Webinar Description
Key Takeaways
- Roundtable focused on diagnosing and mitigating outages that cross cloud boundaries in hybrid, multi-cloud environments
- Covers DNS, IP address management, VPC flow data, and cloud network telemetry for root cause analysis
- Features practitioners from network observability, resilience architecture, and enterprise IT
- Designed for network architects, security architects, resilience planners, and enterprise IT leaders
- Organized by Infoblox in partnership with Kentik
About the Event
This virtual roundtable brings together practitioners from network observability, resilience architecture, and enterprise IT to walk through real-world outage scenarios in hybrid and multi-cloud environments. The discussion centers on outages caused by stale DNS records, unannounced IP address management changes, and unavailable cloud control planes, providing practical frameworks for resilience planning and incident response.
Technical Focus Areas
The roundtable examines how organizations can use VPC flow data, DNS records, and infrastructure change data to understand both the root cause and spread of outages across cloud boundaries. Speakers address visibility gaps that exist between cloud-native monitoring tools and discuss approaches to cloud network telemetry across AWS, Microsoft Azure, Google Cloud, and OCI environments.
A central theme is developing a framework for deciding what network components to centralize, replicate, or isolate to improve resilience. The discussion covers how DNS and IPAM failures can cascade across hybrid infrastructures and what observability data is needed to trace these impacts.
Who Should Attend
The event is designed for IT professionals responsible for network operations, cloud infrastructure, and cybersecurity in complex environments. Network architects, security architects, solutions architects, and resilience planners will find the scenario walkthroughs relevant, particularly those working in large enterprises, financial institutions, healthcare organizations, government agencies, and defense sectors where multi-cloud outage diagnosis presents ongoing operational challenges.