Here are some suggested areas of focus for Cyber Security

1. Disaster Recovery

Purpose: Ensure continuity and recovery from unexpected incidents like hardware failure, cyberattacks, or outages. Scenarios to Protect: Random attacks, DC outages. Design Points: DR Plan: Documented recovery process. Data Backup: Regular, secure backups. System Redundancy: Failover systems to avoid downtime.

2. Authentication

Purpose: Verify the identity of users and systems accessing resources. Scenarios to Protect: User logins, employee system access. Design Points: Strong password policies & Multi-factor authentication (MFA).

3. Authorization

Purpose: Control what authenticated users can access. Scenarios to Protect: Data access, user role restrictions. Design Points: Regular role reviews. Least privilege principle .Role-based access control (RBAC).

4. Encryption

Purpose: Protect sensitive data from interception or theft. Scenarios to Protect: Sensitive data during storage or communication. Design Points: TLS for data in transit. Sensitive data encryption at rest. Key management.

5. Vulnerability Management

Purpose: Identify and fix system flaws before exploitation. Scenarios to Protect: Patch management, vulnerability scans. Design Points: Continuous monitoring. Prompt patching.

6. Audit & Compliance

Purpose: Ensure legal/regulatory requirements are met. Scenarios to Protect: Patient or personal data, financial systems. Design Points: Regular audits. GDPR, HIPAA compliance. Comprehensive logging.

7. Network Security

Purpose: Protect internal and external network infrastructure. Scenarios to Protect: Cloud environments, corporate networks. Design Points: Firewalls Network segmentation. Intrusion detection systems. Secure DNS.

8. Terminal (Endpoint) Security

Purpose: Secure end-user devices like laptops and point-of-sale (POS) systems. Scenarios to Protect: Employee computers, retail POS machines. Design Points: Antivirus software. Device management. Hard drive encryption.

9. Emergency Responses

Purpose: Respond quickly and effectively to cyber incidents. Scenarios to Protect: DDoS attacks, data breaches. Design Points: Incident response plans. SOC. Regular drills.

10. Container Security

Purpose: Protect applications deployed in containers (e.g., Docker/Kubernetes). Scenarios to Protect: Secure deployment in containerized environments. Design Points: Image scanning. Trusted base images. Runtime security controls.

11. API Security

Purpose: Secure data exchange through APIs. Scenarios to Protect: Public/internal APIs. Design Points: OAuth 2 authentication. Rate limiting. Input validation. API key management.

12. 3rd-Party Management

Purpose: Manage security risks from vendors and partners. Scenarios to Protect: Supply chain risks. Design Points: Vendor risk assessments. Secure data sharing. Ongoing monitoring.

Disclaimer – This post has only been shared for educational purposes related to Technologies and serves as a starting point for your program.