FPGA Monitoring & Validation System
An embedded solution for IEC-61850 GOOSE communication supervision, designed for real-time anomaly detection in FPGA-based power grid protection systems.
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Industrial Context
R&D project focused on FPGA-driven electrical grid protection. The objective was to design a lightweight monitoring module capable of analyzing IEC-61850 GOOSE frames in real-time within an embedded architecture.
System Architecture
The solution utilizes modular VHDL modules deployed on FPGA integrated with a Python-based validation framework. This setup enables automated test generation, verification, and technical report production.
Demonstration (Simulation Framework)
Python - Automated testbench generation and simulation framework
Hardware Validation Preview
System Architecture
- •Accelerated debug cycles for FPGA communication stacks
- •Reliable anomaly detection on GOOSE frames
- •Automated validation pipeline via Python
- •Minimal hardware footprint (<1% FPGA resources)