DigitalOcean Launches VPC Peering GA, Enhancing Networking Features

NewsDigitalOcean Launches VPC Peering GA, Enhancing Networking Features

Virtual Private Cloud (VPC) Peering has now been made widely available to all customers using DigitalOcean services. Following its initial release for early access users on October 16, this functionality has been enhanced with two significant updates:

  1. Creating VPC-native DOKS Clusters via the UI: Users can now directly create Kubernetes clusters that are native to a VPC through the user interface. This advancement provides users with enhanced control over their network configurations. As soon as a cluster is created, it inherits the security and isolation benefits of the VPC, thereby removing the need for manual configuration. This results in reduced complexity and time savings.
  2. Adding Pod and Service Networks as Trusted Sources for Databases: Before this update, users had to employ more cumbersome or less efficient methods to securely connect DigitalOcean Kubernetes Service (DOKS) workloads with Managed Databases. The new update simplifies this process, ensuring that private, secure communication is both reliable and easy to set up.

    Key Benefits of VPC Peering

    VPC Peering offers numerous advantages for developers who prioritize connectivity, integration, scalability, and multi-region functionality. Here are some key benefits:

    • Secure, Private Connectivity: VPC Peering allows for the easy connection of two VPCs within the same region, enabling private communication over private IP addresses without the need for public internet use. The process is secured with MACsec encryption, which protects your data from interception and unauthorized access.
    • Seamless Multi-Region Scaling: Developers can connect VPCs across different regions, facilitating efficient scaling for development, testing, or production environments. This ensures high availability and smooth communication, all while maintaining predictable latency.
    • Simplified Network Management: Setting up VPC Peering requires minimal configuration, allowing for private IP communication across VPCs without the complexity of Virtual Private Networks (VPNs) or tunneling.
    • Protection for Regulated Industries: For sectors like healthcare and finance, VPC Peering helps safeguard sensitive data by ensuring that communication does not occur over the public internet.
    • Effortless Integration with Other DigitalOcean Products: VPC Peering integrates smoothly with other DigitalOcean offerings such as Droplets, Kubernetes (DOKS), and Databases, enabling inter-VPC communication across DigitalOcean resources, regardless of their regions.
    • User-Friendly Setup: Establishing VPC Peering is straightforward, requiring only a few clicks to create bi-directional peering between VPCs. This allows for rapid scaling of workloads across regions.

      Limitations of VPC Peering

      Despite its many benefits, VPC Peering does come with some limitations:

    • Inter-Team VPC Peering is not supported.
    • Inter-Data Center VPC Peering is not available in the BLR1 data center.
    • VPC-native DOKS clusters are only accessible for newly created DOKS clusters via API/CLI. Existing clusters cannot enable VPC native pod/service networks.
    • Auto-route Injection is available for Droplets created after October 2, 2024. Droplets added to a peered VPC must have their networking stack restarted to incorporate the necessary peering route information. Droplets created before this date must be manually updated to facilitate peering traffic.
    • Auto-route Injection is available for both existing and newly created MongoDB clusters. Other managed databases created after September 9, 2024, are configured for VPC peering.
    • Managed databases created before September 9, 2024, will need a maintenance update to become compatible with VPC peering.

      Pricing Model

      The pricing for VPC Peering is designed to be scalable with your business needs. Data transfer egress within a single data center is free. However, transferring data between different data centers incurs a cost of $0.01 per GiB, irrespective of the region. For more information on pricing, you can visit the DigitalOcean pricing page. Please note that these prices are accurate as of December 12, 2024.

      Promotional Credit for New Users

      DigitalOcean is offering a $12 promotional credit to cover 1200 GiB of data transfer on VPC egress for the first 12 months since the early access release, with a limit of up to 100 GiB per month. This credit is automatically applied to your account, prorated to match the monthly cost of VPC Egress Data Transfer, capped at $1 per month (equivalent to 100 GiB per month) for each of your first 12 billable calendar months. This promotion is available to all customers, but it is limited to one promotion per customer. For more details on this promotion, you can visit the promotion details page. All credit and discount promotions are subject to DigitalOcean’s Terms and Conditions.

      Getting Started with VPC Peering

      To take advantage of these new features, you can start implementing VPC Peering in your DigitalOcean environment today. This expansion provides developers with more tools to create secure, scalable, and efficient cloud architectures, making it easier to manage resources and ensure data security across different regions.

      By enabling VPC Peering, you not only enhance the security of your communication channels but also improve the overall efficiency of your cloud operations. Whether you are a small business or an enterprise, integrating VPC Peering can streamline your processes and facilitate smoother interactions between various components of your infrastructure.

      As technology continues to evolve, staying updated with the latest advancements, like those offered by DigitalOcean, can provide a competitive edge. VPC Peering is just one of the many ways in which technology is making it easier for businesses to operate efficiently and securely in the cloud.

For more Information, Refer to this article.

Neil S
Neil S
Neil is a highly qualified Technical Writer with an M.Sc(IT) degree and an impressive range of IT and Support certifications including MCSE, CCNA, ACA(Adobe Certified Associates), and PG Dip (IT). With over 10 years of hands-on experience as an IT support engineer across Windows, Mac, iOS, and Linux Server platforms, Neil possesses the expertise to create comprehensive and user-friendly documentation that simplifies complex technical concepts for a wide audience.
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