A multinational company plans to deploy Cisco AMP for Endpoints across 10,000 endpoints in geographically diverse offices. The security team is concerned about WAN bandwidth usage when endpoints communicate with the AMP cloud. Which design approach best minimizes cloud communication traffic while maintaining effective protection?
Trap 1: Disable real-time file scanning and rely on scheduled scans only.
Scheduled scans miss immediate threats during execution.
Trap 2: Reduce the frequency of file reputation lookups by setting a longer…
While this reduces queries, it may delay detection of new threats.
Trap 3: Deploy a forward proxy to cache AMP cloud responses.
Proxies can cache, but AMP uses HTTPS and dynamic content; caching is minimal.
- A
Disable real-time file scanning and rely on scheduled scans only.
Why wrong: Scheduled scans miss immediate threats during execution.
- B
Reduce the frequency of file reputation lookups by setting a longer cache time.
Why wrong: While this reduces queries, it may delay detection of new threats.
- C
Deploy a forward proxy to cache AMP cloud responses.
Why wrong: Proxies can cache, but AMP uses HTTPS and dynamic content; caching is minimal.
- D
Deploy an AMP Private Cloud appliance on-site to handle local reputation queries.
Private Cloud provides local caching and reduces internet traffic.