Matteo Ferrabone - Chief Technology Officer at WaterView

Matteo Ferrabone

Chief Technology Officer at WaterView

Turin, Piedmont, Italy

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Summary

👤

Senior

🎓

Top School

Matteo Ferrabone is a CTO and full-stack engineer with eight years of professional experience leading the development of AI-powered environmental monitoring systems at WaterView, where he turns surveillance cameras into portable, edge-deployable weather sensors. He architects scalable solutions that span embedded C/C++ firmware to Python and JavaScript cloud services, and routinely ships models and pipelines optimized for both smart cameras and on-prem/cloud deployments. His background in computational materials science and PhD-level research informs a methodical approach to algorithm design and high-performance computing, now applied to real-world IoT analytics. An active contributor to open-source—most notably improving CURVE authentication in pyzmq—he brings solid security and messaging expertise (ZeroMQ, MQTT) to distributed systems. Matteo combines hands-on firmware experience from medical automation with modern CI/CD, containerization, and time-series data stacks (Postgres/TimescaleDB), making him adept at moving prototypes into robust production.

8 years of coding experience

3 years of employment as a software developer

Maturità Scientifica, Maturità Scientifica at Liceo Scientifico

Laurea Magistrale, Materials science, quantum chemistry, Laurea Magistrale, Materials science, quantum chemistry at Università degli Studi di Torino

Elementary school

English, Spanish, German, French

Github Skills (8)

callback10

authentication10

user-authentication10

function-call10

zeromq10

python10

cython10

unit-testing9

Programming languages (5)

C++CJavaScriptMarkdownPython

Github contributions (5)

zeromq/pyzmq

Apr 2018 - Apr 2018

PyZMQ: Python bindings for zeromq

Role in this project:

Back-end Developer

Contributions:5 commits, 2 PRs, 4 comments in 6 days

Contributions summary:Matteo primarily contributed to the authentication mechanisms within the PyZMQ project. They implemented and refactored components related to CURVE authentication, introducing callback functions and provider classes for client key validation. These changes focused on improving the flexibility and security of the authentication process, with the addition of unit tests for the newly added authentication methods. The commits also involved refactoring and error handling in the authentication logic.

pythonzeromqpython-bindingspyzmqcython

waterviewsrl/IronDomo

Apr 2018 - Feb 2022

Contributions:4 releases, 71 commits, 52 pushes in 3 years 10 months

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