Dell Validated Design for Energy Edge - Design Guide with ABB and Forescout

• 1

  Overview
• 2

  Dell Validated Design for Energy Edge
• 3

  Use case: substation automation

• 1

  Architectural overview
• 2

  Architecture components

• 1

  Overview
• 2

  Hardware
• 3

  VMware Edge Compute Stack overview
• 4

  Deployment models
• 5

  Latencies and throughput
• 6

  IT and OT convergence
• 7

  Networking
• 8

  Security
• 9

  ABB ZEE600 system design
• 10

  System design with Forescout

• 1

  Accelerated Time to Value
• 2

  Overview
• 3

  Service level management
• 4

  Scaling up environments to manage growth
• 5

  Tuning the environment for higher performance
• 6

  Creating templates to rapidly deploy new environments
• 7

  Leveraging analytics for optimized operations
• 8

  Ensuring time zone consistency across devices
• 9

  Accelerated time to value with ABB ZEE600
• 10

  Accelerated time to value with Forescout eyeInspect

• 1

  What is high availability?
• 2

  High availability overview
• 3

  HA considerations
• 4

  What is disaster recovery?
• 5

  Disaster defined
• 6

  DR overview
• 7

  VMware ISV application disaster recovery considerations
• 8

  HA and DR with ABB
• 9

  HA and DR with Forescout

• 1

  Security considerations
• 2

  IEC 62351 overview
• 3

  IEC 62443 overview
• 4

  Defense-in-depth
• 5

  Network segmentation
• 6

  Hardening
• 7

  Substation VPN
• 8

  Additional power system security considerations
• 9

  Cybersecurity with ABB ZEE600
• 10

  Cybersecurity with Forescout eyeInspect

• 1

  What is an industrial gateway?
• 2

  Introduction to Dell Edge Gateways
• 3

  Gateway considerations

• 1

  Sizing and scaling overview
• 2

  ABB sizing and scaling
• 3

  Forescout sizing and scaling

• 1

  Overview
• 2

  Configurations

• 1

  Conclusion

• 1

  About Dell Validated Designs
• 2

  Ordering guidance
• 3

  Acronyms and terminology

• 1

  Dell Technologies documentation
• 2

  VMware documentation
• 3

  Support and feedback