Security Researcher VPS - Isolated Offshore Lab Infrastructure

A security research VPS needs specific capabilities: **Snapshot management**: Take snapshots before running potentially malicious code. If malware escapes containment, restore from clean snapshot in minutes. **Network isolation**: Configure UFW to allow only specific outbound connections during malware analysis. Malware trying to phone home is contained. **Cuckoo Sandbox**: Automated malware analysis: ```bash pip install cuckoo cuckoo init cuckoo web runserver 0.0.0.0:8080 ``` Submit malware samples, Cuckoo runs them in an isolated VM, reports on behavior, network connections, file system changes, and API calls. **YARA**: Malware pattern matching: ```bash apt install yara -y # Write rules, scan directories: yara -r /etc/yara/rules/ /suspect/directory/ ``` **Volatility**: Memory forensics for analyzing memory dumps from infected systems. Requires large RAM VPS (16-32GB).

Honeypots attract and document attacker behavior. Running honeypots on a VPS with an intentionally exposed attack surface reveals current threat actor TTPs. T-Pot (comprehensive honeypot platform): ```bash git clone https://github.com/telekom-security/tpotce.git cd tpotce && ./install.sh ``` T-Pot includes: Cowrie (SSH/Telnet honeypot), Dionaea (malware samples), Honeytrap (generic TCP honeypot), and a Kibana dashboard visualizing attack patterns. Data from honeypots: attacker IPs, payloads, credential brute-force attempts, and malware samples. This threat intelligence feeds into security research and can be shared with the security community. Your VPS IP will be targeted heavily once honeypots are running. This is expected and desired for research. Configure monitoring to capture data without being overwhelmed.