cloud backup services often use similar storage.
4. Load Balancers (NodeBalancers): The cost of NodeBalancers is approximately $10/month per instance, which is standard for managed load balancers.
5. Managed Databases: Linode offers managed MySQL, PostgreSQL, and MongoDB. Prices start from $15/month for basic configurations and can increase significantly depending on resources and HA options.
6. Backups: Automatic daily backups add about 20-25% to the VPS cost.
7. IP Addresses: Additional public IPv4 addresses are usually charged separately (around $1/month) if they are not included in the plan.

Overall, Linode pricing remains competitive for small and medium-sized projects, especially if flexibility and ease of deployment are required. However, for large infrastructures or projects with strict budget constraints, costs can quickly escalate, especially when using additional services. This is where many users begin to look for more economical or higher-performing solutions, making the question of a Linode alternative particularly relevant.

Why are users looking for a Linode Alternative in 2026?

Despite the technical advantages and integration with Akamai, many Linode users are actively seeking alternative solutions in 2026. The reasons for this are varied and often rooted in the changes that occurred after the acquisition, as well as the evolution of the cloud services market as a whole.

Unpredictable Changes and Corporate Strategy

One of the main reasons for seeking a Linode alternative is the feeling of losing the predictability and transparency that were Linode's hallmark before the acquisition. When an independent provider becomes part of a large corporation, its strategy inevitably changes. This can manifest in:

• Shift in Focus: Akamai, being a major player in CDN and security, may shift Linode's focus towards more corporate, edge-oriented solutions, paying less attention to "traditional" VPS for developers. This could lead to a slowdown in the development of features important to Linode's core audience.
• Unpredictable Changes in Pricing Policy: Although Akamai strives to maintain Linode's rates, there is always a risk of price revisions or tariff structure changes towards increased complexity. Corporations often aim to "monetize" all aspects of a service, which can lead to an increase in hidden fees or higher costs for additional services.
• Changes in Support and Documentation: The integration of large companies is often accompanied by changes in support structure. Some users report a decrease in responsiveness or quality of support, as well as documentation becoming less oriented towards simple users.
• Loss of Community "Spirit": Linode has always been known for its active community and focus on developers. Integration into Akamai can lead to the dilution of this community and a loss of the "we're all in this together" feeling.

For projects that require stability and do not want to depend on corporate decisions, these changes can be critical.

Seeking a Better Price/Performance Ratio

The cloud services market is constantly evolving, and competition is becoming increasingly fierce. In 2026, many providers offer impressive resources at very aggressive prices. In this context, Linode, especially against the backdrop of rising costs for additional services, may appear less attractive in terms of price/performance ratio.

• Budget Providers with High Resources: Companies like Hetzner and Contabo offer VPS and dedicated servers with significantly more RAM, disk space, and CPU cores for the same or even less money than Linode. For example, for $10-15 per month, you can get 4-8 GB RAM and 2-4 vCPU, which would cost 1.5-2 times more at Linode. You can read more about this in the Contabo review.
• Specialized Providers: Some providers focus on specific niches, offering optimized solutions. For example, for projects requiring high network bandwidth, other providers may offer more favorable data transfer rates.
• Performance Requirements: For high-load applications, databases, or game servers, where every megahertz and gigabyte of RAM matters, Linode Shared CPU may be insufficient. And switching to Dedicated CPU or High Memory plans makes it significantly more expensive than specialized dedicated server hosts.

Users who carefully manage their budget and strive to get the most for their money inevitably begin to compare and search for where their infrastructure investments will be most effective. This is a natural process that pushes them to seek a new Linode alternative.

Key Linode Alternatives: Where to Migrate in 2026?

Choosing the right Linode alternative depends on the specific needs of the project: budget, performance requirements, geography, ease of management, and availability of additional services. In 2026, the market offers a wide range of providers, each with its own strengths. Let's consider the most popular and worthy candidates.

Providers with a Similar IaaS Model: DigitalOcean, Vultr

These providers are the most obvious and direct competitors to Linode, offering a similar IaaS (Infrastructure as a Service) model with an emphasis on ease of use and APIs for developers.

• DigitalOcean:
  • Pros: Known for its simplicity, excellent documentation, and active community. Offers a wide range of managed services (databases, Kubernetes, Spaces object storage). The interface is intuitive. Pricing for basic Droplets (VPS) is comparable to Linode, starting from $4-$5/month for 1 vCPU, 1 GB RAM, 25 GB SSD, 1 TB transfer.
  • Cons: Can be more expensive than budget providers, especially for higher configurations. The cost of additional services can quickly increase the bill.
  • Who it's for: Developers, startups, small to medium-sized projects that value simplicity, managed services, and a good API. A detailed DigitalOcean review will help in choosing.
• Vultr:
  • Pros: Offers a very wide geography of data centers, which is important for global projects. Often has more favorable offers on starter plans, and also offers Bare Metal and GPU instances. Cloud Compute (VPS) prices start from $2.50-$5/month for 1 vCPU, 512 MB-1 GB RAM, 10-25 GB NVMe SSD, 0.5-1 TB transfer.
  • Cons: The interface may be less polished than DigitalOcean's. Some managed services are less developed.
  • Who it's for: Users who value broad geography, flexibility in OS choice (including Windows Server), and the ability to quickly deploy various instance types. A Vultr review will help with comparison.

Budget Giants: Hetzner, Contabo

If the main priority is maximum performance for minimal money, then Hetzner and Contabo are leaders in this category.

• Hetzner:
  • Pros: Known for its aggressive pricing on VPS (Cloud Servers) and dedicated servers. Offers excellent CPU and disk (NVMe) performance for its price. Included traffic is often 20 TB, which is very generous. For example, a Cloud Server with 2 vCPU, 4 GB RAM, 80 GB NVMe SSD costs around €8-10/month.
  • Cons: Less developed ecosystem of managed services compared to Linode/DO/Vultr. Data center geography is limited to Europe (Germany, Finland) and the USA. Support can be less responsive.
  • Who it's for: Users who need high performance and large amounts of resources for a low price, and are willing to manage more themselves. Ideal for high-load applications, databases, game servers.
• Contabo:
  • Pros: Offers incredible amounts of resources (CPU, RAM, HDD/SSD) for a very low price. For example, for €7-8/month, you can get 4 vCPU, 8 GB RAM, 200 GB NVMe SSD. Included traffic is 32 TB. Ideal for projects requiring a lot of RAM or disk space.
  • Cons: CPUs are often "shared" and may not be the newest (though powerful enough). Network performance and disk I/O may be inferior to premium providers at peak load. Geography is limited (Germany, USA, Singapore).
  • Who it's for: Projects with a limited budget requiring a large number of resources (e.g., for development, testing, hosting multiple websites, Immich, Gitea).

Flexible Solutions and Dedicated Servers: Valebyte and Others

For those seeking maximum control, stability, and customization, dedicated servers or more flexible cloud solutions from aggregators may be the best choice.

• Valebyte:
  • Pros: As an aggregator and provider, Valebyte offers a wide range of VPS and dedicated servers at competitive prices in various data centers worldwide. This allows for finding the optimal solution in terms of geography, resources, and budget. Offers with higher resource guarantees (Dedicated CPU, NVMe) are often available at prices comparable to Shared CPU from large cloud providers. Support is usually more personalized. Valebyte also offers VPS with DDoS protection.
  • Cons: The ecosystem of managed services may be less extensive than that of large cloud providers (though this is compensated by flexibility).
  • Who it's for: Users who need a personalized approach, an optimal price/performance ratio, a wide choice of geography and configurations, and the ability to transition to full-fledged dedicated servers without changing providers. Valebyte is an excellent Linode alternative for those who value flexibility and direct contact.
• OVHcloud:
  • Pros: A large European provider with its own infrastructure and extensive geography. Offers a wide range of products from VPS to dedicated servers and cloud solutions. Often has very favorable offers on dedicated servers.
  • Cons: The interface can be complex for beginners. Support is not always responsive. VPS prices may be less competitive than Hetzner/Contabo. OVH VPS review.
  • Who it's for: Large projects requiring scalability, flexibility, and broad geography, as well as those looking for inexpensive dedicated servers.

When choosing a Linode alternative, it's important not only to look at the base price but also to consider the cost of additional services, included traffic, support quality, and available data centers. For many projects, especially in 2026, Valebyte offers an optimal combination of these factors.

Comparative Table of Linode Alternatives (VPS and Dedicated Servers)

For clarity and ease of choice, here is a comparative table of key providers that can serve as a worthy Linode alternative. Prices and characteristics are current for 2026 and may change slightly. We will focus on popular configurations to provide a general overview.

This table provides a general overview of the market. When choosing a Linode alternative, it is always recommended to conduct your own research and, if possible, test the chosen provider.

Linode Migration: A Step-by-Step Checklist for Relocation

Migrating infrastructure from one provider to another can seem like a daunting task, but with proper planning and a phased approach, it is entirely achievable. This checklist will help you perform a Linode migration as smoothly as possible and with minimal downtime.

Preparation for Migration: Audit and Planning

1. Inventory of current Linode infrastructure:
   • Compile a complete list of all VPS (Linodes), databases, object storage, load balancers, DNS records, and other services you use.
   • For each VPS, record: OS, software versions (web server, database, interpreters), ports used, disk size, RAM, CPU.
   • Identify dependencies between services.
2. Data Audit:
   • Determine the volume of data that needs to be transferred. This may include website files, databases, user uploads, logs.
   • Check which data is critically important and requires minimal downtime during transfer.
3. Assessment of requirements for the new provider:
   • Based on the inventory, determine the minimum resource requirements (CPU, RAM, disk, traffic) for each service on the new platform.
   • Consider the geographical location of the new provider's data centers (to optimize latencies).
   • Determine whether you need managed services (Managed Databases, Kubernetes) or if you will deploy everything yourself.
4. Choosing a new Linode alternative:
   • Based on the audit and requirements, select one or more providers (e.g., Valebyte, Hetzner, DigitalOcean).
   • Register and familiarize yourself with their control panel and features.
5. Planning the migration window:
   • Determine the least busy time for migration to minimize impact on users.
   • Inform stakeholders about the upcoming relocation.

Choosing a New Provider and Test Environment

6. Deploying test infrastructure:
   • On the new provider, create similar VPS and configure basic software (OS, web server, database).
   • Ensure all necessary ports are open and the firewall is configured.
7. Test data transfer:
   • Transfer a small portion of data (e.g., a test website, database) to the new test environment.
   • Verify the functionality of all services after the transfer.
8. Setting up monitoring:
   • Install monitoring tools on the new server (Uptime Kuma, Prometheus, Zabbix) to track performance and availability.
9. Optimization and tuning:
   • After the test transfer, optimize software configurations for the new environment.
   • Perform load testing to ensure the new infrastructure can handle the expected load.

Actual Data Transfer and DNS

10. Full backup:
    • Before starting the migration, perform a full backup of all data on Linode. This is your "plan B."
11. Data synchronization:
    • Use utilities like rsync for incremental file synchronization from Linode to the new server. This allows you to transfer most of the data in advance, minimizing downtime.
    • Example rsync command:

      rsync -avzP --delete -e "ssh -p 22" /path/to/source/ user@new_server_ip:/path/to/destination/

      where:
      • -a: archive mode (preserves permissions, owners, groups, timestamps)
      • -v: verbose output
      • -z: compress data during transfer
      • -P: shows progress and allows resuming interrupted transfers
      • --delete: deletes files in the destination folder that are not in the source (use with caution!)
      • -e "ssh -p 22": specifies using SSH for transfer (with port 22, if not standard)
    • For databases, use mysqldump, pg_dump, or other utilities to create dumps and import them to the new server.
    • Example MySQL dump:

      mysqldump -u username -p database_name > database_name.sql

      Import:

      mysql -u username -p database_name < database_name.sql

12. Switching DNS records:
    • After successful data synchronization and verification of all services on the new server, change the DNS records (A-records for domains) to point to the new server's IP address.
    • Reduce the TTL (Time To Live) for your DNS records several hours (or days) before migration to a minimum value (e.g., 300 seconds or 5 minutes). This will speed up the propagation of DNS changes.
    • Example of changing TTL in a DNS zone:

      @ IN SOA ns1.example.com. hostmaster.example.com. (
                                      2026010101 ; Serial
                                      10800      ; Refresh
                                      3600       ; Retry
                                      604800     ; Expire
                                      300      ) ; Minimum TTL (change this)

13. Final verification:
    • After updating DNS, clear your computer's DNS cache and check that your website/application opens from the new server.
    • Use dig or nslookup to confirm that DNS records have updated.
    • Example dig command:

      dig yourdomain.com +short

    • Check logs on the new server for errors.
14. Decommissioning old services:
    • 24-48 hours after DNS switchover, when you are confident that all traffic has moved to the new server, you can safely decommission (or delete) old VPS and services on Linode.

By following these steps, you can successfully migrate your projects from Linode to your chosen Linode alternative with minimal risks and downtime.

Conclusion

Linode's acquisition by Akamai has led to significant changes, prompting many users to seek a reliable Linode alternative that better meets their current needs in terms of price, performance, and support. In 2026, the market offers many excellent options, from convenient cloud platforms like DigitalOcean and Vultr to budget giants Hetzner and Contabo, as well as flexible solutions from Valebyte.

For most projects requiring an optimal balance of price and performance, as well as a wide choice of geographical locations and server types, Valebyte is one of the most promising Linode alternatives, offering a personalized approach and competitive conditions for VPS and dedicated servers.