Zerynth launches Industrial IoT APPs: no-code solutions for 4.0 machinery

PKI and machine identities are essential building blocks to digital trust as organizations accelerate their path to multi-cloud, zero-trust, and DevOps strategies. According to research from the Identity Defined Security Alliance, 2022 Trends in Securing Digital Identities, 98% of organizations indicated that they are experiencing a growth in identities with 43% attributing the growth to machine identities. Organizations are struggling with the expansion of identity types and specifically the expansion in the machine identity landscape, and the challenges are getting more complex.

IoT is being embraced by an increasingly diverse set of sectors and one which is reaping the benefits is the retail sector, specifically supermarkets and how they are using data in cold-chain (refrigeration) solutions. For this webinar, join Paul Edrich, CTO of IMS Evolve, who is helping major supermarket chains to manage billions of data points in real time to inform operational processes, reduce energy consumption and increase product quality.

As digital-centric scaling pursues solutions in 3D device architectures such as gate-all-around (GAA) transistors, most applications in new leading-edge growth markets such as Edge AI/ML, IoT, automotive and 5G mmWave demand post-bulk processing power and also next-generation analog and RF performance. This webinar is an overview of production-proven fully-depleted silicon-on-insulator (FD-SOI), the only post-bulk planar transistor technology. We will explain and demonstrate how FD-SOI delivers FinFET-like performance, excellent mismatch and noise characteristics and best-in-class Ft and Fmax required for energy-efficient mmWave applications.

IoT deployments cause constant security concern, due to their frequent use as attack vectors for bad actors to gain access to broader network resources. Traditional security measures relying on agents and software updates pose challenges to manage and control on always-on, open IoT devices.