300-320 · Question #190
When designing remote access to the Enterprise Campus network for teleworkers and mobile workers, which of the following should the designer consider?
The correct answer is D. Clientless SSL VPNs provide more granular access control than SSL VPN clients (thin or thick). Clientless SSL VPN operates entirely through a web browser and grants access to specific, explicitly defined web-based resources and applications-making access control highly granular at the application or URL level. Full SSL VPN clients (thin or thick) establish a broader…
Question
When designing remote access to the Enterprise Campus network for teleworkers and mobile workers, which of the following should the designer consider?
Options
- AIt is recommended to place the VPN termination device in line with the Enterprise Edge firewall,
- BMaintaining access rules, based on the source IP of the client, on an internal firewall drawn from
- CVPN Headend routing using Reverse Route Injection (RRI) with distribution is recommended
- DClientless SSL VPNs provide more granular access control than SSL VPN clients (thin or thick),
How the community answered
(41 responses)- A12% (5)
- B2% (1)
- C5% (2)
- D80% (33)
Explanation
Clientless SSL VPN operates entirely through a web browser and grants access to specific, explicitly defined web-based resources and applications-making access control highly granular at the application or URL level. Full SSL VPN clients (thin or thick) establish a broader network tunnel, typically giving users IP-level access to a network segment rather than controlling access at the individual application or resource level. While full-tunnel clients offer richer network connectivity, clientless SSL VPN allows administrators to precisely define which specific resources each user or group can reach, offering finer-grained access control. The other options contain inaccuracies: placing VPN inline with the firewall (A) is not always recommended; source-IP-based rules for mobile users (B) are unreliable; and RRI with distribution (C) introduces unnecessary complexity.
Topics
Community Discussion
No community discussion yet for this question.