Concentration
Computer Networks & Security
INIT ▶ SECURITY SESSION
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01. About Me
I'm a security consultant with extensive experience helping organizations harden networks, applications, and cloud workloads against real‑world adversaries. My work blends offensive testing with pragmatic defense—threat modeling, secure architecture, and measurable risk reduction.
I'm currently pursuing an M.S. in Computer Science at Stanford, concentrating in Computer Networks and Security.I also serve as Co‑President of the Computer Science Student Council at Stanford. I'm also exploring AI red teaming—systematically probing models and agentic systems to surface novel risks, jailbreaks, prompt‑injection paths, data‑exfiltration vectors, and model‑supply‑chain weaknesses before they're exploited.
Core strengths:
Segmentation, hardening, zero‑trust, cloud posture.
Secure SDLC, application and API security, mobile and web, vulnerability remediation.
Security architecture reviews and threat modeling reducing risk.
Adversary emulation, penetration testing, and vulnerability validation to uplift controls.
Governance, risk and compliance with developer-friendly guardrails and automation.
AI red teaming: prompt injection, jailbreaks, model abuse and emergent risk surfacing.
Hover or focus a capability to see details.
Professional Experience
At Deloitte, I led security architecture reviews across web, mobile, cloud, and enterprise networks and partnered with DevOps to bake security into CI/CD. I built automation to map API and cloud attack surfaces, delivered penetration testing and network assessments aligned to NIST/COBIT/ASVS, and drove security audits and risk assessments alongside ISO 27001/22301/PCI DSS and SOC reporting—elevating security posture and compliance readiness.
At Fidelity Bank, I strengthened enterprise networks through segmentation and performance hardening, and built Bash/Python playbooks to automate diagnostics and remediation. I led API security and penetration testing, partnered with developers to embed secure frameworks, defensive coding, and rate‑limiting, and ran institution‑wide vulnerability management with actionable risk reporting. I also executed resilience and stress exercises on critical systems to validate availability and fortify business continuity.
At Inveteck Global, I ran end‑to‑end vulnerability management and penetration testing across diverse client environments, coordinating remediation to harden servers and services. I built hands‑on security training modules and labs—including a CTF platform with vulnerable APIs—to upskill developers and embed secure coding and controls (access, segmentation, encryption) in new applications. I also automated triage by scripting log parsing, and conducted security research to identify emerging vulnerabilities with proof‑of‑concepts and actionable recommendations.
Education
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2025
M.S. in Computer Science @ Stanford University 2024 — Present -
2017
B.S. in Computer Engineering @ KNUST 2017 — 2021 Honors
First Class Degree
Research Experience
Graduate Research Assistant
@ Stanford — Empirical Security Research Group (ESRG)
Oct 2024 — Present
At Stanford's ESRG, I'm engaged in a systematic analysis of government issued enterprise‑security guidance across 41 countries, measuring availability, coverage, and cross‑country consistency. We derive coverage density and consensus scores to define "essential" guidance and help organizations prioritize controls for multinational compliance, based on our security taxonomy.
Publications
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A First Look at Governments' Enterprise Security Guidance
USENIX Security Symposium, August 2025PDF
Selected Projects
Open Source
Open Source
Open Source
Open Source
Leadership & Volunteering
Co-President
@ Stanford Computer Science Student Council
President
@ KNUST Association of Computer Engineering Students
Undergraduate Representative
@ KNUST Comp & Elec. Faculty Board
Co-founder
@ African Cyber Experience
Student Information Security Consultant
@ Stanford Security Clinic
Senate Member
@ Ghana Engineering Students Association - Senate