I am a PhD student in Advanced Computing at Morgan State University. My research focuses on systems security, quantum-backed trust services, zero-trust orchestration, and secure distributed systems.
My current research investigates how entropy, keys, and attestation artifacts can be modeled as explicit resources in distributed systems. The goal is to support zero-trust orchestration for TEE-based systems using measurable trust services.
QEaaS exposes hardware-backed entropy through secure APIs for legacy and resource-constrained devices. The system evaluates throughput, latency, entropy freshness, and trust-service behavior under concurrent workloads.
QTPM integrates QRNG-backed entropy with software TPM functionality, supporting stronger cryptographic workflows for IoT and distributed systems.
I teach Python programming and computer architecture, including object-oriented programming, pipelines, memory hierarchy, RISC-V, and systems-level debugging.
Secure entropy service integrating QRNG-backed randomness with API authentication, replay protection, and benchmarking.
Backend API with JWT authentication, role-based access control, PostgreSQL persistence, Docker deployment, and benchmarking workflows.
I am interested in systems security, confidential computing, distributed systems, and applied cryptography collaborations.