Infoblox recently earned Partner Premier status for the Infoblox NIOS Terraform Provider in the Terraform Registry, making us one of the first HashiCorp (HCP) Terraform integration partners to achieve this new distinction.
More than just an ecosystem milestone, this change reflects significant new additions to the NIOS Terraform Provider, aligned with changing industry perspectives on how modern infrastructure has to operate. As organizations push more change through infrastructure-as-code (IaC) and continuous integration (CI)/continuous delivery (CD) pipelines, foundational services like DNS, DHCP and IP address management (IPAM) cannot stay stuck in manual workflows. These DDI services must be able to move as quickly and autonomously as the rest of the environment. Our inclusion among just a dozen Partner Premier vendors at launch shows that Infoblox continues making significant investments to deliver on this promise.
“Infoblox is helping extend Terraform automation into one of the most important layers of enterprise infrastructure,” says Adam Rowan, Senior Product Partnerships Manager, HashiCorp. “We’re pleased to be working with Infoblox to help customers bring foundational DDI services into more modern, scalable and automated workflows.”
A Growing Need for Network Automation
Infrastructure teams are under pressure from every direction. They have to support hybrid and multi-cloud environments growing more complex by the quarter. They have to move faster without creating more risk. They have to improve consistency, security and operational resilience, even as environments become more distributed and harder to manage. And now, they have to prepare for a world where more work will be handled by autonomous AI-driven systems operating at machine speed.
That future is rapidly approaching—and making infrastructure-as-code an essential operating model. IaC helps teams define and manage infrastructure through repeatable, versioned, machine-readable workflows instead of relying on one-off manual changes and institutional memory. It gives organizations a way to standardize change, reduce human error, improve auditability and move more quickly and confidently. And Terraform has become one of the most important tools in that shift.
You Can’t Leave DDI Behind
Many organizations have already automated large parts of their cloud and application infrastructure, but foundational network services often lag behind. DNS, DHCP and IPAM are still too often handled through hand-coded updates, ticket queues, fragmented records and manual workarounds that do not fit cleanly into modern automation pipelines.
This creates an obvious problem: If the rest of your infrastructure is moving toward automation, DDI cannot remain a manual island in the middle of it.
When it does, teams feel the pain quickly. They can automate cloud provisioning but still have to wait on manual DNS changes. They can move application delivery into CI/CD pipelines but still rely on disconnected IP tracking and operational exceptions. They can codify large parts of infrastructure but still leave critical naming and addressing services dependent on handoffs and tribal knowledge. These gaps create friction, as well as risk. Delivery ends up slower than it should be, and inconsistency and configuration drift become more likely. Over time, outages become harder to avoid and troubleshoot.
Bottom line: For organizations trying to modernize operations, DDI must be part of the same automation model as the rest of the infrastructure it supports. That’s where the new Infoblox Partner Premier designation comes in.
Leading the Way in Automating Critical Services
With the new Partner Premier designation in the Terraform Registry, HCP intends to recognize partners that meet a higher bar for both transparency and advanced functionality in their Terraform Providers. For Infoblox, that includes adding a new software bill of materials (SBOM) and support for Terraform Search to our NIOS Terraform Provider.
The SBOM is essentially an ingredient list for software, providing visibility into the components and dependencies within NIOS Terraform Provider code. This kind of transparency is becoming increasingly important to security and compliance teams, who need to understand what’s inside the software they rely on, how it’s built and what the organization’s potential exposure might be if a dependency issue surfaced in the future.
New support for Terraform Search addresses a different challenge: helping teams automate the real-world brownfield environments they actually have—not an imaginary clean-slate version designed for modern automation. With Terraform Search support in Infoblox’s NIOS Provider, users can discover existing NIOS resources in their environment that are not currently managed by Terraform, and bring them into the automation toolchain more easily, bridging the gap between legacy infrastructure and modern IaC workflows. Given that most organizations have years’ worth of DNS, IPAM and other infrastructure data in place, many teams will see this as an extremely valuable addition.
Taken together, these capabilities make automation more practical in real-world networks and IT environments. They improve user confidence in the NIOS Terraform Provider itself and make it easier for teams to bring their existing DDI resources into a more scalable, repeatable operating model.
Take the Next Step in Your Automation Journey
As organizations continue striving to do more, faster, IaC and other automation approaches will grow increasingly important. For these efforts to be successful, however, foundational DNS, DHCP and IPAM services must be part of the automation environment, where they can be operationalized as code through the same toolsets and pipelines—not left on their own manual island.
Infoblox is collaborating with global IaC leaders like HCP Terraform to make this vision reality. By working with leading ecosystem partners and continuing to invest in DDI automation, we can help drive down errors and risk, speed up deployments and provide a consistent, trusted foundation for more autonomous and AI-driven systems.
