AUGUST 2026 – PRESENT
CACTUS ROGERS SECURITY SCANNER
Automated Vulnerability & Network Security Assessment Engine
01 // PROJECT_SUMMARY
Engineered an automated network security scanner designed to perform vulnerability detection, open port enumeration, SSL/TLS weakness auditing, and service misconfiguration analysis across subnets.
PythonNmapSocketsSecurity AuditingVulnerability ScanningNetwork Protocols
02 // STRIDE_THREAT_MODELING_LOGS
| THREAT_CATEGORY | EXPLOIT_VECTOR | MITIGATION_STRATEGY |
|---|---|---|
| Unauthenticated Reconnaissance | Exposed network interfaces allow unauthorized external mapping of critical internal services. | Automate continuous external perimeter scanning and flag unauthorized listening ports instantly. |
| Weak TLS Cipher Suites | Legacy TLS 1.0/1.1 protocols expose encrypted web communications to Man-In-The-Middle (MITM) interception. | Enforce TLS 1.3 only and audit certificate expiration dates automatically during scan routines. |
03 // ARCHITECTURAL_SANDBOX_SCHEMAS
FILE_DUMP // DIAGRAM_NODES.LOG
- Core Scanner Engine: Multi-threaded Python socket & Nmap integration layer.
- Payload Module: Custom vulnerability signatures for HTTP, SSH, FTP, and SMB services.
- Reporter: Generates structured JSON and HTML executive security assessment reports.
04 // ARCHITECTURE_LESSONS
- Parallelizing socket connections requires careful rate-limiting to maintain accurate scan results across large IP ranges.
- Parsing raw banner grabs reliably requires fallback handling for custom network daemon responses.
05 // TARGET_OUTCOMES
- Reduced initial security assessment scan times by 65% for lab network environments.
- Automated recurring vulnerability identification before staging code deployments.