Practical network scanning: capture network vulnerabilities using standard tools such as Nmap and Nessus

Chauhan, Ajay Singh

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Название:	Practical network scanning: capture network vulnerabilities using standard tools such as Nmap and Nessus
Авторы:	Chauhan Ajay Singh
Коллекция:	Электронные книги зарубежных издательств; Общая коллекция
Тематика:	Computer networks — Security measures.; Computers — Access control.; Computer security.; Penetration testing (Computer security); COMPUTERS / Security / Networking.; EBSCO eBooks
Тип документа:	Другой
Тип файла:	PDF
Язык:	Английский
Права доступа:	Доступ по паролю из сети Интернет (чтение, печать, копирование)
Ключ записи:	on1040599376

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Cover
Title Page
Copyright and Credits
Packt Upsell
Contributors
Table of Contents
Preface
Chapter 1: Fundamental Security Concepts
- Why security?
- Building blocks of information security
- Computer security
- Network security
  - Firewalls
  - Intrusion detection systems / intrusion prevention systems
  - Multitier topology
- Internet security
  - Password
  - System upgrade and updates
  - Phishing
    - Beware of phishing phone calls
    - Phishing protection
- Security issues, threats, and attacks
  - IoT security risk
  - Computer security risk
  - Security Risk-Border Gateway Protocol
  - Security and threats
    - Natural disasters
    - Human threats
  - Security vulnerabilities
    - Technology weaknesses
    - Configuration weaknesses
    - Security policy weaknesses
  - Using unencrypted or weak encryption for a website
- Summary
- Questions
- Further reading
Chapter 2: Secure Network Design
- Access control
  - Asset classification and physical security
  - Authentication, authorization, and accounting
- Network management and security design
  - Network segmentation
  - Segmentation strategy steps
  - Network protection consideration and design
- Hardening your TCP/IP stack
- DoS and DDoS attacks
  - Volume-based attacks
  - Application layer attacks
  - Low-rate attacks
- IP spoofing
  - Anti-spoofing using access lists
  - Encryption
  - Anti-spoofing using RPF checks
- Ping sweeps and Port scans
  - Mitigation
- DNS vulnerabilities
  - How does DNS work?
  - DNS protocol attacks
  - Mitigation
- Two factor authentication
- Summary
- Questions
- Further reading
Chapter 3: Server-Level Security
- Classification of data
- Physical security
- Disk encryption
  - Full-disk encryption
    - Bitlocker
    - Virtual Trusted Platform Module – vTPM
    - Encrypt your Hyper-V Guest VMs
    - Cloud VM disk encryption
    - What is encryption at rest?
- Hardening server security
  - Check for open ports or services
  - System firewall configuration
  - System update
  - Disable USB
  - Hard disk encryption
  - BIOS protection
  - Check the installed packages
  - Password policies
  - Secure and encrypt remote access
  - Implement activity logging
  - Document the host information
- Authentication NTLM versus Kerberos
- Password policies
- Server-level permissions
- Server antivirus and malware protection
- Local security policies
- Summary
- Questions
- Further reading
Chapter 4: Cloud Security Design
- Cloud offerings
  - IaaS
  - PaaS
  - SaaS
- Public versus private
  - Public IaaS versus private IaaS
  - Public PaaS versus private PaaS
  - Public SaaS versus private SaaS
- Shared technology and shared danger
- Security approach for cloud computing
  - Traditional enterprise network model
  - Hybrid data center and cloud network
  - Network security devices for IaaS
    - Firewall Virtual Appliance
    - Virtual TAP vTAP
    - Virtual Router
    - Virtual web application firewalls
- DDoS attack protection
- Data loss prevention
- Exploited system vulnerabilities
- Summary
- Questions
- Further reading
Chapter 5: Application Security Design
- GDPR
  - Getting consent
  - Access to data
  - Encryption
- SQL Injection
  - Prevention of SQL Injection attack on web applications
    - Employing comprehensive data sanitization
    - Deploying a Web Application Firewall
    - Limit database privileges
    - Finding vulnerabilities
- WAFs
  - WAF protection against common web attacks
- Blacklisting and whitelisting
  - What is blacklisting?
    - Benefit and disadvantage of blacklisting
  - What is whitelisting?
    - Benefit and disadvantage of whitelisting
  - Which is better?
- Using HTTPS for everything
  - HTTP versus HTTPS
  - Web application security
    - SSL/TLS deployment
      - SSL/TLS key size
      - Signing algorithm
      - Secure protocol
    - Preventing an authentication hacking attack
    - Use cookies securely
    - Vulnerabilities scan
    - Server security
    - Introduce a bug bounty program
- Summary
- Questions
- Further reading
Chapter 6: Threat Detection and Response
- Network threat detection
  - Detection methods
    - Intrusion detection system
      - Types of IDSs
    - Network capture solution
    - Threat detection with Netflow/IPFIX
      - NetFlow vs. IPFIX
- Endpoint threat detection
  - What’s an endpoint
    - Endpoint Detection and Response (EDR) system
  - Case Study – Why EDR system is required?
  - Security policy
  - How to choose an EDR solution ?
- Security information and event management
  - SIEM—Event versus incident and data breach
    - What is an event?
    - What is a security incident?
    - What is a data breach?
  - How do SIEM systems work?
    - Event generator sensors
    - Event and log collection or data aggregation
    - Correlation
    - Reporting and Alerting
    - Dashboards
    - Automation
    - Log management
    - SIEM commercial products
- Summary
- Questions
- Further reading
Chapter 7: Vulnerability Assessment
- Infrastructure concerns
  - What is vulnerability assessment?
    - Plan
    - Network discovery
    - Vulnerability scan
    - Report
    - Remediation
  - Why do we need vulnerability assessment?
    - Types of vulnerability assessment
      - Network-based assessment
      - Host-based assessment
- Nessus installation, configuration, and vulnerability assessment methodology
  - Installation
    - Policies
- Sample report
- Summary
- Questions
- Further reading
Chapter 8: Remote OS Detection
- Reasons for OS detection
  - Network operating system inventory – trace your infrastructure
- Determining vulnerability of target hosts
- Tailoring exploits
- OS detection technique with Nmap
  - Nmap tool
  - Operating system detection
- TCP/IP fingerprinting methods supported by Nmap
  - TCP/UDP/IP basic
  - The FIN probe
  - TCP ISN sampling
  - TCP initial window
  - Type of service
  - Time-to-live (TTL)
  - Don't Fragment (DF) bit
- Understanding an Nmap fingerprint
- OS matching algorithms
  - Defense against port scans
- Summary
- Questions
- Further reading
Chapter 9: Public Key Infrastructure – SSL
- Foundation of SSL
  - How do I know that SSL is working?
  - Why no PadLock?
  - SSL certificate
    - The evolution of SSL and TLS
      - Current Supported Standard
      - Why hasn't TLS 1.3 been implemented yet?
      - Time to say goodbye to SSL and early TLS
    - SSL certificate component
      - Root certificate
      - Intermediate certificate
      - SSL certificates classes
- TLS versus SSL
- Public Key Infrastructure
  - Symmetric encryption
  - Asymmetric encryption
  - Hash function
- Attacks against PKI
- Microsoft Windows and IIS
- OpenSSL
- SSL Management tools
- Summary
- Questions
- Further reading
Chapter 10: Firewall Placement and Detection Techniques
- Technical requirements
- Firewall and design considerations
  - Firewall terminology
  - Firewall generations
  - Firewall performance
  - Firewall placement and design network topology
    - Single firewall architecture
      - Single firewall architecture with a single IP subnet
      - Single firewall architecture with multiple IP subnets
    - Multilayer firewall architecture
      - Firewall sandwich design
- Demilitarized Zone
  - DMZ to Internal Access Policy
- OSI model versus TCP/IP model
- Firewall performance, capabilities, and function
  - Firewall management
  - Application proxies
  - Detecting firewalls
  - Debugging tools
- Summary
- Questions
- Further Reading
Chapter 11: VPN and WAN Encryption
- Overview
- Classes of VPN
- Type of VPN protocol
  - Point-to-Point tunneling protocol
  - Layer 2 Tunneling Protocol
  - Secure Socket Tunneling protocol
  - Internet Protocol Security
  - SSL VPN
  - MPLS VPN
- VPN Design
- IKE V1 versus IKE V2
- WAN Encryption technique
  - IPsec Layer-3 encryption
  - MACsec—Layer-2 Encryption
  - Optical Network—Layer-1 Encryption
- Summary
- Questions
- Further Reading
Chapter 12: Summary and Scope of Security Technologies
- DDoS protection
  - Remotely triggered black hole routing (RTBH)
    - Black hole traffic from the source of the attack
    - Black hole traffic to the destination of the attack
- BGP FlowSpec
  - DDoS scrubbing
  - Blockchain Technology for Fighting DDoS Attacks
- AI in cyber security
- Next Gen SIEM
- Software Defined Networking Firewall
- Bring-Your-Own-Identity (BYOI)
- Summary
- Further reading
Assessment
Other Books you may enjoy
Index

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