Has Oracle Cloud Free Tier ended? Best paid alternatives for 2026

Да, для многих пользователей Oracle Cloud Free Tier фактически "закончился" или его возможности были значительно урезаны, что вынуждает искать надёжные и предсказуемые платные Oracle Cloud Free Tier alternatives, предлагающие стабильную производительность без внезапных отключений и потери данных. В 2026 году, когда бесплатные предложения крупных облачных провайдеров становятся всё более мифическими, переход на доступный платный VPS оказывается не просто заменой, а стратегически верным решением для любого серьёзного проекта.

Why is Oracle Cloud Free Tier "ending" or being limited?

The phenomenon of the "disappearing" Oracle Cloud Free Tier has become a byword among developers and system administrators. Initially advertised as a generous offer with "Always Free" resources, including 4 vCPUs, 24 GB RAM, and NVMe storage (for Ampere A1 ARM instances), it attracted millions of users seeking a powerful and, most importantly, free platform for their projects. However, the reality proved less rosy, and many found that their free resources were either closed down by Oracle Free Tier or their availability became extremely unstable.

Resource reclamation and sudden outages: myth or reality?

Officially, Oracle states that Always Free resources are available "as long as they exist." But in practice, this means Oracle reserves the right to reclaim or limit these resources at any time. The most common reasons and scenarios users encounter include:

• Inactive resources: If your free instance remains idle for a long time without significant load or updates, Oracle may deem it inactive and reclaim the resources.
• Region quota exceeded: In popular regions (e.g., Frankfurt, Ashburn), demand for Always Free resources significantly exceeds supply. Oracle periodically "cleans up" inactive accounts or accounts with low activity to free up space for new users or paid customers.
• Payment issues: Even if you only use free resources, activating the Free Tier often requires linking a credit card. Any card issues (expiration, insufficient funds, suspicious activity) can lead to account blocking or restricted access to resources. Users who accidentally exceeded free limits (e.g., created too large a disk or used a paid service) and then failed to pay the bill also risk losing Free Tier access.
• "Fair use" policy: Although Oracle does not disclose exact criteria, it's clear that intensive or "atypical" use of free resources can be considered a policy violation, leading to blocking. This particularly applies to cryptocurrency mining, spamming, or other resource-intensive and undesirable activities.
• Lack of support: Free Oracle Cloud users do not have access to full technical support. In case of account or resource problems, you are left alone with documentation and forums, which significantly complicates restoring access or understanding the reasons for blocking.

As a result, many projects built on Oracle Cloud Free Tier face the risk of sudden outages, data loss, and inability to recover, making it extremely unreliable for anything beyond the simplest experiments.

Always Free limit expansion and regional restrictions

Initially, Oracle Free Tier offered 2 AMD vCPUs and 1 GB RAM, and then significantly expanded its offering with ARM instances. However, the availability of these ARM instances (Ampere A1) varies greatly by region. In some regions, obtaining them is practically impossible due to a constant lack of resources, while in others, they are only sporadically available. This creates an additional headache for users who are forced to constantly monitor availability or choose less optimal regions with high latency.

In addition to compute resources, Always Free also includes other services, such as 2 Autonomous Databases, 200 GB of block storage, a load balancer, and 10 TB of egress traffic. But here too there are caveats: traffic is limited to 10 TB per month, and exceeding this limit or using other paid services instantly switches the account to a paid mode, which we will discuss further.

Thus, for those seeking a stable and predictable platform, Oracle Cloud Free Tier, despite its advertised generosity, turns out to be a lottery where a win is far from guaranteed, and a loss can cost you your project. This is precisely why finding a reliable always free alternative becomes a priority.

What does Oracle Cloud actually cost after Free Tier?

After your Oracle Cloud Free Tier "ends" or you accidentally exceed its limits, Oracle's pricing model can come as an unpleasant surprise. Oracle, like other major cloud providers (AWS, Azure, Google Cloud), uses a complex billing system that can quickly lead to high bills if you don't control your resources.

Hidden costs and Oracle's complex pricing

The main problem with Oracle Cloud is that it's very easy to transition from "free" to "paid" without explicit warning. Here are some common scenarios where users start paying:

• Exceeding Always Free limits:
  • Compute resources: If you created an instance with more vCPUs or RAM than allowed by the Free Tier (e.g., more than 4 vCPUs and 24 GB RAM for ARM, or more than 2 vCPUs and 1 GB RAM for AMD), or if you have multiple instances running simultaneously that collectively exceed the limits.
  • Storage: If you created a block volume larger than 200 GB, or used File Storage, which is not part of Always Free.
  • Traffic: While 10 TB of egress traffic is a lot, for some applications (e.g., CDNs, streaming), it might not be enough. Exceeding the limit leads to charges for each additional gigabyte.
  • Paid services: Using services that are not included in Always Free at all (e.g., certain databases, specialized networking features, expensive OS images).
• Incorrect resource deletion: Simply stopping an instance does not always mean all resources are released. Some components, such as block volumes or IP addresses, may continue to be charged if you don't explicitly delete them.
• Monitoring complexity: The Oracle Cloud Infrastructure (OCI) dashboard can be overwhelming with information, making it difficult for beginners to track actual resource consumption against Free Tier limits.
• Opaque pricing: Prices for various Oracle services can be high compared to more specialized VPS providers, especially for basic compute resources. For example, vCPU and RAM can cost $0.015 - $0.03 per vCPU/hour and $0.002 - $0.005 per GB RAM/hour, which quickly adds up to tens or hundreds of dollars per month for an average instance.

It is precisely because of this unpredictability and potentially high costs that many users seek a reliable Oracle Cloud alternative with simple and transparent pricing.

Approximate calculations: when "free" becomes expensive

Let's imagine you used a Free Tier ARM instance (4 vCPUs, 24 GB RAM, 200 GB NVMe) and decided to scale it by adding 2 vCPUs and 8 GB RAM, or simply created an additional 100 GB block volume. Your costs might look like this (prices are approximate and subject to change):

• Additional vCPU/RAM: 2 vCPUs * $0.015/hour * 730 hours/month = $21.9/month; 8 GB RAM * $0.002/hour * 730 hours/month = $11.68/month. Total: ~$33.58/month.
• Additional storage: 100 GB block storage * $0.0425/GB/month = $4.25/month.
• Additional egress traffic: After 10 TB, each additional GB can cost ~$0.0085. If you use another 1 TB, that's ~$8.5/month.

In this scenario, your "free" server suddenly starts costing ~$46.33 per month. For this money, you could get a significantly more powerful and predictable dedicated server or several high-performance VPS from other providers. This makes Oracle Cloud economically unviable for most small and medium-sized projects once you step outside the strict Free Tier limits.

Therefore, if you are looking for stability, predictable costs, and an adequate price-to-performance ratio, it makes sense to consider specialized VPS providers that offer transparent tariffs and a clear payment model.

Why a paid VPS is the best Oracle Cloud Free Tier alternative?

Transitioning from the "free" Oracle Cloud Free Tier to a paid VPS might seem like a step backward for those accustomed to the idea of free resources. However, for most projects requiring stability, predictability, and adequate performance, a paid VPS is not just a replacement, but a significant improvement. The search for a reliable free VPS alternative often leads precisely to affordable paid solutions.

Predictability, stability, and control: what a paid VPS offers

Unlike the constantly changing conditions and risks of outages in Oracle Free Tier, a paid VPS offers several critically important advantages:

1. Predictable costs: You pay a fixed monthly or annual amount, knowing exactly how much your server will cost. No hidden fees, no sudden bills for "exceeding limits" you weren't aware of. This allows for precise budget planning and avoids unpleasant surprises.
2. Resource stability: The resources (CPU, RAM, disk, network) allocated to your VPS are guaranteed. You won't encounter situations where your server's performance suddenly drops because neighboring "free" instances are overloaded, or Oracle decided to reallocate resources. Your performance will be consistent and predictable.
3. Guaranteed uptime (SLA): Most paid VPS providers offer Service Level Agreements (SLAs) with a guaranteed uptime percentage (e.g., 99.9% or 99.99%). In case of an SLA breach, you may receive compensation. Such guarantees do not exist for free services.
4. Technical support: Paid users always have access to technical support. In case of issues with hardware, network, or the host's software, you can quickly get assistance. This is critically important for any project that needs to be available 24/7.
5. Full control over the environment: You get root access to your server and can install any software, configure any parameters, use desired OS versions and libraries. There are no restrictions inherent in some free cloud platforms.
6. Location choice: Most VPS providers offer a wide selection of data centers worldwide, allowing you to choose a location optimal for your audience in terms of latency.
7. Scalability: As your project grows, you can easily scale your VPS, increasing the number of CPUs, RAM, or disk space, often without downtime.

For projects such as hosting websites, blogs, application development, VPN servers, monitoring systems (e.g., Uptime Kuma), or even small game servers, a reliable paid VPS costing $5 to $20 per month will prove to be a much more advantageous and dependable solution than trying to stick with the free but unstable Oracle Cloud Free Tier.

Cost comparison: when $5 is better than $0

At first glance, $0 is always better than $5. But this is not the case if $0 means constant downtime, data loss, lack of support, and inability to plan. Let's compare:

• Oracle Cloud Free Tier ($0):
  • Pros: Zero cost, powerful ARM instances (if available).
  • Cons: Extremely low reliability, risk of resource reclamation, no support, complex pricing when exceeding limits, regional restrictions, potential data loss.
• Affordable paid VPS ($5-$20/month):
  • Pros: Predictable performance, guaranteed resources, SLA, full technical support, simple and transparent pricing, full control, high reliability.
  • Cons: Non-zero cost.

For most users who value their time and the stability of their projects, a monthly fee of $5-$20 for a VPS is a small investment that pays off many times over due to the absence of headaches, stable operation, and confidence in the future. For example, for $5-$10 per month, you can get a VPS with 2 vCPUs, 2-4 GB RAM, and a 40-80 GB NVMe disk, which is more than sufficient for most basic tasks and significantly surpasses any "free" alternative in reliability.

If your project has any value, relying on the free Oracle Cloud Free Tier is an unjustified risk. It's better to invest in a reliable paid VPS and gain peace of mind and confidence in your infrastructure's operation.

How to choose the ideal always free alternative: key criteria

Choosing a paid VPS as an Oracle Cloud Free Tier alternative requires a careful approach. There are many providers on the market, each with its own characteristics. To make the right choice, you need to consider a number of key criteria that directly affect the performance, cost, and reliability of your future server.

What to look for when choosing a VPS provider

When choosing a VPS, focus on the following aspects:

1. Hardware configuration:
   • CPU: Number of cores (vCPU) and their performance (frequency, architecture). For most tasks, 1-2 vCPUs are sufficient, but resource-intensive applications (e.g., databases, compilation) will require more. Pay attention to the CPU type: Intel Xeon (older E3/E5, newer Gold/Platinum) or AMD EPYC (often provide better per-core performance).
   • RAM: Amount of random-access memory. 2 GB RAM is the minimum for most Linux servers with a web stack, 4 GB is a comfortable level for medium projects, and 8 GB or more is for databases and high-load applications.
   • Disk subsystem: Type and volume of storage. NVMe SSD provides maximum read/write speed, which is critical for databases and I/O-intensive applications. Standard SSDs are also good but slower. HDD is only suitable for storing large volumes of rarely used data.
2. Network characteristics:
   • Port speed: Usually 1 Gbit/s, but some providers offer 10 Gbit/s. More important than peak speed is channel stability.
   • Traffic volume: Inbound traffic is often free and unlimited. Outbound traffic may be limited (e.g., 1 TB/month, 5 TB/month) or completely unlimited. Clarify the policy for exceeding limits.
   • Data center locations: Choose a location as close as possible to your target audience to minimize latency.
   • DDoS protection: For many projects, especially public ones, having an affordable VPS with DDoS protection is critically important. Clarify the level of protection (L3/L4, L7) and its effectiveness.
3. Price and payment flexibility:
   • Monthly/Hourly payment: Most VPS providers offer monthly payment. Some, like Vultr or DigitalOcean, also offer hourly billing, which is convenient for temporary tasks.
   • Price/performance ratio: The cheapest option is not always the best. Look for the optimal balance of performance and cost.
   • Discounts for long-term rental: Many providers offer discounts for annual or longer payments.
4. Support and reputation:
   • Quality of technical support: How quickly and competently they respond to requests. Check reviews.
   • Provider's reputation: How long they've been in the market, what reviews other users have.
   • SLA availability: Uptime guarantees and compensation.
5. Additional features:
   • Backup: Availability of automatic backups and the ability to create snapshots.
   • Control panel: Ease of server management (e.g., KVM console, API, CLI).
   • OS images: Wide selection of operating systems and the ability to upload your own ISOs.

The importance of NVMe drives for performance

It is worth emphasizing the significance of NVMe drives. While many budget VPS providers still offer SSDs or even HDDs, NVMe drives provide significantly higher read/write speeds. This is especially important for:

• Databases: MySQL, PostgreSQL, MongoDB run significantly faster on NVMe, reducing query response times.
• Web servers: Fast loading of files and data for your website or application.
• Code compilation: Accelerates the project build process in CI/CD pipelines.
• System operations: Fast OS boot, update installation, log handling.

The cost difference between SSD and NVMe is often minimal, but the performance gain is colossal. Therefore, if your budget allows, always choose a VPS with NVMe storage.

Considering these criteria, you will be able to select an optimal paid VPS that will serve as a reliable and high-performing replacement for the unstable Oracle Cloud Free Tier.

Comparison of the best paid VPS providers: Valebyte and competitors

Choosing a specific provider for your Oracle Cloud Free Tier alternative is a crucial step. We will examine several popular and affordable VPS providers, including Valebyte, to give you a clear understanding of what to expect for your money. We will focus on the price-to-performance ratio and available configurations.

Valebyte: flexibility and global reach at an affordable price

Valebyte specializes in providing high-performance VPS and dedicated servers with an emphasis on flexibility, reliability, and competitive pricing. We aggregate offers from numerous data centers worldwide, allowing us to provide a wide selection of locations and configurations often unavailable from other providers.

• Valebyte advantages:
  • Global locations: Wide selection of data centers in Europe, North America, Asia.
  • High performance: Most VPS run on modern processors (AMD EPYC, Intel Xeon Gold) with NVMe drives.
  • Flexible tariffs: Ability to customize configurations for specific needs.
  • Transparent pricing: Clear and understandable tariffs without hidden fees.
  • Support: Prompt technical support.
  • Affordability: Tariffs start from very budget-friendly options, providing excellent value for money.
• Typical basic Valebyte tariff:
  • CPU: 1-2 vCPU (AMD EPYC/Intel Xeon Gold)
  • RAM: 2-4 GB DDR4
  • Disk: 40-80 GB NVMe SSD
  • Traffic: 1-5 TB/month or unlimited
  • Port: 1 Gbit/s
  • Price: From $5 - $10/month

Competitors: Hetzner, Netcup, Vultr, DigitalOcean, Contabo

Let's consider other popular players in the budget VPS market:

Hetzner (Germany, Finland, USA)

Hetzner is known for its aggressive pricing and stable performance, especially in Europe. Their Cloud VPS offers a flexible payment model.

• Pros: Excellent prices, NVMe drives, good network channels, DDoS protection.
• Cons: Fewer locations outside Europe, support can be slow for non-critical requests.
• Basic plan (CPX11): 2 vCPU (AMD EPYC), 2 GB RAM, 40 GB NVMe, 20 TB traffic. Price: €4.15/month (~$4.5/month).

Netcup (Germany)

Netcup is another European provider often mentioned for its unique price-to-resource ratio. Their VPS servers often offer more RAM and disk for the same price as competitors. You can read more about this in our Netcup 2026 review.

• Pros: Very generous configurations for the price, good performance, stability.
• Cons: Only German data centers, control panel interface may not be the most intuitive.
• Basic plan (RS 1000 G9 SE): 2 vCPU, 4 GB RAM, 80 GB NVMe, unlimited traffic. Price: €6.99/month (~$7.6/month).

Vultr (Globally)

Vultr offers hourly billing and a wide selection of locations worldwide, making it convenient for developers and projects with variable loads. A more detailed Vultr review is available on our blog.

• Pros: Many locations, hourly billing, NVMe drives, user-friendly control panel.
• Cons: Prices can be slightly higher for similar configurations than Hetzner/Netcup.
• Basic plan (Cloud Compute): 1 vCPU, 1 GB RAM, 25 GB NVMe, 1 TB traffic. Price: $6/month.

DigitalOcean (Globally)

DigitalOcean is popular among developers due to its simplicity, user-friendly interface, and good documentation. They also offer hourly billing and many additional services.

• Pros: Excellent UX, ease of use, wide range of additional services (databases, Kubernetes), many locations.
• Cons: Prices are slightly higher than competitors for basic VPS. Additional services can quickly increase the bill. More information can be found in our DigitalOcean review.
• Basic plan (Basic Droplet): 1 vCPU, 1 GB RAM, 25 GB NVMe, 1 TB traffic. Price: $6/month.

Contabo (Germany, USA, Singapore)

Contabo offers very powerful VPS at low prices, often with large amounts of RAM and disk space. However, they use SATA SSD or HDD, not NVMe, and may have CPU overselling.

• Pros: Very low prices for large amounts of RAM and disk.
• Cons: SATA SSD (not NVMe), potential CPU overselling, server activation queues, limited number of locations. Details in our Contabo review.
• Basic plan (VPS S): 4 vCPU, 8 GB RAM, 50 GB NVMe/200 GB SSD, 32 TB traffic. Price: €5.50/month (~$6/month).

VPS Provider Comparison Table (Basic Plans 2026)

For clarity, let's compare the basic plans of the mentioned providers, which can be excellent Oracle Cloud Free Tier alternatives. Note that prices and configurations may vary slightly.

Provider	CPU	RAM	Disk	Disk Type	Traffic	Locations	Price/month (approx.)
Valebyte (Basic)	1-2 vCPU (AMD/Intel)	2 GB	40 GB	NVMe SSD	1-5 TB	Globally	$5 - $10
Hetzner Cloud (CPX11)	2 vCPU (AMD EPYC)	2 GB	40 GB	NVMe SSD	20 TB	EU, USA	$4.5
Netcup (RS 1000 G9 SE)	2 vCPU	4 GB	80 GB	NVMe SSD	Unlimited	Germany	$7.6
Vultr (Cloud Compute)	1 vCPU	1 GB	25 GB	NVMe SSD	1 TB	Globally	$6
DigitalOcean (Basic Droplet)	1 vCPU	1 GB	25 GB	NVMe SSD	1 TB	Globally	$6
Contabo (VPS S)	4 vCPU	8 GB	50 GB NVMe / 200 GB SSD	NVMe/SSD	32 TB	EU, USA, Asia	$6

As seen from the table, even for a modest $5-$10 per month, you can get quite decent configurations with NVMe drives, sufficient RAM, and adequate traffic. These solutions provide much greater reliability and predictability than any "free" cloud service.

Specific use cases and recommended VPS configurations

Choosing the optimal VPS configuration depends on the specific task. Oracle Cloud Free Tier, despite its promises, often fails to handle real workloads or becomes unavailable. A paid VPS, on the other hand, allows for precise resource allocation to meet project needs.

From web server to CI/CD: what you can run on an affordable VPS

Let's look at typical scenarios and recommended VPS configurations that will serve as a reliable Oracle Cloud Free Tier alternative:

1. Small website, blog, or landing page (WordPress, Ghost, static site):

   • Requirements: Low load, stable uptime.
   • Recommended configuration:
     • CPU: 1-2 vCPU (modern Intel or AMD)
     • RAM: 2 GB
     • Disk: 40-60 GB NVMe SSD
     • Traffic: 1-2 TB/month
     • Approximate price: $5 - $8/month
   • Use cases: Personal blogs, small corporate websites, portfolios, business card sites. Optimal for installing Nginx/Apache, PHP-FPM, a small MySQL/PostgreSQL database.

2. Development environment, test server, VPN server:

   • Requirements: Flexibility, ability to install specific software, sufficient performance for compilation or running Docker containers.
   • Recommended configuration:
     • CPU: 2 vCPU
     • RAM: 4 GB
     • Disk: 60-80 GB NVMe SSD
     • Traffic: 2-5 TB/month
     • Approximate price: $8 - $15/month
   • Use cases: Deploying test versions of applications, hosting Gitea or Vaultwarden, OpenVPN or WireGuard server, small CI/CD system.

3. Small game server (Minecraft, Valheim, Terraria) or voice server (Mumble, TeamSpeak):

   • Requirements: Stable per-core CPU performance, low network latency, sufficient RAM.
   • Recommended configuration:
     • CPU: 2-4 vCPU (higher frequency is better)
     • RAM: 4-8 GB
     • Disk: 80-120 GB NVMe SSD
     • Traffic: 5 TB/month and above
     • Approximate price: $15 - $25/month
   • Use cases: Hosting a private Minecraft server for 10-20 players, Valheim server, Discord bot.

4. Self-hosted applications:

   • Requirements: Enough resources for several services, reliable storage.
   • Recommended configuration:
     • CPU: 2-4 vCPU
     • RAM: 4-8 GB
     • Disk: 100-200 GB NVMe SSD
     • Traffic: 5 TB/month and above
     • Approximate price: $15 - $30/month
   • Use cases: Running Immich (Google Photos alternative), Nextcloud, Plausible/Umami for analytics, Coolify/Dokploy/CapRover for application deployment.

In each of these scenarios, a paid VPS provides predictability, guaranteed resources, and support, which are often lacking in Oracle Cloud Free Tier.

Example of basic installation and resource monitoring

After gaining access to a VPS, the first step is usually to update the system and install basic utilities. Here are example commands for Debian/Ubuntu:

sudo apt update && sudo apt upgrade -y
sudo apt install htop iotop net-tools -y

For resource monitoring, you can use:

• htop: interactive monitoring of CPU, RAM, processes.
• iotop: monitoring of disk I/O.
• free -h: information about RAM usage.
• df -h: information about disk usage.
• speedtest-cli: for checking network speed (requires installation: sudo apt install speedtest-cli).

# Example htop output
  PID USER      PRI  NI  VIRT   RES   SHR S CPU% MEM%   TIME+  Command
 1234 root       20   0 1234M 1234M  123M R 10.0  5.0  0:01.23 /usr/bin/python3 /usr/bin/htop
    1 root       20   0  123M 1234K  123K S  0.0  0.0  0:00.12 /sbin/init
...

These simple tools allow you to constantly monitor the state of your VPS and ensure it operates as expected, without the hidden limitations characteristic of free cloud offerings.

Migrating from Oracle Free Tier: what to consider during migration

Migrating from Oracle Cloud Free Tier to a paid VPS is not just a change of provider, but also an opportunity to optimize your infrastructure. The process requires planning to minimize downtime and avoid data loss.

Step-by-step plan and recommendations for a smooth transition

Here's a step-by-step migration plan that will help make the transition as smooth as possible:

1. Analyze current infrastructure on Oracle Free Tier:

   • Inventory: Compile a list of all running services, applications, databases, and configuration files.
   • Dependencies: Identify all external dependencies (DNS, APIs, third-party services).
   • Data volume: Estimate the total volume of data to be transferred (files, databases).
   • Resource usage: Analyze actual CPU, RAM, disk, and network consumption to choose an adequate configuration for the new VPS. Use htop, free -h, df -h.

2. Choose a new VPS provider and plan:

   • Use the criteria described in previous sections and the comparison table.
   • Consider the data center location for optimal latency.
   • Prefer NVMe drives for better performance.
   • Valebyte, Hetzner, Netcup are excellent options for a stable and affordable replacement.

3. Prepare the new VPS:

   • OS installation: Choose the same operating system as on Oracle (e.g., Ubuntu 22.04 LTS) to minimize compatibility issues.
   • Basic setup: Update the system, configure SSH access with keys, install a firewall (e.g., UFW), create a non-root user.
   • Install necessary software: Install all services that were on Oracle (web server, PHP, Python, Node.js, Docker, databases, etc.).

   # Example of Nginx and PostgreSQL installation on Ubuntu
   sudo apt update
   sudo apt install nginx postgresql postgresql-contrib -y
   sudo systemctl enable nginx postgresql
   sudo systemctl start nginx postgresql

4. Data transfer:

   • Files: Use rsync for efficient file transfer.
   • Databases: Export databases from Oracle (e.g., pg_dump for PostgreSQL, mysqldump for MySQL) and import them to the new VPS.

   # Example of file transfer using rsync
   rsync -avz --progress /path/to/old/data user@new_vps_ip:/path/to/new/data
   
   # Example of PostgreSQL export/import
   pg_dump -U username -h old_vps_ip dbname > dbname.sql
   psql -U username -h new_vps_ip -d dbname < dbname.sql

5. Application configuration:

   • Copy and configure all application configuration files.
   • Check file paths, environment variables, database settings.

6. Testing:

   • Before switching DNS, ensure all services on the new VPS are working correctly.
   • Test websites, APIs, and application functionality. Use the /etc/hosts file on your local machine to temporarily redirect the domain to the new IP.

7. Update DNS records:

   • After successful testing, change your domain's A/AAAA records to point to the new VPS IP address.
   • Consider DNS propagation time (TTL) to minimize downtime. It is recommended to set TTL to a low value (e.g., 300 seconds) several hours before migration.

8. Post-migration monitoring:

   • Carefully monitor the new VPS's operation, load, and logs.
   • Use monitoring tools such as Uptime Kuma or Prometheus/Grafana, to ensure stability.

9. Clean up Oracle Cloud resources:

   • After successful migration and confirmation of all services working on the new VPS, don't forget to delete all resources in Oracle Cloud (instances, block volumes, network interfaces) to avoid accidental charges.

Thoroughly following this plan will help you smoothly transition from the unpredictable Oracle Free Tier to a stable and controlled paid VPS infrastructure.

Conclusion

Oracle Cloud Free Tier, while promising generous resources, in practice proves to be an unstable and unpredictable solution prone to sudden outages and hidden costs. For projects requiring reliability, predictability, and control, transitioning to a paid VPS is the optimal Oracle Cloud Free Tier alternative. Providers like Valebyte, Hetzner, Netcup offer powerful and affordable VPS with NVMe drives, guaranteed resources, and transparent pricing, making them an ideal always free alternative for any serious project.