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HCIP-Security V4.0
Possessing an HCIP-Security certification is a testament to your comprehensive understanding and mastery of Huawei’s cyber security technologies. These technologies encompass a wide range of areas, including network architecture security, border security, application security, and terminal security. Not only does this certification validate your proficiency in these specific security domains, but it also attests to your capabilities in the design, deployment, and operation and maintenance (O&M) of cyber security infrastructures for large- and medium-sized enterprises. Furthermore, holding an HCIP-Security certification signifies your ability to adequately protect enterprise information assets, ensuring their safety and integrity against potential cyber threats.
Exam Information
Certification: HCIP-Security
Exam Code: H12-725
Exam Name: HCIP-Security V4.0
Exam Format: True-false Question, Single Answer, Multiple Answer, Fill in the bank answers, Drag and drop item
Language: ENU/CHS
Exam Cost: 300USD
Exam Duration: 90min
Pass Score/ Total Score: 600/1000
HCIP-Security V4.0 Exam Knowledge Content
The HCIP-Security V4.0 exam content covers firewall high reliability technologies, firewall traffic management, firewall virtual system, firewall intelligent uplink selection, IPSec VPN technology and application, SSL VPN technology and application, cyber attacks and defense, vulnerability defense and penetration testing, content security filtering technologies, emergency response, and network access control.
1. Firewall High Reliability Technologies
1.1 Overview of Firewall High Reliability Technologies
1.2 Firewall Hot Standby
1.3 Firewall Link High Reliability
1.4 Hot Standby Version Upgrade and Troubleshooting
2. Firewall Traffic Management
2.1 Firewall Bandwidth Management
2.2 Firewall Quota Control Policies
2.3 Example for Configuring Traffic Management
3. Firewall Virtual System
3.1 Virtual System Overview
3.2 Basic Concepts of Virtual Systems
3.3 Communication Between Virtual Systems
3.4 Virtual System Configuration
4. Firewall Intelligent Uplink Selection
4.1 Overview of Intelligent Uplink Selection
4.2 Principles of Intelligent Uplink Selection
4.3 Configuration of Intelligent Uplink Selection
5. IPsec VPN Technology and Application
5.1 Basic Principles of IPsec VPN
5.2 Application Scenarios of IPsec VPN
5.3 High Reliability of IPsec VPN
5.4 Troubleshooting of IPsec VPN
6. SSL VPN Technology and Application
6.1 Overview of SSL VPN
6.2 Service Functions of SSL VPN
6.3 Examples for Configuring the SSL VPN
6.4 SSL VPN Troubleshooting
7. Cyber Attacks and Defense
7.1 Firewall Attack Defense Technologies
7.2 Single-Packet Attack Defense
7.3 DDoS Mitigation
7.4 Anti-DDoS
8. Vulnerability Defense and Penetration Testing
8.1 Vulnerability
8.2 Vulnerability Defense
8.3 Penetration Testing
9. Content Security Filtering Technologies
9.1 Overview of Content Security Filtering Technologies
9.2 Principles of Content Security Filtering Technologies
9.3 Examples for Configuring Content Security Filtering Technologies
10. Emergency Response
10.1 Emergency Response Overview
10.2 Emergency Response Process
10.3 Emergency Response Technologies and Cases
11. Network Access Control
11.1 Overview of NAC
11.2 User Identity Authentication
11.3 Access Authentication
11.4 NAC Configuration
View Online HCIP-Security V4.0 H12-725_V4.0 Free Questions
1. Bandwidth channels define specific bandwidth resources and are the basis for bandwidth management.
Which of the following is a resource that can be defined in a bandwidth channel?
A. Bandwidth policy
B. Daily traffic quota
C. Egress bandwidth restrictions
D. Strategic exclusivity
Answer: D
2. Which of the following descriptions of the characteristics of SSL VPN is incorrect?
A. SSL VPN supports few authentication types and is difficult to integrate with the original identity authentication system.
B. SSL VPN can support various IP applications
C. SSL VPN can parse intranet resources to the application layer and publish applications in a granular manner
D. Since the SSL VPN login method uses a browser, the automatic installation and configuration of the client is realized, so that users can quickly log in with their devices anytime and anywhere, and it also relieves the pressure of network administrators in maintaining the client.
Answer: A
3. Which of the following is not the responsibility of the Anti-DDos Defense System Management Center?
A. Security report analysis
B. Device Management
C. Issue defense strategies
D. Carry out traffic diversion
Answer: D
4. Which of the following descriptions of outbound traffic in a firewall virtual system is correct?
A. Traffic flowing from the private network interface to the public network interface is limited by the bandwidth in the inbound direction.
B. Traffic flowing from the public network interface to the private network interface is limited by the bandwidth in the inbound direction.
C. Traffic flowing from the private network interface to the public network interface is limited by the outbound bandwidth.
D. Traffic flowing from the public network interface to the private network interface is limited by the outbound bandwidth.
Answer: C
5. NAC (Network Access Control) is an “end-to-end” security technology that needs to cooperate with AAA to jointly implement access authentication functions.
Which of the following descriptions of NAC and AAA are correct?
A. AAA is mainly used for the interaction process between users and access devices
B. The AAA server controls the access rights of access users by authenticating, authorizing, and accounting for access users.
C. NAC mainly includes three authentication methods: 802.1X authentication, MAC authentication and Porta1 authentication
D. NAC is mainly used for the interaction process between the access device and the authentication server.
Answer: BCD
6. Which of the following items may cause IPSec VPN establishment to fail?
A. The route to the opposite intranet is unreachable
B. Inconsistent packaging modes
C. Supported encryption algorithms are inconsistent
D. The ACL does not contain the business addresses that both ends need to communicate with.
Answer: ABCD
7. A DDoS attack means that an attacker controls multiple machines located in different locations and uses these machines to attack the victim simultaneously. So which of the following are included in the DDoS attack methods?
A. SQL injection attack
B. DNS Flood attack
C. UDP Flood attack
D.CC attack
Answer: BC
8. Which of the following descriptions of 802.1X authentication are correct?
A. The client can send DHCP/ARP or any message to initiate 802.1X authentication.
B. The 802.1X authentication system uses the Extensible Authentication Protocol EAP to realize information exchange between the client, device and authentication server.
C. The 802.1X protocol is a Layer 2 protocol that does not need to reach Layer 3. It does not have high requirements on the overall performance of the access device and can effectively reduce network construction costs.
D. The client can trigger 802.1X authentication by sending an EAPoL-Start message.
Answer: BCD
9. With the continuous development of network technology, new vulnerabilities, new attack tools, and attack methods continue to appear. Only by constantly updating the signature database can IPS devices provide continuous and effective defense for networks, systems, and businesses.
Which of the following descriptions of the IPS signature database are correct?
A. Huawei IPS signature database only supports manual upgrade
B. Huawei IPS signature database supports manual upgrade and automatic upgrade
C. Users can download the latest intrusion prevention signature library from Huawei’s official website
D. After upgrading the Huawei IPS signature database, you need to restart the device for it to take effect.
Answer: BC
10. Which of the following descriptions of virtual system administrators are correct?
A. The root system administrator can create one or more administrators for the virtual system
B. Both the root system administrator and the virtual system administrator can delete the related configurations of other virtual systems.
C. After enabling the virtual system function, the existing administrator on the device will become the administrator of the virtual system
D. According to the type of virtual system, administrators are divided into root system administrators and virtual system administrators
Answer: AD
