M.S. in Advanced Technology | Telematics Engineer | AI & Security Researcher
Innovative engineer specialized in architecting intelligent systems that bridge the gap between Generative AI, Cyberdefense, and Decentralized Systems. I focus on building resilient, autonomous software environments using agentic workflows and advanced cryptographic standards.
| Domain | Tools & Technologies |
|---|---|
| AI & Automation | LangChain, CrewAI, Agentic Workflows, LLM Orchestration, Python (PyTorch/TensorFlow) |
| Cybersecurity | Metasploit, Burp Suite, Nmap, Wireshark, SDR (Software Defined Radio), Kali Linux |
| Web3 & Crypto | Smart Contract Auditing (Solidity), Post-Quantum Cryptography (PQC), EVM, Hardhat |
| Development | Python, Node.js, React Native, C++, TypeScript, SQL & NoSQL (MongoDB) |
| Infrastructure | Docker, Kubernetes, AWS/Azure/GCP, Linux Hardening (RHEL/Debian), UNIX OS |
(Research in collaboration with Mexican Space Agency & CIDEFAM)
The Challenge: Protecting critical Ku and Ka-band satellite links against electronic warfare and jamming in high-latency environments.
The AI Solution:
- Developed a Machine Learning-driven defense framework for real-time traffic analysis and anomaly detection.
- Implemented automated mitigation strategies to maintain link integrity during active interference.
- Key Outcome: Published research on dynamic anti-jamming strategies presented at WITCOM 2025.
The Challenge: Reducing operational overhead and manual technical reporting in complex software development lifecycles.
The AI Solution:
- Engineered a Multi-Agent Orchestration system using LangChain and Python to automate end-to-end technical auditing.
- Deployed agents capable of autonomous decision-making, API interaction, and self-correction for real-time problem solving.
- Key Outcome: Achieved a 40% reduction in manual task time for data extraction and reporting pipelines.
The Challenge: Auditing decentralized applications and preparing cryptographic standards for the threat of quantum computing.
Technical Details:
- Smart Contract Auditing: Performed deep-logic reviews to prevent Reentrancy, Front-running, and Flash Loan attacks.
- PQC Implementation: Experimental development of Lattice-based digital signatures for blockchain authentication.
- Node Hardening: Secured underlying blockchain infrastructure using containerized environments and WAF configurations.
- "Machine Learning-Driven Cyberdefense for Dynamic Anti-jamming Strategies in Ku and Ka Band Satellite Links" - WITCOM 2025
- "Design of a Scientific Experiment Aboard a 3U CubeSat for Pollutant Detection" - 31st IAA Symposium, Milan
- "Radiofrequency and optical satellite link budgeting calculator" - Journal of Physics (IOP Science)
- LinkedIn: alanrosasp
- Portfolio Email: contacto@codeaerospace.com
- GitHub: trimaxlan98
"Building the future of secure, autonomous intelligence."