
EfficientIP Network Automation and DNS Security with DDI
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EfficientIP is a global provider of network automation and security solutions, recognized as one of the leading innovators in DNS, DHCP, and IP Address Management (DDI) technologies. Founded in 2004 and headquartered in Paris, France, EfficientIP helps enterprises and service providers simplify, secure, and accelerate their network infrastructures through intelligent automation and integrated protection.
At the core of its portfolio is SOLIDserver™, a unified DDI platform that delivers centralized visibility, automation, and orchestration of IP resources across hybrid and multi-cloud environments. SOLIDserver is designed for performance, scalability, and security—empowering organizations to manage complex, distributed networks with agility and precision. Its architecture supports advanced use cases such as network automation, zero-touch provisioning, and cloud-native integration with platforms like AWS, Azure, and VMware.
EfficientIP stands out for its industry-leading DNS security solutions, particularly DNS Guardian, which provides real-time DNS traffic analysis and protection against both external and internal threats such as data exfiltration, cache poisoning, DDoS, and tunneling attacks. By embedding security directly into DDI services, EfficientIP enables proactive defense without compromising network speed or reliability.
The company’s approach—known as Smart DDI and DNS Security—bridges IT, cloud, and security operations, reducing operational complexity while increasing resilience and compliance. Its solutions are trusted by global enterprises across sectors such as finance, telecommunications, energy, and government.
Recognized by analysts and industry experts for innovation and reliability, EfficientIP consistently ranks among the top global DDI solution providers, offering the best-in-class DDI platform with native DNS protection, intelligent automation, and unparalleled visibility—making it a preferred choice for organizations seeking to secure and o
