DNS, DHCP & IP Address Management appliances
For Microsoft DNS & DHCP servers
For open source DNS & DHCP servers
Cloud-based visualization of analytics across DDI architecture
Manage multi-vendor cloud DNS servers centrally
RIR Declaration Management and Automation
Automated network device configuration and management
Centralized visibility over all your clouds
A single source of truth for your network automation
Why DDI is an Obvious Starting Point
DNS Threat Intelligence for proactive defense
Intelligence Insights for Threat Detection and Investigation
Adaptive DNS security for service continuity and data protection
Improve Application Access Control to prevent spread of attacks
Protect users and block DNS-based malware activity
Carrier-grade DNS DDoS attack protection
Optimize application delivery performance from the edge
for Proactive Network Security
Visibility, analytics and micro segmentation for effective Zero Trust strategy
Enable work from anywhere by controlling access, security and data privacy
Simplify management and control costs across AWS, Azure and GCP environments
Risk-free migration to reduce DDI complexity and cost
Move risk-free to improve performance, security and costs
Automate management, unify control and strengthen security of connected devices
Protect your network against all DNS attacks, data exfiltration and ransomware
Enable zero touch operations for network management and security
Improve resiliency, deployment velocity and user experience for SD-WAN projects
Integrated DNS, DHCP, IPAM services to simplify, automate and secure your network.
Simplify design, deployment and management of critical DDI services for telcos
Optimize administration and security of critical DDI services for healthcare
Simplify and automate management of critical DDI services for finance
Simplify and automate management of critical DDI services for higher education
Simplify and automate management of critical DDI services for retail
Simplify Management and Automation for Network Operations Teams
Elevate SecOps Efficiency by Simplifying Threat Response
Open architecture for DDI integration
Technology partnerships for network security & management ecosystems
Extend security perimeters and strengthen network defenses
Submit requests for temporary licenses
Submit access requests for EfficientIP knowledge platforms
Submit membership requests for EfficientIP Community
Strengthen Your Network Protection with Smart DNS Security
Customer-centric DDI project delivery and training
Acquire the skills needed to manage EfficientIP SOLIDserverโข
Identify vulnerabilities with an assessment of your DNS traffic
Test your protection against data breaches via DNS
Dedicated representation for your organization inside EfficientIP
Explore content which helps manage and automate your network and cloud operations
Read content which strengthens protection of your network, apps, users and data
Learn how to enhance your app delivery performance to improve resilience and UX
Why Using DNS Allow Lists is a No-Brainer
This enterprise-grade cloud platform allows you to improve visibility, enhance operational efficiency, and optimize network performance effortlessly.
Who we are and what we do
Meet the team of leaders guiding our global growth
Technology partnerships for network security and management ecosystems
Discover the benefits of the SmartPartner global channel program
Become a part of the innovation
The latest updates, release information, and global events
What is SDN? SDN is a network architectural model that allows a network to be centrally controlled using either software applications or application programming interfaces (APIs).
Considerable amounts of data traffic, intricate network structures, and growing demands to improve network performance have conspired to phase out the traditional network management approach. Traditional networking uses integrated hardware and software to direct traffic across a series of routers and switches.
Software-defined networking (SDN) was developed to virtualize networks by separating the control plane that manages the network from the data plane where traffic flows. By separating the software from the hardware, network operators can introduce a variety of innovative services.
APIs communicate with underlying hardware infrastructure and direct traffic on the network. SDN algorithms tell a network what to do in response to changes in the network or dynamic flow pattern changes. With SDN technology, operators can configure networks to scale.
When using SDN, an operator can manipulate network traffic from a central control console without changing the settings of individual switches. This grants operators the power to change network rules and block certain packets, among other things, with virtually complete control.
SDN is essential to cloud computing and its multi-tenant architecture because it permits more flexible and efficient control of traffic loads.
Security, policies, restoration, and bandwidth management can be differentiated between networks and optimized with the central control SDN provides. The operator also gains the ability to capture a holistic view of the network.
Software-defined networking is also used in Network Function Virtualization or NFV. NFV is the concept of replacing specialized hardware like firewalls and load balancers with software (VMs, containers) running on off-the-shelf server hardware.
Some enterprises use SDN to connect data centers to public cloud servers, designing a compound cloud network that includes microsegmentation or complex scaling abilities. Other SDNs can assist in managing the constant stream of traffic from the internet.
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