In recent years, nanoelectronics have been slowly shifting away from the traditional silicon-based von-Neumann architecture.
In particular, not only non-planar integration concepts have become more and more common,
but also a plethora of emerging post-CMOS nanomaterials, ranging from carbon nanotubes and graphene to memristors,
have been introduced in the design process of modern nanoelectronics.
At the same time, even the traditional CMOS-based semiconductor manufacturing process is moving towards 2nm transistors.
In general, novel nanoelectronics are striving to allow for further miniaturization, increased performance, decreased energy consumption,
and the implementation of more functionality.
Novel nanomaterials enable the implementation of advanced and more efficient computer components and peripherals, e.g.,
non-volatile computer memories (ReRAM and others), and advanced sensors, while at the same time allowing for their integration into
conventional CMOS-based systems, in a symbiotic manner, creating hybrid devices that no longer fully adhere to the von-Neumann architecture.
New computing paradigms are being developed facilitating these developments, in the form of neuromorphic and quantum computing,
and collaborative, multi-layered systems of systems become the new norm, for example in the framework of the Internet of Things,
cyber-physical systems, and the capabilities of machine learning and other artificial intelligence systems.
Within this context, new opportunities and challenges arise especially with regard to applications related to security and artificial intelligence.
In the First Workshop on State-of-the-Art Nanoelectronics in the Framework of Security and Artificial Intelligence (NanoSecAI 2023), we aim to examine the hardware side of these developments, by exploring the interaction between novel and conventional
state-of-the-art nanodevices, on the one side, and the concepts of security and artificial intelligence, on the other side.
In particular, we focus on the potential of state-of-the-art nanoelectronics to offer more secure and more intelligent applications and systems,
on groundbreaking threats, risks, and attacks introduced by their utilisation, as well as advanced artificial intelligence systems either
implemented using such nanoelectronics or employed to facilitate their design, integration, adoption, and/or use.
Welcome to the webpage of the First Workshop on State-of-the-Art Nanoelectronics in the Framework of Security and Artificial Intelligence (NanoSecAI 2023). Forming part of the 2023 IEEE COINS conference, NanoSecAI brings together experts in Nanomaterials, Security, Nanoelectronics, and Artificial Intelligence (AI). Please see our call for papers for further details. The organizing committee will be delighted to see you in Berlin either virtually or physically.