Update tech_docs/linux/linux_lab_starting.md
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@@ -520,4 +520,283 @@ pct create 300 /var/lib/vz/template/cache/alpine-default-rootfs.tar.xz \
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- Keep container templates updated
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- Use unprivileged containers for security
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- Tag containers for better organization
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- Document custom configurations for reproducibility
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- Document custom configurations for reproducibility
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---
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# Proxmox Container Lab Project Ideas
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## Network Security & Penetration Testing Lab
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### Project: Complete Security Testing Environment
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**Containers Used:** All three (OpenWRT + Kali + Alpine)
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**Setup:**
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- **OpenWRT (Router/Firewall):** Acts as network segmentation device and target
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- **Kali Linux:** Primary attack platform with full toolset
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- **Alpine:** Hosts vulnerable applications and services for testing
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**What You'll Learn:**
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- Network penetration testing methodologies
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- Firewall configuration and bypass techniques
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- Container security assessment
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- Network segmentation and VLAN configuration
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**Exercises:**
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1. Configure OpenWRT with multiple VLANs for network isolation
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2. Deploy vulnerable web apps on Alpine (DVWA, WebGoat)
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3. Use Kali to perform reconnaissance and attacks
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4. Practice lateral movement between network segments
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---
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## DevSecOps Pipeline Laboratory
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### Project: Secure CI/CD with Container Security Scanning
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**Containers Used:** Kali + Alpine
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**Setup:**
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- **Alpine:** Hosts GitLab/Jenkins, Docker registry, and deployment targets
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- **Kali:** Security scanning and vulnerability assessment tools
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**What You'll Learn:**
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- Container security scanning integration
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- SAST/DAST implementation in pipelines
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- Infrastructure as Code security
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- Compliance automation
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**Tools to Deploy:**
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- GitLab CE or Jenkins on Alpine
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- Docker-in-Docker for container builds
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- Trivy, Clair, or Anchore for container scanning
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- OWASP ZAP integration from Kali
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---
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## Network Forensics & Incident Response Lab
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### Project: Complete DFIR Environment
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**Containers Used:** All three
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**Setup:**
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- **OpenWRT:** Network monitoring and packet capture point
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- **Kali:** Forensics tools and malware analysis
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- **Alpine:** Log aggregation (ELK stack) and evidence storage
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**What You'll Learn:**
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- Network forensics techniques
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- Malware analysis in isolated environments
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- Log analysis and correlation
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- Incident response procedures
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**Components:**
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- Suricata IDS on OpenWRT
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- Volatility, Autopsy on Kali
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- Elasticsearch/Logstash/Kibana on Alpine
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- TheHive for case management
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---
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## Cloud Security Testing Platform
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### Project: Multi-Cloud Security Assessment Lab
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**Containers Used:** Kali + Alpine
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**Setup:**
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- **Alpine:** Terraform/Ansible deployment platform, cloud CLIs
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- **Kali:** Cloud security testing tools and scripts
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**What You'll Learn:**
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- Cloud misconfigurations identification
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- Container orchestration security
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- Infrastructure scanning and assessment
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- Multi-cloud security management
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**Tools:**
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- ScoutSuite, Prowler for AWS/Azure/GCP scanning
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- Kubernetes security tools (kube-bench, kube-hunter)
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- Cloud security posture management
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---
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## Honeypot & Deception Technology Lab
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### Project: Advanced Threat Detection Network
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**Containers Used:** All three
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**Setup:**
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- **OpenWRT:** Network traffic analysis and redirection
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- **Alpine:** Multiple honeypot services and logging
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- **Kali:** Attack simulation and validation
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**What You'll Learn:**
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- Honeypot deployment and management
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- Threat intelligence collection
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- Behavioral analysis of attackers
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- Deception technology implementation
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**Honeypots to Deploy:**
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- Cowrie (SSH honeypot)
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- Dionaea (multi-protocol honeypot)
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- Conpot (ICS/SCADA honeypot)
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- T-Pot (all-in-one platform)
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---
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## Software Defined Network (SDN) Security Lab
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### Project: OpenFlow Network Security Testing
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**Containers Used:** All three
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**Setup:**
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- **OpenWRT:** Modified with OpenFlow support
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- **Alpine:** SDN controller (OpenDaylight/ONOS)
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- **Kali:** SDN-specific security testing tools
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**What You'll Learn:**
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- SDN architecture and protocols
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- OpenFlow security implications
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- Controller security assessment
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- Network programmability concepts
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---
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## Container Escape & Runtime Security Lab
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### Project: Container Security Hardening Workshop
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**Containers Used:** Kali + Alpine
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**Setup:**
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- **Alpine:** Multiple Docker containers with various security configs
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- **Kali:** Container security assessment tools
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**What You'll Learn:**
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- Container escape techniques
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- Runtime security monitoring
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- Container hardening best practices
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- Kubernetes security posture
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**Scenarios:**
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- Privileged container escapes
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- Kernel exploit demonstrations
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- Seccomp/AppArmor bypass techniques
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- Runtime security tool evaluation
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---
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## Network Automation & Orchestration Lab
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### Project: Infrastructure as Code Security Testing
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**Containers Used:** All three
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**Setup:**
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- **OpenWRT:** Network device automation target
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- **Alpine:** Ansible/Terraform control node
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- **Kali:** Infrastructure security validation
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**What You'll Learn:**
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- Network automation security implications
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- Infrastructure code vulnerability scanning
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- Automated security testing integration
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- Configuration drift detection
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---
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## Industrial Control Systems (ICS) Security Lab
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### Project: SCADA/PLC Security Assessment Environment
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**Containers Used:** All three
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**Setup:**
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- **OpenWRT:** Network segmentation for OT/IT networks
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- **Alpine:** SCADA HMI simulation and protocol gateways
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- **Kali:** ICS-specific security tools
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**What You'll Learn:**
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- Industrial protocol security (Modbus, DNP3, etc.)
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- Air-gap bypass techniques
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- SCADA system vulnerabilities
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- Critical infrastructure protection
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**Tools:**
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- OpenPLC for PLC simulation
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- ScadaBR for HMI interface
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- Metasploit industrial modules
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- Nmap industrial scripts
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---
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## Wireless Security Research Lab
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### Project: Wi-Fi Security Assessment Platform
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**Containers Used:** Kali + Alpine (OpenWRT optional)
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**Setup:**
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- **Kali:** Wireless security tools and SDR capabilities
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- **Alpine:** Wireless monitoring and logging infrastructure
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- **OpenWRT:** Target wireless access point
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**What You'll Learn:**
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- Wi-Fi protocol vulnerabilities
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- Wireless penetration testing
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- SDR-based security research
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- Rogue access point detection
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---
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## Malware Analysis & Reverse Engineering Lab
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### Project: Dynamic and Static Malware Analysis Platform
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**Containers Used:** Kali + Alpine
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**Setup:**
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- **Kali:** REMnux tools, disassemblers, debuggers
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- **Alpine:** Cuckoo Sandbox, YARA rules, malware feeds
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**What You'll Learn:**
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- Static malware analysis techniques
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- Dynamic behavior analysis
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- Automated malware processing
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- Threat intelligence generation
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---
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## Implementation Priority Recommendations
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### Beginner Level (Start Here)
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1. **Network Security Lab** - Fundamental skills building
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2. **Container Security Lab** - Modern security concepts
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### Intermediate Level
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1. **DevSecOps Pipeline** - Industry-relevant skills
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2. **Honeypot Network** - Threat detection experience
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### Advanced Level
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1. **SDN Security Lab** - Cutting-edge networking
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2. **ICS Security Lab** - Specialized security domain
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## Resource Requirements by Project
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| Project | Memory | Storage | Complexity |
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| Network Security Lab | 4GB | 30GB | Medium |
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| DevSecOps Pipeline | 6GB | 40GB | Medium |
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| DFIR Lab | 8GB | 50GB | High |
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| Cloud Security | 4GB | 25GB | Medium |
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| Honeypot Network | 3GB | 20GB | Low |
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| SDN Lab | 6GB | 35GB | High |
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| Container Security | 4GB | 25GB | Medium |
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| Network Automation | 5GB | 30GB | Medium |
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| ICS Security | 6GB | 40GB | High |
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| Wireless Security | 4GB | 30GB | Medium |
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| Malware Analysis | 8GB | 60GB | High |
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## Getting Started Checklist
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- [ ] Choose project based on learning objectives
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- [ ] Verify resource requirements against available hardware
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- [ ] Download necessary container templates
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||||
- [ ] Plan network topology and IP addressing
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||||
- [ ] Document configuration for reproducibility
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||||
- [ ] Set up monitoring and logging
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- [ ] Create backup/snapshot strategy
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