Does Render have BYOC?

• Render does not support BYOC. It is a fully managed PaaS that runs all workloads on its own infrastructure and does not offer a path to deploy into a customer-owned cloud account at any plan tier
• Render does support Private Link connections, which allow Render services to connect to resources hosted in an AWS VPC, but this is a connectivity feature, not a BYOC deployment model
• Teams with data residency, compliance, committed cloud spend, or reserved GPU capacity requirements need a platform where BYOC is a documented, first-class product, like Northflank.

Render is a fully managed PaaS. It runs all customer workloads on its own infrastructure across four plans: Hobby, Pro, Scale, and Enterprise.

If your team needs workloads running inside your own cloud account, Render is not the right platform. It is worth evaluating platforms that provide documented, production-ready BYOC support such as Northflank.

BYOC stands for bring your own cloud. A real BYOC architecture separates the control plane from the data plane, and the boundary between them is the whole point.

The control plane is the vendor's product: the UI, API, scheduler, and deployment pipeline. It lives in the vendor's cloud account and handles metadata about your infrastructure. In a true BYOC setup, it does not have access to your workload data or secrets.

The data plane lives in your cloud account: your VPC, your subnets, your IAM roles, your Kubernetes nodes. Your workloads run here. Your databases live here. User traffic enters your VPC directly; the vendor's control plane is not in the request path.

The test is straightforward: can the vendor see the payload of a request to your application? In real BYOC, the answer is no.

Render does not support BYOC. It runs all workloads on its own infrastructure across all four plan tiers: Hobby, Pro ($25/mo), Scale ($499/mo), and Enterprise (custom).

Render is a fully managed PaaS where the platform handles all infrastructure provisioning, networking, and maintenance. Teams deploy code; Render runs it. There is no mechanism to point the Render control plane at a customer-owned AWS, GCP, or Azure account.

Render does support two networking features that are sometimes confused with BYOC:

• Private Network: Render services within the same region communicate over a shared internal network without traversing the public internet. This is networking between Render-hosted services, not a connection to a customer-owned VPC.
• Private Link: Render supports Private Link connections, which allow Render services to connect to resources hosted in an AWS VPC, including databases and internal services running in a customer's AWS account. This is a one-way connectivity feature. It connects Render's managed infrastructure to your AWS resources; it does not deploy Render workloads into your cloud account.

Neither feature constitutes BYOC. In both cases, your application workloads still run on Render's infrastructure.

Four use cases justify a genuine BYOC requirement. If your situation does not fit one of these, a managed PaaS is likely the simpler and more operationally sound choice.

• Regulated industries: healthcare under HIPAA, defense contractors under FedRAMP and ITAR, payment processors under PCI-DSS Level 1. The requirement is a clear tenant boundary the customer controls. A managed SaaS where the vendor operates the data plane does not meet this bar, not because the vendor is untrustworthy but because the audit trail does not work.
• Data residency: teams selling to EU customers need proof that data does not leave specific regions. The answer is to deploy the data plane into the customer's region of choice and prove it via cloud-native controls. A vendor-operated PaaS cannot provide this proof.
• Committed cloud spend: teams with multi-year AWS, GCP, or Azure commitments pay a financial penalty when routing workloads through a SaaS vendor. BYOC lets the platform run as a thin overlay on top of spend they already owe, converting a cost centre into a credit burn.
• Reserved GPU capacity: teams with H100 or B200 clusters on three-year reservations need a control plane that targets their reserved capacity. The cluster is the asset; the platform needs to deploy into it, not around it.

If none of these apply, BYOC adds operational complexity without a financial or compliance offset. Someone on the team becomes responsible for IAM roles, VPC peering, and Kubernetes upgrades. A standard managed PaaS handles all of that without the overhead.

Northflank BYOC (Bring Your Own Cloud) connects your cloud account and provisions production-grade Kubernetes clusters within your VPC. All workloads and data remain inside your cloud boundary. The Northflank control plane manages deployments, scaling, and operations without access to your workload data or secrets.

The full platform experience runs on your infrastructure: services, databases, jobs, cron jobs, GitOps pipelines, and preview environments. The developer workflow including CLI, API, templates, and UI is identical across managed cloud and BYOC environments. Workloads can move between managed and BYOC without changing deployment configuration.

Supported providers:

• AWS: EKS with native VPC networking, EBS storage, ALB load balancers, IAM for service accounts, Graviton ARM instances, and GPU nodes
• GCP: GKE across all GCP regions with VPC networking, persistent disks, Cloud Load Balancing, workload identity, custom machine types, and GPU accelerators
• Azure: AKS with VNet networking, Azure Disks, Azure Load Balancer, managed identities, specialized VM types, and GPU instances
• Oracle Cloud: OKE with high-performance networking and block storage, cost-effective compute with enterprise-grade infrastructure
• CoreWeave: specialized GPU infrastructure for AI/ML workloads, NVIDIA H100, A100, and other accelerators, optimized for training and inference
• Civo: Civo Kubernetes clusters with Northflank BYOC, supporting self-service developer experience and Internal Developer Platform delivery on Civo infrastructure

BYOK is also supported for teams importing existing clusters, including on-premises and bare-metal deployments.

Render does not support BYOC at any plan tier. It is a fully managed PaaS that runs all workloads on its own infrastructure.

No. The Enterprise plan provides custom pricing, dedicated support, and uptime SLAs, but does not include BYOC. Render's architecture does not support deploying workloads into a customer-owned cloud account.

Render Private Link allows Render services to connect to resources hosted in an AWS VPC, such as databases or internal APIs running in your AWS account. It is a connectivity feature, not a deployment model. With Private Link, your application workloads still run on Render's infrastructure. BYOC means the vendor deploys workloads into your cloud account so they run inside your VPC.

Render does not offer BYOC. Northflank BYOC is a self-serve product available on Pay-as-you-go and Enterprise plans, with support for AWS, GCP, Azure, Oracle Cloud, CoreWeave, and Civo, Kubernetes cluster provisioning inside your VPC, BYOK for bare-metal and on-premises clusters, and 600+ BYOC regions. With Northflank BYOC, the control plane does not have access to your workload data or secrets.

No. Render runs all workloads on its own infrastructure. Render does support Private Link connections to AWS VPC resources, but this connects Render's infrastructure to your AWS account, not the other way around. Workloads always run on Render's servers.