Cisco Certified Support Technician (CCST) Cybersecurity Exam Topics
The Cisco Certified Cybersecurity Technician (CCST) is an entry-level qualification for learning the foundation of Cybersecurity. The program covers basic security principles and emphasizes applying knowledge in real-life environments. Below, we give an overview of the most critical areas that one can expect in the Cisco CCST Cybersecurity examination. Have a look on CCST-Cybersecurity Topics:
- Essential S Security Principles
Knowledge of basic security principles is at the foundation of Cybersecurity and places more emphasis on the fact that information should be secret, of integrity, and available. Confidentiality ensures that information is inaccessible to anyone except an authorized person or organization such that information is unavailable to any unauthorized person or entity. Some of the popular hashing algorithms and checksum.
- Basic Network Security Concepts
Security of network is important so that information is safe that is being transferred in interconnected systems. This session includes the main mechanism and best practices:
Firewall: It is a system or software that filters the net traffic based on security rules defined earlier by a rule base.
Virtual Private Network (VPN): It sets up secure connections over any public network so that it can ensure privacy and integrity in data transfer.
Access Control: It refers to the process of access control to a network by MAC filtering, RBAC, or segmentation.
IDPS: Tools that detect unwanted activities on the network through monitoring traffic, alerting administrators, or automatically applying countermeasures. It encompasses knowledge of network protocols like TCP/IP, DNS, and HTTPS, and vulnerabilities related to them.
- Endpoint Security Concepts
The most common targeted endpoint are laptops, desktops, and mobile devices. Protecting these against malware and unauthorized access with strategies and tools is very effective for endpoint security.
Antivirus and Anti-Malware Software: This software will be able to detect and eliminate malicious code.
Patch Management: This will keep the software current by having the latest fixes to a vulnerability and strengthening security.
Device Encryption: Encryption of data on endpoint that ensures it is secure in case the device has been lost or stolen
Mobile Device Management (MDM): Software that helps the organization in the management and securing of the mobile devices used by the employees
- Vulnerability Assessment and Risk Management
Vulnerability assessment and risk management identify, analyze and mitigate potential security risks.
Vulnerability Assessment: This is a scanning activity that detects weaknesses in systems, applications, or networks. Examples include Nessus and Qualys.
Risk Management: Determine the potential and impact of the risks, and take steps to reduce it. This includes risk avoidance, reduction, acceptance, and transference such as insurance.
- Incident Handling
Handling Incidents the right way it is an efficient way not to damage but to heal systems fast.
Incident Response Plan (IRP): A systematic method in the detection, response to, and recovery from Incidents.
Detection: One can detect unusual activity in the monitoring tools.
Containment: Limit the proliferation of the attack to its impact.
Removing: Removing the root cause from existence
Restoration: Restoring a system and service or operation.
After-time review of incident: An analysis of an incident with an intention for better improvement in the incident response as well as protection mechanism.
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