Webinar Description
Key Takeaways
- Examines how DNS architecture designed for academic networks now supports critical infrastructure for cloud services, digital business and cybersecurity
- Features Internet pioneer Paul Vixie and DDI advisor Andreas Taudte in a fireside chat format
- Addresses challenges from encrypted resolution, hybrid and multicloud complexity, and automated attacks
- Explores maintaining visibility, control, security and resilience as infrastructure and threats become more autonomous
About the Event
This one-hour webinar brings together Paul Vixie, a recognized Internet pioneer, and Andreas Taudte, a DDI advisor, for a fireside chat examining the evolution and future of the Domain Name System. The discussion connects the original design decisions that shaped DNS with the technology choices organizations face in current environments.
DNS Under Pressure
DNS was built for an academic network but now serves as critical infrastructure underpinning cloud services, digital business operations and cybersecurity controls. The foundational principles that enabled DNS to scale (delegation, distributed authority and operational independence) face new pressures from several directions: encrypted resolution protocols, hybrid and multicloud deployments, increasingly automated attack methods, and concentration of services among a limited number of providers.
Key Topics
The speakers will assess which aspects of DNS architecture must remain stable and which require adaptation. Central to the discussion is how operators can preserve visibility and control over their DNS infrastructure while maintaining security and resilience. The conversation will address the growing autonomy of both infrastructure systems and the threats targeting them, combining historical context with current technical challenges.
Who Should Attend
Network architects, infrastructure engineers, security professionals and IT leaders responsible for DNS operations, particularly those managing hybrid or multicloud environments or evaluating encrypted DNS implementations.