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| Section | Weight | Objectives |
|---|---|---|
| Endpoint Protection and Detection | 10% | - Cisco Secure Endpoint deployment and management - Threat intelligence and incident response for endpoints - Endpoint protection platforms (EPP) and endpoint detection and response (EDR) |
| Content Security | 15% | - Content inspection and threat prevention - Email security: SEG, anti-spam, anti-malware, encryption, and DMARC - Web security: proxy, URL filtering, DLP, and AMP integration |
| Securing the Cloud | 15% | - Cloud security architectures and service models - Hybrid and multi-cloud security integration - Cloud workload protection and compliance - Cisco Umbrella, Cloudlock, and Secure Access solutions |
| Security Concepts | 25% | - Automation and APIs in security solutions - Common threats and vulnerabilities in on-premises and cloud environments - Security principles, zero trust architecture, and compliance frameworks - Cryptography and security protocols |
| Network Security | 20% | - Network security monitoring and logging - Firewall and IPS deployment, configuration, and management - VPN technologies: site-to-site, remote access, and secure connectivity - Security segmentation and policy enforcement |
| Secure Network Access, Visibility, and Enforcement | 15% | - Identity services and policy control with Cisco ISE - Access control and compliance enforcement - Network visibility, telemetry, and security analytics - 802.1X, MAB, and TrustSec architecture |
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NEW QUESTION # 627
Drag and drop the suspicious patterns for the Cisco Tetration platform from the left onto the correct definitions on the right.
Answer:
Explanation:
NEW QUESTION # 628
What is a commonality between DMVPN and FlexVPN technologies?
Answer: D
Explanation:
In its essence, FlexVPN is the same as DMVPN. Connections between devices are still point-to-point GRE tunnels, spoke-to-spoke connectivity is still achieved with NHRP redirect message, IOS routers even run the same NHRP code for both DMVPN and FlexVPN, which also means that both are Cisco's proprietary technologies.
NEW QUESTION # 629
A network engineer has been tasked with adding a new medical device to the network. Cisco ISE as being used as She NAC server, and the new device does not have a supplicant available. What must be done in order to securely connect this device to the network?
Answer: C
Explanation:
Explanation
As the new device does not have a supplicant, we cannot use 802.1X.
MAC Authentication Bypass (MAB) is a fallback option for devices that don't support 802.1x. It is virtually always used in deployments in some way shape or form. MAB works by having the authenticator take the connecting device's MAC address and send it to the authentication server as its username and password. The authentication server will check its policies and send back an Access-Accept or Access-Reject just like it would with 802.1x.
Cisco ISE Profiling Services provides dynamic detection and classification of endpoints connected to the network. Using MAC addresses as the unique identifier, ISE collects various attributes for each network endpoint to build an internal endpoint database. The classification process matches the collected attributes to prebuilt or user-defined conditions, which are then correlated to an extensive library of profiles. These profiles include a wide range of device types, including mobile clients (iPads, Android tablets, Chromebooks, and so on), desktop operating systems (for example, Windows, Mac OS X, Linux, and others), and numerous non-user systems such as printers, phones, cameras, and game consoles.
Once classified, endpoints can be authorized to the network and granted access based on their profile. For example, endpoints that match the IP phone profile can be placed into a voice VLAN using MAC Authentication Bypass (MAB) as the authentication method. Another example is to provide differentiated network access to users based on the device used. For example, employees can get full access when accessing the network from their corporate workstation but be granted limited network access when accessing the network from their personal iPhone.
NEW QUESTION # 630
Drag and drop the capabilities of Cisco Firepower versus Cisco AMP from the left into the appropriate category on the right.
Answer:
Explanation:
NEW QUESTION # 631
What are two functions of secret key cryptography? (Choose two)
Answer: A,E
Explanation:
Secret key cryptography, also known as symmetric key cryptography, is a type of encryption where a single secret key is used for both encryption and decryption of a message. The cryptographic key is kept secret between the sender and receiver, making it difficult for anyone else to decipher the message. Some of the functions of secret key cryptography are:
* Key selection without integer factorization: Secret key cryptography does not rely on complex mathematical problems such as integer factorization or discrete logarithms to generate keys. Instead, the keys are chosen randomly or derived from a passphrase or a shared secret. This makes the key generation process faster and simpler than in public key cryptography.
* Utilization of less memory: Secret key cryptography uses less memory than public key cryptography, as it only requires one key to be stored and managed. Public key cryptography, on the other hand, requires two keys (public and private) for each user, which increases the memory overhead and complexity of key management.
The other options are not functions of secret key cryptography, but rather characteristics of public key cryptography or asymmetric cryptography, which is a different type of encryption where different keys are used for encryption and decryption. Public key cryptography has the following features:
* Utilization of different keys for encryption and decryption: Public key cryptography uses a pair of keys, one public and one private, for each user. The public key can be shared with anyone, while the private key must be kept secret. The public key is used to encrypt messages, while the private key is used to decrypt them. This allows users to communicate securely without having to exchange a secret key beforehand.
* Utilization of large prime number iterations: Public key cryptography relies on hard mathematical problems such as integer factorization or discrete logarithms to generate keys. These problems involve finding the prime factors of large numbers or finding the discrete logarithms of numbers in a finite field.
These problems are easy to solve in one direction, but hard to solve in the reverse direction. For
* example, it is easy to multiply two large prime numbers, but hard to find the prime factors of the product. This makes the keys hard to break by brute force or other methods.
* Provides the capability to only know the key on one side: Public key cryptography enables users to encrypt messages without knowing the recipient's key, and vice versa. This is possible because the encryption and decryption keys are different and mathematically related. For example, Alice can encrypt a message with Bob's public key, and only Bob can decrypt it with his private key. Alice does not need to know Bob's private key, and Bob does not need to know Alice's key. This also enables public key cryptography to support digital signatures, which are a way of verifying the identity and integrity of a message.
References :=
* What Is Secret Key Cryptography? A Complete Guide - Helenix
* Definition of Secret-key Cryptography - Gartner
NEW QUESTION # 632
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