UNIFY AND AUTOMATE CRITICAL NETWORK SERVICES

Infoblox Universal DNS Management™ provides comprehensive control over DNS data and services across the hybrid, multi-cloud enterprise. Teams can monitor and manage DNS for on-premises networks (Microsoft DNS, NIOS/NIOS-X/NIOS-X as a Service), public clouds (Amazon Route 53, Microsoft Azure DNS, Google Cloud DNS) and even external DNS services hosted by Cloudflare and Akamai—through a single API and interface.

Organizations simplify automation by using a single API instead of dedicated scripts for each DNS provider. This approach drives down errors and outages by eliminating redundant workflows for each DNS service. And cross-platform DNS visibility speeds deployments and reduces risk.

Infoblox Universal DHCP Management™ provides centralized visibility and control over DHCP servers and subnets across the organization. That includes the ability to configure and manage DHCP services in NIOS DDI, NIOS-X and NIOS-X as a Service, as well as in on-premises Windows Server environments running Microsoft DHCP. Centrally monitor and manage all DHCP assignments from one place, using the same consistent workflows, to drive down configuration errors and outages and ensure non-stop connectivity for all users, devices and applications.

Infoblox Universal IP Address Management™ provides a single control point for monitoring and managing IP addresses across the business. NetOps teams can centrally control IP resources across on-premises networks, AWS, Microsoft Azure and Google Cloud to enforce consistent policies and avoid overlaps, outages and waste. At the same time, direct Infoblox integration with cloud-native IPAM tools empowers CloudOps teams to work more quickly and autonomously without having to wait for ticket-driven, out-of-band processes to provision new environments and applications.

Simplify NIOS DDI deployments by managing all NIOS IPAM and DNS objects from the same cloud-based API and interface used to manage multi-cloud DNS and IPAM. Reduce risk of configuration errors and hidden vulnerabilities by eliminating the need to swivel between multiple interfaces for cloud and on-premises environments.

Protect critical network services and align with evolving cybersecurity standards by tightly controlling the ability to access network objects, services and workloads across the hybrid, multi-cloud environment. Maintain granular control by enforcing least-privilege access to mission-critical network services.