Register Threat Modelling for Beginners With our speakers, IASME's Jason Blake and Secarma's Jennifer Williams. The exciting new series of monthly Zoom webinars continue on Thursday 28th September. Throughout 2023, we'll showcase the latest thought leadership on a range of topics so that you stay ahead of the curve on IoT security. With IoTSF's Chris
This session will cover the many challenges of managing the cyber security of a Smart Building across the various professionals who will oversee a small part of it over the lifecycle of the building.
Our monthly meetings are open to all. The IoTSF ManySecured WG is about leveraging the power of the crowd – working on open technical standards, specifications and finding solutions first and foremost. It is supporting the UKRI Digital Security by Design Challenge and the Secure Networking by Design (SNbD) project with the University of Oxford,
This in-person event is a great opportunity to connect with fellow IoT enthusiasts and professionals in an informal setting. Whether you’re a beginner or an expert in the field, this meeting offers a platform to share knowledge, discuss industry trends, and explore new ideas.
This session will cover the many challenges of managing the cyber security of a Smart Building across the various professionals who will oversee a small part of it over the lifecycle of the building.
IoT Security and PUFs – why are they not more popular? With our speaker, Shahram Mossayebi of Crypto Quantique In an era where IoT is reshaping industries and our daily lives, ensuring the security of IoT devices is paramount. One of the most intriguing yet relatively lesser-known technologies in this realm is Physical Unclonable Functions
Our monthly meetings are open to all. The IoTSF ManySecured WG is about leveraging the power of the crowd – working on open technical standards, specifications and finding solutions first and foremost. It is supporting the UKRI Digital Security by Design Challenge and the Secure Networking by Design (SNbD) project with the University of Oxford,