I specialize in networking, network automation, and security, building systems that measure, control, and analyze network behavior through automated experimentation.
Profile
Network and cybersecurity engineer focused on designing, automating, and securing networked systems. Experienced with low-level networking in C, Linux kernel traffic control, and Python-based automation for observability and performance analysis.
Graduated with highest honors from Institut Polytechnique de Paris (Master’s in Cybersecurity)
with prior industry experience in network operations, security monitoring, and automation.
Selected Work
Passive Identification of Active Queue Management Algorithms
Designed and implemented a research-grade framework capable of identifying the AQM
algorithm deployed on a bottleneck router using only end-to-end RTT traces.
Custom UDP traffic generation and RTT capture in C
Linux router configured with CoDel, FQ-CoDel, Cake, PIE, RED, FIFO, and FQ
Python-based automation, CoDel simulation, and Dynamic Time Warping classification
Achieved 87% classification accuracy in real-world network conditions
Implemented a high-performance arithmetic engine for computations in Galois Fields up to GF(2571),
enabling instant evaluation of non-trivial finite-field operations.
Supports large finite fields used in cryptography and error-correcting codes
Optimized algorithms for field arithmetic and exponentiation
Designed for correctness, performance, and numerical robustness