EfficientIP SOLIDserver DDI vs Telecom Network Automation

EfficientIP SOLIDserver DDI combines DNS, DHCP and IP address management in one platform for on-premises and cloud environments. It manages IPv4 and IPv6, VLANs and VXLANs, and supports DNS and DHCP services from multiple vendors, including Microsoft, ISC BIND, AWS Route 53, Azure DNS and Google Cloud Platform. A centralized repository tracks IP resources, DNS and DHCP data, VLANs, VRFs, applications, devices and metadata, with discovery across on-premises and cloud resources. REST and SOAP APIs provide access to DDI functions, with Python and Terraform plugin options; API calls support rights management and role-based access control. Integrations span virtualization, cloud and automation tools, including VMware vRealize, OpenStack, Proxmox, Terraform, Ansible, Chef and Puppet. The platform also includes policy management, audit trails and compliance reporting. It is offered as hardware and virtual appliances, with hybrid deployment and pricing on request.

Telecom Network Automation is a managed cloud implementation of Nephio, the open source project from Google and the Linux Foundation. It gives communication service providers a cloud control plane for Day 0, Day 1, and Day 2 deployment and operations across Google Distributed Cloud Edge and Google Kubernetes Engine clusters, cluster adaptation, networking fabric, and network-function workloads. Common templates provide Kubernetes-based intent automation across multiple clouds and vendors. The architecture uses the Kubernetes Resource Model, Configuration as Data, custom resource definitions, and pluggable Kubernetes operators. GitOps handles continuous reconciliation, versioning, tagging, and intent-drift measurement. A single-pane interface supports configuration, deployment, and ongoing operation, with blueprints, CI/CD tooling, and northbound APIs. Lifecycle testing includes cross-version, vendor-specific, validation, and release-qualification checks. Audit logs cover administrative activity and data access. Pricing is on request and billed per automated vCPU per hour.