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Cisco 350-701 Certification Exam is designed to test the candidate's knowledge and skills in implementing and operating Cisco security core technologies. 350-701 exam is a crucial step towards achieving the CCNP Security certification, which is known globally for validating the skills required to secure enterprise networks.
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Cisco 350-701 is a certification exam that measures the knowledge and skills of candidates in implementing and operating core security technologies. 350-701 exam is part of the Cisco Certified Network Professional (CCNP) Security certification track and is designed for security professionals who are responsible for implementing and maintaining Cisco security solutions in enterprise environments. Implementing and Operating Cisco Security Core Technologies certification exam validates the candidate's knowledge and skills in areas such as network security, secure access, cloud security, endpoint protection, and secure network infrastructure.
Cisco 350-701 Exam covers a wide range of topics related to security technologies, including network security, cloud security, content security, endpoint protection and detection, secure network access, visibility, and enforcement. 350-701 exam is designed to test the candidate's ability to implement and manage these technologies in a complex network environment. 350-701 exam consists of 100-120 questions, which are a combination of multiple-choice, drag-and-drop, and simulation items.
NEW QUESTION # 154
Which type of API is being used when a controller within a software-defined network architecture dynamically makes configuration changes on switches within the network?
Answer: B
Explanation:
NEW QUESTION # 155
A network administrator is setting up a site-to-site VPN from a Cisco FTD to a cloud environment.
After the administrator configures the VPN on both sides, they still cannot reach the cloud environment. Which command must the administrator run on the FTD to verify that the VPN is encrypting traffic in both directions?
Answer: B
NEW QUESTION # 156
An organization has noticed an increase in malicious content downloads and wants to use Cisco Umbrella to prevent this activity for suspicious domains while allowing normal web traffic. Which action will accomplish this task?
Answer: A
Explanation:
Explanation Explanation Obviously, if you allow all traffic to these risky domains, users might access malicious content, resulting in an infection or data leak. But if you block traffic, you can expect false positives, an increase in support inquiries, and thus, more headaches. By only proxying risky domains, the intelligent proxy delivers more granular visibility and control. The intelligent proxy bridges the gap by allowing access to most known good sites without being proxied and only proxying those that pose a potential risk. The proxy then filters and blocks against specific URLs hosting malware while allowing access to everything else. Reference: https://docs.umbrella.com/deployment-umbrella/docs/what-is-the-intelligent-proxy Explanation Obviously, if you allow all traffic to these risky domains, users might access malicious content, resulting in an infection or data leak. But if you block traffic, you can expect false positives, an increase in support inquiries, and thus, more headaches. By only proxying risky domains, the intelligent proxy delivers more granular visibility and control.
The intelligent proxy bridges the gap by allowing access to most known good sites without being proxied and only proxying those that pose a potential risk. The proxy then filters and blocks against specific URLs hosting malware while allowing access to everything else.
Explanation Explanation Obviously, if you allow all traffic to these risky domains, users might access malicious content, resulting in an infection or data leak. But if you block traffic, you can expect false positives, an increase in support inquiries, and thus, more headaches. By only proxying risky domains, the intelligent proxy delivers more granular visibility and control. The intelligent proxy bridges the gap by allowing access to most known good sites without being proxied and only proxying those that pose a potential risk. The proxy then filters and blocks against specific URLs hosting malware while allowing access to everything else. Reference: https://docs.umbrella.com/deployment-umbrella/docs/what-is-the-intelligent-proxy
NEW QUESTION # 157
An engineer needs to add protection for data in transit and have headers in the email message Which configuration is needed to accomplish this goal?
Answer: C
Explanation:
The configuration that is needed to accomplish the goal of adding protection for data in transit and having headers in the email message is to deploy an encryption appliance. An encryption appliance is a device that encrypts and decrypts email messages using various encryption standards, such as S/MIME, PGP, or Cisco Registered Envelope Service (CRES). An encryption appliance can also add headers to the email message to indicate the encryption status, the encryption key, or the encryption policy. An encryption appliance can be integrated with an email appliance, such as Cisco Email Security Appliance (ESA), to provide end-to-end email security and encryption.
The other options are incorrect because:
* Provisioning the email appliance is not enough to add protection for data in transit and have headers in the email message. An email appliance can provide various email security features, such as spam filtering, virus scanning, content filtering, or data loss prevention, but it does not encrypt or decrypt email messages by itself. An email appliance needs to work with an encryption appliance to provide email encryption and decryption.
* Mapping sender IP addresses to a host interface is not related to adding protection for data in transit and having headers in the email message. This is a configuration option for an email appliance that allows it to accept email messages from specific IP addresses or ranges and assign them to a specific host interface. This can be useful for load balancing, traffic management, or policy enforcement, but it does not affect email encryption or decryption.
* Enabling flagged message handling is not relevant to adding protection for data in transit and having headers in the email message. This is a configuration option for an email appliance that allows it to handle email messages that have a specific flag or tag in the subject line or the body. This can be useful
* for testing, troubleshooting, or applying special policies, but it does not affect email encryption or decryption.
References:
* Cisco Email Encryption
* Cisco Email Encryption Appliance
* Cisco Email Security Appliance Configuration Guide
NEW QUESTION # 158
Which cryptographic process provides origin confidentiality, integrity, and origin authentication for packets?
Answer: B
Explanation:
ESP (Encapsulating Security Payload) is a cryptographic process that provides origin confidentiality, integrity, and origin authentication for packets. ESP encrypts the payload of an IP packet with a symmetric key, and adds a header and a trailer to the packet. The header contains a security parameter index (SPI) and a sequence number, which are used to identify the security association (SA) and prevent replay attacks. The trailer contains padding and a next header field, which are used to align the packet and indicate the type of the original payload. ESP also adds an authentication data field at the end of the packet, which contains a message authentication code (MAC) that is computed over the entire ESP packet (except for the authentication data field itself) using a secret key and a hash function. The MAC provides data integrity and origin authentication for the packet. ESP can operate in two modes: tunnel mode and transport mode. In tunnel mode, ESP encapsulates the entire original IP packet, including the IP header, and adds a new IP header. This mode provides protection for the entire packet, but adds more overhead. In transport mode, ESP only encapsulates the payload of the original IP packet, and leaves the IP header intact. This mode provides protection only for the payload, but preserves the original IP header information. ESP is one of the two main protocols of IPsec, along with AH (Authentication Header). AH only provides data integrity and origin authentication, but not confidentiality. AH adds a header to the IP packet, which contains a MAC that is computed over the immutable fields of the IP header and the entire payload. AH does not encrypt the payload, and therefore does not protect it from eavesdropping. AH can also operate in tunnel mode or transport mode, but it is incompatible with NAT devices, which modify the IP header fields. IKE (Internet Key Exchange) is a protocol that is used to establish and manage SAs for IPsec. IKE negotiates the security parameters, such as the encryption and authentication algorithms, the keys, and the SPIs, for the IPsec protocols. IKE also performs mutual authentication between the IPsec peers, and establishes a secure channel for exchanging keying material. IKE has two versions: IKEv1 and IKEv2. IKEv1 consists of two phases: phase 1 and phase 2. In phase 1, IKEv1 establishes an IKE SA, which is a secure channel for phase 2. In phase 2, IKEv1 negotiates one or more IPsec SAs, which are used to protect the IPsec traffic. IKEv2 simplifies the IKE protocol by combining the two phases of IKEv1 into a single exchange. IKEv2 also supports more features, such as NAT traversal, EAP authentication, and MOBIKE. References :=
* Implementing and Operating Cisco Security Core Technologies (SCOR) v1.0, Module 3: VPN Technologies, Lesson 3.1: Site-to-Site VPNs, Topic 3.1.1: IPsec VPNs
* IPsec - Wikipedia
* AH and ESP protocols - IBM
* How TLS provides identification, authentication, confidentiality, and integrity - IBM
NEW QUESTION # 159
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