Training born in the field, not on slides. Years of real projects between silicon and cloud, distilled into a method for designing connected devices that stay secure across their whole life cycle.
Threat modeling and secure life cycle applied to real products, with real constraints: cost, time, hardware already chosen.
From the attacks that made IoT history to the lessons too many products still ignore.
ETSI EN 303 645, Cyber Resilience Act, EN 18031: the regulations that matter for the industrial IoT market, what they actually require and how to be prepared.
The whole Cyber Resilience Act in about fifty minutes, for the people who design, build and sell connected products. Six short modules, each with a downloadable tool you can use right away. No legal background required.
Go to the course on UdemyPurchase and access are handled by Udemy.
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The course is also available as a live version for development teams, with dedicated sessions and examples tailored to your product and sector.
Request a sessionThe method and style of the in-company course and the video course, previewed. Swipe to browse.
An attacker quietly alters the configuration of an industrial gateway. The equipment keeps running.
2017. The connected doll that listened to children, and to anyone else within Bluetooth range. Banned in Germany as an espionage device.
Training is the starting point. If you have a project under way, a regulatory requirement to deal with or a team that needs to work securely, write to me and we'll talk it through.