Aruba Certified Associate Network Security (ACA) Practice Exam

The Aruba Certified Associate Network Security (ACA) certification is an entry-level certification from Aruba focusing on the basic network security skills. The certification is suitable for IT professionals engaged in network security in Aruba environments. The certification attests to your skills to implement basic security controls, troubleshoot security issues, and configure secure Aruba networks. This certification is an helpful for professionals who want to specialize in network security. The certification includes the basic principles of secure network configuration and basic troubleshooting techniques.
Why is Aruba Certified Associate Network Security (ACA) important?

• Certifies your skills in network security in Aruba environments.
• Shows your expertise in basic network security configurations and troubleshooting.
• Boosts knowledge of secure network protocols and controls.
• Globally recognized certificate acknowledged by networking security industry
  
• Acts as an stepping stone for a career in network security.
• Enhances your employability in roles related to security.

Who should take the Aruba Certified Associate Network Security (ACA) Exam?

• Network Security Associate
• Junior Network Engineer
• IT Support Specialist
• Network Administrator
• Security Support Technician

Skills Evaluated

Candidates taking the certification exam on the Aruba Certified Associate Network Security (ACA) is evaluated for the following skills:

• Basic network security configurations.
• Implementing and managing security protocols in Aruba networks.
• Identify and troubleshoot basic network security issues.
• Secure network protocols and access controls.
• Aruba security products and solutions.

Aruba Certified Associate Network Security (ACA) Certification Course Outline
The Aruba Certified Associate Network Security (ACA) Certification covers the following topics -

Module 1. Protect and Defend

• Illustrate common security threats (MiM, DDOS, spoofing, zero day, etc.) and identify the difference between a threat and a vulnerability.

• Explain common security protocols and their use cases

• Describe PKI components

• Illustrate firewall (PEF), dynamic segmentation, RBAC, AppRF

• Describe user roles and policy enforcement

• Explain the purpose and methods of a packet capture

• Social engineering and defense

• Disable insecure protocols and follow the best practices for implementing secure management protocols like SSH, HTTPS, authenticated NTP, and CPsec

• Illustrate best practices to protect network infrastructure devices with passwords, physical security, and out-of-band management.

• Use external authentication for network managers

• Compare and contrast wireless LAN methodologies

• Basic WLAN security deployment
  

• Illustration and deployment of the basic user roles for wireless users

• Wired LAN methodologies comparison 
  

• Basic user roles definition and deployment for wired users

• Comparing the various endpoint classification methods

Module 2. Analyze

• Viewing and acknowledging WIPS and WIDS, alarms

• Illustrate attack stages and kill chain

• Log collection
  

• Troubleshooting using the with access tracker

• Collecting and monitoring historical network pattern data

• Identifying and evaluating discovered endpoints

Module 3. Investigate

• Log collection
  

• The chain of custody identification
  

• Starting an investigation