IPv4 Leasing Process includes collecting basic customer information, assigning an IP block, and configuring routing objects such as IRR and RPKI. It also includes operational elements such as rDNS setup and maintainer access for managing database updates. For VPS providers and network operators, provisioning typically completes within a short timeframe once all required information is available.

What is IPv4 Leasing Process?

IPv4 Leasing Process refers to the operational steps required to assign an IP block to a customer and make it usable in a network.

This process does not involve ownership transfer. Instead, the provider assigns address space and configures the required routing and authorization elements.

Typically, the process includes:

• Collecting customer details
• Assigning an IP prefix
• Creating IRR route objects
• Configuring RPKI (ROA)
• Setting up rDNS records
• Providing maintainer access for RIPE database updates
• Providing authorization if needed (LoA)

The goal is to ensure that the customer can announce and use the IP space without routing or validation issues.

How IPv4 Leasing Process Works

In practice, the IPv4 Leasing Process follows a simple sequence.

First, the customer provides basic information:

• Name (individual or company)
• Billing address
• Abuse email
• Billing email and WhatsApp contact
• Country
• RIPE ORG (if available)
• ASN (customer ASN or upstream provider ASN)
• LoA requirement (if needed)

Then, the provider prepares the network configuration:

• Assigns the requested IP block
• Creates IRR route objects
• Configures RPKI ROA
• Sets up rDNS (reverse DNS) based on customer requirements
• Assigns or updates RIPE maintainer access for future changes
• Prepares LoA if required

Finally, the IP space becomes ready for announcement.

In most cases, delays do not come from the provider. Instead, they occur when required information is incomplete or unclear.

Illustration of the IPv4 leasing process, including IP allocation, IRR and RPKI setup, rDNS configuration, and maintainer access for network operators.
Image generated using AI (ChatGPT).

Common Use Cases

IPv4 Leasing Process is commonly used in several infrastructure scenarios.

Hosting Providers

• Expanding VPS capacity with additional IP ranges
• Assigning dedicated IPs to customers
• Managing outbound traffic policies
• Using rDNS for service-specific configurations (e.g. mail or reverse mapping)

ISPs

• Adding new address space for customer growth
• Integrating leased IPs into existing routing policies
• Delegating reverse DNS to customer infrastructure

Network Operators

• Announcing additional prefixes via existing ASN
• Using upstream providers for BGP announcement
• Managing RIPE objects directly through maintainer credentials

In all cases, the process focuses on routing readiness and operational control.

Explained for Network Engineers

From an operational perspective, IPv4 Leasing Process involves coordination between registry data, routing systems, and DNS configuration.

Key points include:

• IRR and RPKI must align with the announcing ASN
• Route objects define routing intent but do not enforce it
• ROA defines origin validation and must match BGP announcements
• LoA is required when announcing via a third-party ASN

In addition, operational control depends on two key elements:

• rDNS (reverse DNS)
  Used for mapping IP addresses to hostnames. This is especially important for services such as mail servers and logging systems. Incorrect or missing rDNS may affect service behavior or reputation.
• RIPE maintainer access
  Allows the customer to update objects such as route, domain, and abuse information. With proper maintainer access, operators can make changes directly without provider intervention.

Geolocation introduces a separate challenge.

Geolocation data does not come from RIPE or routing configuration. Instead, third-party databases maintain it. Therefore:

• Changes do not apply immediately
• Updates depend on external providers
• Traffic usage often influences how databases classify IP ranges

As a result, even if the country is set correctly in registry data, external services may continue to show outdated locations.

In practice, consistent usage from the target region improves geolocation accuracy over time.

Summary

IPv4 Leasing Process is a structured workflow that enables customers to use IP address space with full routing and operational readiness. It includes not only routing configuration but also DNS setup and access control through RIPE maintainers.

Provisioning delays are usually caused by missing input data rather than technical limitations. Once completed, IP space becomes immediately usable at the routing level.

Geolocation behavior remains independent from routing and registry configuration. Since third-party databases control it, updates may take time and depend on actual usage patterns rather than immediate changes.