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The Cisco 300-730 exam covers a range of topics, including the deployment and configuration of Cisco AnyConnect Secure Mobility Client, the implementation of Cisco FlexVPN, the design and deployment of site-to-site VPNs, and the management of remote access VPNs. Candidates are also expected to have a good understanding of the security principles and best practices for VPNs, including authentication, encryption, and access control mechanisms. Passing the Cisco 300-730 SVPN exam is a requirement for obtaining the Cisco Certified Specialist - Security VPN Implementation certification.
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The Cisco 300-730 SVPN - Implementing Secure Solutions with Virtual Private Networks exam consists of topics and domains related to Virtual Private Network (VPN) and includes concepts of communications security, architectures, and network troubleshooting. The candidate interested in giving this exam should have a thorough understanding of VPN and its implementation, configuration, and monitoring. Particularly, such a test is designed for those who have all the essential skills and knowledge on the concepts of IPsec, DMVPN, FlexVPN along with remote access VPN for creating secure data with a focus on privacy. The following certification exam consists of topics that need to be completed within 90 minutes. The Cisco 300-730 Exam is a prerequisite for the CCNP Security and the Cisco Certified Specialist - Network Security VPN Implementation certifications. Also, such an exam is available in English and Japanese.
NEW QUESTION # 87
Refer to the exhibit. An engineer must allow Cisco AnyConnect users to access the outside interface using protocol UDP 500/4500. In addition, these clients must be able to establish an SSL connection to update Cisco AnyConnect software over the same connection. Which two actions must be taken to achieve this goal? (Choose two.)
Answer: A,D
Explanation:
AnyConnect uses IKE to establish the tunnel (UDP 500/4500) and SSL for updating the software (client services).
NEW QUESTION # 88
Refer to the exhibit. An engineer must configure a FlexVPN site-to-site GRE tunnel that uses IPsec between two Cisco routers. The indicated configuration was applied on Router_A, but the tunnel fails to come up. Which IP address must be set on Router_A to resolve the issue?
Answer: A
Explanation:
The configuration snippet on Router_A shows an IKEv2 keyring entry for Router_B with the following line:
peer Router_B
address 127.0.0.1
pre-shared-key Cisco4512!
The issue is that 127.0.0.1 (loopback address) is incorrectly used as the peer address, which prevents IKE negotiation.
In a FlexVPN site-to-site GRE tunnel over IPsec, the peer address must be set to the public IP address of the remote router. In this case, Router_B's public IP address is 192.16.1.2.
NEW QUESTION # 89
An engineer is implementing a failover solution for a FlexVPN client site where ESP traffic to the primary FlexVPN server is blocked intermittently after tunnel establishment. This issue causes users at the branch site to lose access to the corporate network. The solution must quickly establish a tunnel and send traffic to the secondary FlexVPN server only during a failover event.
Which action must the engineer take to implement this solution?
Answer: A
NEW QUESTION # 90
Drag and drop the correct commands from the night onto the blanks within the code on the left to implement a design that allow for dynamic spoke-to-spoke communication. Not all comments are used.
Answer:
Explanation:
NEW QUESTION # 91
Which VPN technology must be used to ensure that routers are able to dynamically form connections with each other rather than sending traffic through a hub and be able to advertise routes without the use of a dynamic routing protocol?
Answer: C
Explanation:
DMVPN stands for Dynamic Multipoint VPN, which is a technology that allows routers to dynamically form VPN tunnels with each other without requiring a pre-configured static crypto map. DMVPN uses Multipoint GRE (mGRE) interfaces and Next Hop Resolution Protocol (NHRP) to establish direct connections between routers. DMVPN has three phases of operation, each with different features and benefits.
DMVPN Phase 1 is the basic configuration, where all spokes are configured with a single mGRE interface that points to the hub as the NHRP server. The spokes can only communicate with the hub, not with each other. All traffic must go through the hub, which creates a bottleneck and increases latency.
DMVPN Phase 2 improves on Phase 1 by allowing spoke-to-spoke communication without going through the hub. This is achieved by using NHRP to dynamically resolve the IP address of the destination spoke and create a direct GRE tunnel between the spokes. However, this still requires the use of a dynamic routing protocol to advertise routes between the spokes, which adds overhead and complexity.
DMVPN Phase 3 further enhances Phase 2 by enabling spoke-to-spoke communication without requiring a dynamic routing protocol. This is done by using NHRP shortcut switching and NHRP redirect messages. When a spoke wants to send traffic to another spoke, it sends an NHRP resolution request to the hub, which responds with an NHRP redirect message containing the IP address of the destination spoke. The source spoke then creates a direct GRE tunnel with the destination spoke and switches the traffic to the new tunnel. The hub also sends an NHRP resolution reply to the destination spoke, informing it of the source spoke's IP address. The destination spoke then creates a direct GRE tunnel with the source spoke and switches the traffic to the new tunnel. This way, the spokes can communicate directly without using a dynamic routing protocol or going through the hub.
NEW QUESTION # 92
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P.S. Free 2026 Cisco 300-730 dumps are available on Google Drive shared by ExamCost: https://drive.google.com/open?id=1d-ndQjKTnIf7Tk6zGwS_CxFO5NtxbbnB