EcoCast By ActualTech Media SD-WAN vs. SASE vs. SSE: Understanding Your Options
Featuring
About This EcoCast
Navigating the landscape of modern networking solutions can be challenging, especially with the emergence of SD-WAN, SASE, and SSE as prominent options.
Join our upcoming EcoCast as we demystify these acronyms, providing a comprehensive comparison of SD-WAN, SASE (Secure Access Service Edge), and SSE (Secure Service Edge). This session is tailored for IT professionals seeking clarity on the functionalities, advantages, and use cases of these evolving technologies to make informed decisions for their organizations.
Expert presenters will outline innovative solutions utilizing the technologies, delving into their architectures, security postures, and scalability. Gain valuable insights into how these technologies can optimize network performance, enhance security, and align with your organization's unique requirements.
Don't miss this opportunity to untangle the intricacies of SD-WAN, SASE, and SSE. Join us to gain the knowledge needed to strategically choose and implement the right networking solution for your organization. Register now to stay ahead in the dynamic world of networking technologies.
-
Guest Speaker Evgeniy Kharam Co-Founder, Security Architecture Podcast
-
Featuring John Spiegel Director of Network Transformation, Field CTO HPE Aruba Networking
-
Featuring Jaye Tillson Director of Strategy (Field CTO) HPE Aruba Networking
-
Featuring Sanjit Ganguli CTO in Residence Zscaler
-
Featuring Jason Georgi Field CTO - Prisma Access Palo Alto Networks
What You'll Learn
- Understand the fundamental differences between SD-WAN, SASE, and SSE to make informed decisions on which solution aligns best with your organization's networking and security needs.
- Explore how each technology contributes to optimizing network performance, ensuring efficient data transfer, and seamless connectivity across distributed environments.
- Learn how SD-WAN, SASE, and SSE address security challenges, providing insights into their respective security features and how they contribute to a robust and resilient network security posture.