Google Cloud DNS is a reliable DNS service that enables easy management of your DNS zones. It offers scalability, and security, making it an ideal choice for building and deploying complex applications. By integrating Google Cloud DNS with TCPWave, you can effortlessly manage your DNS zones, build and deploy complex applications with ease. Our solution uses Google northbound API calls to facilitate this integration. It guarantees high availability and low latency, ensuring that your applications perform optimally in accordance with your business needs.
Centralized Management
Enhanced Visibility
Automated Provisioning
Improved Security
The changes performed in the TCPWave IPAM are automatically replicated in the Google console by setting up the Google Cloud Integration within TCPWave IPAM using various configuration parameters such as provider type - Google, service account ID, P12 file, and project ID. The created cloud provider is associated with a zone using the zone template.
The Google Instance Provisioning Template in TCPWave's IPAM allows you to effortlessly create, manage, and deploy instances directly from the IPAM interface while associating them with specific objects. The object type must be an GCP Instance. This streamlined process enhances productivity and minimizes the risk of errors in your cloud infrastructure management. Moreover, a single template can be employed to launch multiple GCP VM instances.
This integration allows you to easily manage your DNS zones, record sets, and DNS queries using the Google Cloud Console, the command-line interface, or the API. It supports all standard DNS features, including A, AAAA, CNAME, MX, TXT, SRV, and NS record types. With its versatility and comprehensiveness, this integration provides an excellent solution for DNS management needs.
Integrating TCPWave with Google Cloud empowers organizations to elevate their network management capabilities while harnessing the scalability and flexibility of the cloud platform. By automating network services, enhancing visibility, and streamlining management tasks, organizations can optimize their networks, ensuring efficient and reliable performance in the ever-evolving cloud environment.
