Duration: 5 Days
Course Overview
In this cybersecurity course, you will gain a global perspective of the challenges of designing a secure system, touching on all the cyber roles needed to provide a cohesive security solution. Through lecture, labs, and breakout discussion groups, you will learn about current threat trends across the Internet and their impact on organizational security. You will review standard cybersecurity terminology and compliance requirements, examine sample exploits, and gain hands-on experience mitigating controls. In a contained lab environment, you will work with live viruses, including botnets, worms, and Trojans
COURSE OBJECTIVES
After completing this course you should be able to:
• Increase your awareness of security
• Interpret/analyze tool output for network mapping/footprinting
• Reduce attack surface of systems
• Review networking as it applies to security controls
• Explore different data protection principles
• Examine the role of PKI/certificates in building trusted relationships between devices in a network
• Implement login security and other identity management solutions
• Reduce attack surface of network devices
• Explore current malware threats and anti-malware solutions
• Explore social engineering threats, methods, and techniques
• Examine software vulnerabilities and security solutions for reducing the risk of exploitation
• Explain monitoring capabilities and requirements and how those may raise privacy concerns
• Identify physical security controls and the relationship between physical and IT security
• Explain incident response capabilities
• Identify legal considerations and investigative techniques when it comes to cybersecurity
• Research trends in cybersecurity
Course Content
Cybersecurity Awareness
• What is security?
• Confidentiality, integrity, and availability
• Security baselining
• Security concerns: Humans
• Types of threats
• Security controls
• What is hacking?
• Risk management
• Data in motion vs. data at rest
• Module review
Network Discovery
• Networking review
• Discovery, foot-printing, and scanning
• Common vulnerabilities and exposures
• Security policies
• Vulnerabilities
• Module review
Systems Hardening
• What is hardening?
• Types of systems that can be hardened
• Security baselines
• How to harden systems
• Hardening systems by role
• Mobile devices
• Hardening on the network
• Analysis tools
• Authentication, authorization, and accounting
• Physical security
• Module review
Security Architecture
• Security architecture
• Network devices
• Network zones
• Network segmentation
• Network Address Translation
• Network Access Control
• Module review
Data Security
• Cryptography
• Principles of permissions
• Steganography
• Module review
Public Key Infrastructure
• Public key infrastructure
• Certification authorities
• Enabling trust
• Certificates
• CA management
• Module review
Identity Management
• What is identity management?
• Personally identifiable information
• Authentication factors
• Directory services
• Kerberos
• Windows NT LAN Manager
• Password policies
• Cracking passwords
• Password assessment tools
• Password managers
• Group accounts
• Service accounts
• Federated identities
• Identity as a Service
• Module review
Network Hardening
• Limiting remote admin access
• AAA: Administrative access
• Simple Network Management Protocol
• Network segmentation
• Limiting physical access
• Establishing secure access
• Network devices
• Fundamental device protection summary
• Traffic filtering best practices
• Module review
Malware
• What is malware?
• Infection methods
• Types of malware
• Backdoors
• Countermeasures
• Protection tools
• Module review
Social Engineering
• What is social engineering?
• Social engineering targets
• Social engineering attacks
• Statistical data
• Information harvesting
• Preventing social engineering
• Cyber awareness: Policies and procedures
• Social media
• Module review
Software Security
• Software engineering
• Security guidelines
• Software vulnerabilities
• Module review
Environment Monitoring
• Monitoring
• Monitoring vs. logging
• Monitoring/logging benefits
• Logging
• Metrics
• Module review
Physical Security
• What is physical security?
• Defense in depth
• Types of physical security controls
• Device security
• Human security
• Security policies
• Equipment tracking
• Module review
Incident Response
• Disaster types
• Incident investigation tips
• Business continuity planning
• Disaster recovery plan
• Forensic incident response
• Module review
Legal Considerations
• Regulatory compliance
• Cybercrime
• Module review
Trends in Cybersecurity
• Cybersecurity design constraints
• Cyber driving forces
• How connected are you?
• How reliant on connectivity are you?
• Identity management
• Cybersecurity standards
• Cybersecurity training
• Course Look Around
• Looking back
• Looking forward
• Planning your journey
• View More View More
Course Look Around
• Looking back
• Looking forward
• Planning your journey
• View More View More
Labs:
Lab 1: Explore HR Security
Lab 2: Interpret Scanning Results
Lab 3: Harden Servers and Workstations
Lab:4 Security Architecture
Lab 5: Protect Data
Lab 6: Configure a PKI
Lab 7: Manage Passwords
Lab 8: Explore Hardening Recommendations and Known Vulnerabilities
Lab 9: Detect Malware
Lab 10: Social Engineering
Lab 11: Privilege Escalation
Lab 12: Monitor a System
Lab 13: Implement Physical Security
Lab 14: Incident Response
Lab 15: Review Legal Considerations
COURSE PREREQUISITES
Attendees should meet the following prerequisites:
• TCP/IP Networking or equivalent knowledge
FOLLOW-ON COURSES
The following courses are recommended for further study:
• CompTIA Security+
• Certified Ethical Hacker
• Certified Information Security Manager