Experience the Future of DNS Management with TCPWave and Cloudflare

Amplify your digital performance with the integration of TCPWave and Cloudflare

Pioneering DNS Solutions through the Integration of TCPWave and Cloudflare.

TCPWave IPAM - Cloudflare integration enables the management of DNS records hosted on Cloudflare by an on-premise TCPWave IPAM through secure API connections to the Cloudflare's API framework. In an IPAM deployment that consists of an on-premise network and an Cloudflare public cloud, you can leverage the TCPWave IPAM solution to achieve centralized DNS data visualization, secured management, and enforce auditing on all the associated network operations.

Improved Network Performance

Cloudflare and TCPWave integration can improve network performance, reducing latency and accelerating content delivery.

Enhanced Security

Enhances security by combining Cloudflare's security suite with our DNS security capabilities.

Simplified Management

Centralized management platform for network and security policies simplifies management and deployment.

Cost Savings

Our integration reduces the cost of purchasing and managing separate network and security solutions, providing cost savings.

Cloudflare Configuration with TCPWave IPAM

The changes performed in the TCPWave IPAM are automatically replicated in the Cloudflare console by setting up the Cloudflare Integration within TCPWave IPAM with configuration parameters such as provider type - Cloudflare, URI and global API key. The created cloud provider is associated with a zone using the zone template.

Comprehensive DNS Management

The integration of Cloudflare with TCPWave allows for seamless management of DNS zones, record sets, and DNS queries. Provides a user-friendly interface for managing DNS zones and records. The integration ensures that changes made in IPAM are automatically replicated in the Cloudflare, reducing the risk of errors and increasing efficiency.

This integration provides organizations with a comprehensive and efficient solution for DNS management. By improving efficiency, increasing automation, ensuring high availability, and reducing latency, organizations can achieve optimal network performance and availability, resulting in improved productivity and profitability.