IoTSF Webinar

Webinar

In this presentation, Toby Wilmington, CEO of qomodo will introduce us to the Extended Internet of Things (XIoT) and share their recent analysis on the evolving threat landscape of these interconnected technologies.

ManySecured WG online meeting

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

ManySecured WG online meeting

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

ManySecured WG online meeting

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

ManySecured WG online meeting

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

ManySecured WG online meeting

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