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UPCOMING SESSIONS

IoT Data and Device Interoperability with TIPPSS for Precision Agriculture

There is a surge in common cyber threats in the food and agriculture sector with potential consequences including compromised food safety and disrupted supply chains. The increasing use of IoTs, digitization, and the pursuit of connected systems in agriculture make it a highly appetizing target. In the agriculture sector, IoT devices are not just fixed and stationary. They can be utilized in drones, autonomous tractors, and other mobile crop monitoring devices, making them that much more vulnerable.

The IEEE P2933 TIPPSS architecture framework for IoTs can support a safer, more secure, and interoperable network of IoTs from the ground through to the table. This workshop will bring together professionals from technology development and manufacturing, farm and agribusiness operations, regulatory and government, and other related stakeholders to understand the needs for TIPPSS for sensors and IoTs used in monitoring and managing the food supply chain and collaborate to develop the use case requirements. 

IoT Data and Device Interoperability with TIPPSS for Connected Vehicles

With the integration of sophisticated technologies and increased data connectivity, the value of a car is no longer confined to just transportation - it is also a hub of personal and operational data. This change naturally leads to cybersecurity challenges from remote hacking, to breach of data privacy, and potential physical safety concerns as operational functions of a vehicle are highly vulnerable. Automotive manufacturers will need to be compliant with cybersecurity approaches as connectivity and risk are expected growth in connected vehicles, including over the internet software updates and vehicle-to-vehicle communication. 

Making IoTs interoperable, secure and private can be achieved using the framework of the existing IEEE P2933- Draft Standard for Clinical Internet of Things (IoT) Data and Device Interoperability with TIPPSS – Trust, Identity, Privacy, Protection, Safety, Security. The synergies that exist between connected health technologies and connected vehicles enable the ability to leverage the framework of IEEE P2933 to enable automotive manufacturers and technology developers to embrace both privacy and security by design from the onset while maintaining compliance in cybersecurity.  This workshop will bring together professionals from technology developers in software, firmware, and devices; automotive manufacturing, regulatory, researchers and other related stakeholders to understand the needs for TIPPSS for IoTs in connected vehicles and the related use case requirements. 

IoT Data and Device Interoperability with TIPPSS for Transactive Energy in Smart Grids

IoT architecture enables interoperability of Transactive Energy (TE), which involves more and more individual prosumers, such as buildings, homes, and electronic vehicles (EVs). Smart grids are mostly IoT-based within a network that consists of infrastructure, hardware, and software solutions. The smart grid involves many two-way interactions between all the elements and system participants thereby making it highly vulnerable to cyber-attacks, data privacy issues and overall network vulnerability.

The energy sector can benefit from utilizing the IEEE P2933- Draft Standard for Clinical Internet of Things (IoT) Data and Device Interoperability with TIPPSS – Trust, Identity, Privacy, Protection, Safety, Security - as a framework for the connected smart grid network. This workshop will bring together professionals from technology development (software and hardware), energy providers, regulatory, researchers and other related stakeholders to understand the needs for TIPPSS for IoTs used in transactive energy for smart grid networks to collaborate on the development of the use case requirements. 

ABOUT THE GLOBAL CONNECTED HEALTHCARE CYBERSECURITY WORKSHOP SERIES

The Global Connected Healthcare Cybersecurity (GCHC) Workshop Series started in 2021 to explore the challenges and potential solutions to improve security, privacy, and safety in global healthcare with the increased connectivity of devices, humans, and data.

Clinical IoT Data and Device Interoperability with TIPPSS for Remote Subject Monitoring in Clinical Trials

Making clinical grade IoTs interoperable using the framework of the existing IEEE P2933- Draft Standard for Clinical Internet of Things (IoT) Data and Device Interoperability with TIPPSS – Trust, Identity, Privacy, Protection, Safety, Security for hospital-at-home clinical care options. We will explore the synergies that exist between the standard healthcare system and clinical research following patient-centric approaches, considering how to apply and leverage the framework of the IEEE P2933 to enable Decentralized Clinical Trials (DCTs) as a care option using Hospital-at-Home and local healthcare providers approaches. This workshop will bring together professionals from technology development and manufacturing, clinical research and trial operations, regulatory and government and other related stakeholders to understand the needs for TIPPSS for wearables and sensors used in remote subject monitoring to collaborate to develop the use case requirements.