Experience

I design, develop, and deploy custom AI agents and AI solutions for client-specific use cases and internal business-process optimization.

My work includes autonomous agent ecosystems and meta-agents that configure and deploy other agents for customers, as well as continuous-learning customer-support agents backed by automated knowledge-update and learning pipelines.

I also engineer ad-hoc MCP tools and internal platforms for scalable agent configuration, orchestration, and lifecycle management. These systems are integrated into operational workflows through automation platforms such as n8n, with a focus on reliable, production-ready deployments.

Cross-Chain Extension of EVMLiSA and Access Control Checker

As part of my Master’s Degree internship at the University of Parma, I extended EVMLiSA to support cross-chain analysis, enabling vulnerability detection across multiple blockchain ecosystems and broadening the scope of the tool beyond single-chain environments.

I also designed and implemented a static checker for Access Control vulnerabilities, with a specific focus on Access Control Incompleteness in cross-chain bridge smart contracts, contributing to more robust and sound security analysis for emerging multi-chain architectures.

Teaching Assistant and Tutor for the “Fondamenti di Programmazione A + B” bachelor course in the Computer Science degree.

Development of EVMLiSA

Played an integral role in the development of EVMLiSA, a specialized component of LiSA (Library for Static Analysis), aimed at constructing complete Control‑Flow Graphs (CFGs) for Ethereum smart contracts. By leveraging these CFGs, orphan jumps are effectively resolved, enhancing the accuracy of the analysis. Through collaboration on the implementation of EVMLiSA, proficiency in software development and static analysis engineering was demonstrated, contributing to the advancement of tools for Ethereum blockchain analysis.

In‑depth study of static analysis and abstract interpretation

Initiated the internship with an intensive two‑month period dedicated to an in‑depth study of static analysis and abstract interpretation. This comprehensive exploration laid the foundation for subsequent contributions to the development of EVMLiSA.

Thoroughly study of design patterns for software development

Diligently delved into the study of design patterns and frameworks essential for professional software development, enriching skills and knowledge in creating robust and scalable software solutions.

Developed and implemented cutting‑edge management software for hospital facilities in the Lazio and Lombardia regions, streamlining operations and reducing administrative inefficiencies by 15%. Advanced new features within the Picasso and Mirth integration software, enhancing its capabilities and functionality.

Engineered a user‑friendly application for efficient management of diverse user profiles within a database. Enhanced security measures and optimized the existing system for improved performance. Designed an algorithm to construct a wizard‑style exam, streamlining the assessment process for a more user‑friendly experience.