Refer to the exhibit. An engineer must design a solution that creates a low-latency slice based on a link latency measurement by using the MPLS performance measurement. The solution must create a secu

Question

Exhibit

Options

• ASegment routing
• BIPsec VPN
• CAWS Direct Connect
• DTransit VPC for AWS

• A
  82% (32)
• B
  5% (2)
• C
  3% (1)
• D
  10% (4)

Explanation

The requirements in the scenario match the capabilities of Segment Routing (SR-MPLS) combined with MPLS Performance Measurement (MPM): 1. Low-latency slice creation Segment Routing allows deterministic paths using: SR-TE (Traffic Engineering) Colored or intent-based policies Path selection based on link latency, loss, bandwidth, or utilization MPLS Performance Measurement supplies real-time data such as: Round-trip delay This allows SR-TE to compute paths with minimum latency. 2. Secure slice with minimized transport cost Segment Routing supports: Slicing through SR Policies Steering encrypted traffic (IPsec/GETVPN) through specific SR tunnels Traffic separation without requiring additional MPLS LSP state in the core Optimizing transport cost via constraint-based TE 3. Transport SLA enforcement beyond best effort SR-TE + MPM provides: SLA-aware intent routing Guaranteed performance paths Automatic re-optimization if links violate latency or loss SLAs

No community discussion yet for this question.