Pirelli's attack surface is sprawling by design: 18 factories across 12 countries, supply chain integrations with premium automakers, and an R&D operation staffed by 2,000 professionals holding more than 5,900 active patents. The threat model for a manufacturer this embedded in automotive infrastructure - where tire-mounted sensors and connected vehicle ecosystems converge - extends well beyond traditional OT/IT segmentation. Securing proprietary compounds, manufacturing IP, and the data pipelines between factory floors and over 160 global markets is the operational reality.
The company, founded in Milan in 1872, builds high-performance tires for cars, motorcycles, and bicycles, with a heavy emphasis on the premium and motorsport segments, including Formula 1. Over 5% of revenues from high-value products flow back into R&D, which means the intellectual property under protection isn't static - it's a constantly expanding surface of patents, material science data, and bespoke engineering specs tailored to prestige manufacturers. This is a domain where a compromised CAD file or a manipulated sensor feed carries real consequences.
Cybersecurity roles here sit at the intersection of industrial control systems, manufacturing execution environments, and the broader digital transformation of a legacy Italian industrial firm. The culture prizes craftsmanship and precision - expect that same expectation applied to security engineering. If you're looking to defend infrastructure where the physics are real and the adversaries are increasingly interested in automotive supply chains, this is a concrete operational environment to do it in.
