___ ___ ___ _ _ ___ ___ _ _ _____ __ __ _ _ _ _ ___ _ ___
| _ \ __/ __| | | |/ __| __| \| |_ _| | \/ | | | | \| |/ __| /_\ |_ _|
| / _|\__ \ |_| | (__| _|| .` | | | | |\/| | |_| | .` | (_ |/ _ \ | |
|_|_\___|___/\___/ \___|___|_|\_| |_| |_| |_|\___/|_|\_|\___/_/ \_\___|
.---.
/ \
| () () | [ SYSTEM STATUS: ONLINE ]
\ - / [ LOCATION: NAIROBI, KE ]
.-'`-`'-. [ ARCH: AI SECURITY / MCP TOOLING ]
/ \___/ \
/ /| |\ \
(_/ |_____| \_)
identity:
name: "Vincent Wachira Mungai"
role: "AI Security Engineer & LLM Systems Developer"
focus: "Adversarial AI security, MCP server development, LLM safety engineering"
core_philosophy: "Understand the attack surface. Design around it anyway." LLM Safety Frameworks ━━ [ Prompt injection detection, jailbreak research, guardrail design ]
Adversarial Research ━━ [ Bug bounty — HackerOne · Intigriti · Bugcrowd ]
Python / FastAPI ━━ [ LLM wrappers, safety pipelines, REST APIs ]
Security Tooling ━━ [ Burp Suite, Metasploit, SQLMap, Nmap, Gobuster, Kali Linux ]
MCP Servers ━━ [ Model Context Protocol, tool definitions, resource & prompt handlers ]
API Design ━━ [ REST design patterns, auth flows, webhook pipelines, rate limiting ]
AI Pipelines ━━ [ Claude API, streaming, tool use, multi-agent patterns ]
Backend Infra ━━ [ FastAPI, Supabase, Vercel edge functions, async Python ]
Astro.js / Next.js ━━ [ Static & server-rendered apps, edge-deployed ]
React / TypeScript ━━ [ Component architecture, hooks, state patterns ]
GSAP / Tailwind ━━ [ Motion design, responsive UI systems ]
Systems ━━ [ Linux (Kali, Ubuntu), TCP/IP, VLANs, OSPF, ACLs, firewalls ]
Cloud ━━ [ Vercel, Cloudflare, Git, Supabase ]
$ cat current_initiatives.json
{
"focus": "LLM safety frameworks & adversarial AI security research",
"building": ["MCP server integrations", "AI security tooling", "LLM guardrail systems"],
"exploring": ["Prompt injection defenses", "Agent security patterns", "Mechanistic interpretability"],
"academic": "B.Sc. Information Technology @ Mount Kenya University",
"open_to": ["AI security research", "MCP tool development", "LLM safety engineering"]
} ┌────────────────────────────────────────────────────────┐
│ "The best way to secure a system is to understand │
│ exactly how you would break it." │
└────────────────────────────────────────────────────────┘