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Arm defines the pervasive computing that's shaping today's connected world. Realized in 160+ billion silicon chips, our device architectures orchestrate the performance of the technology that's transforming our lives - from smartphones to supercomputers, from medical instruments to agricultural sensors, and from base stations to servers.

Voice-enabled IoT devices, everywhere

Following the success of Voice Assistant over Smart Speaker, a new breed of voice-enable devices are services are being developed which will enable massive dissemination of voice activation services, everywhere. Smart home, smart health and Industrial applications are some of the first that will benefit with deployment through smart home appliances, health assistants and smart manufacturing. This talk goes through a case study of a constrained IoT voice assistant implementation on an ultra low power, lost cost device. It describes the hardware and software functional blocks that is needed in order to perform voice recognition in harsh audio environments. It shows the benchmarks of analog front end processing and Keyword Spotting in the system. It explains the communication and security services integration, from the root of trust to cloud communication. Finally, it analyses what the future of voice and accompanying services and devices will look like what solutions will be needed.

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How to get started with Arm Cortex-M55 software development

IoT and embedded developers can take advantage of an unprecedented uplift in energy-efficient machine learning and signal processing performance for next-generation voice, vision or vibration use cases with Arm's latest endpoint AI technologies; The Cortex-M55 processor, Arm's most AI-capable Cortex-M processor and the Ethos-U55, the industry's first micro neural microprocessor (microNPU) that's designed to work with Cortex-M processors.

These technologies can be developed in a unified software toolchain for the simplest and fastest development path for AI. Join this talk to be one the first to get started today to write optimized code for the exciting features these processors bring.

This talk will be a hands-on demo of the development flow available with Arm tools and will cover:

  • New architectural features of the Cortex-M55 processor
  • How to benchmark an application using Cycle Model
  • How to run the application on an FPGA prototyping board
  • How to optimize your code with Keil MDK debug features

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How to Rapidly Develop IoT devices with Arm and AWS

Arm Cortex-M processors have been shipped in more than 45 billion chips for a vast range of applications, from industrial sensors to wearables. This growth has exploded more so in the last few years due to the significant rise in connected products for diverse markets. AWS IoT provides broad and deep functionality, spanning the edge to the cloud, so customers can build IoT solutions for virtually any use case across a wide range of devices. With designers of IoT applications under extraordinary pressure to build innovative solutions quickly, affordably, and satisfy many design requirements, how can the IoT continue to scale across a growing number of use cases? The talk provides a tour of a simple path to developing secure Cortex-M based IoT devices with Arm and AWS, and how together, the collaboration provides choice and scalability for IoT developers.

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Computer Vision on Arm

Computer vision, a type of artificial intelligence, enables computers to interpret and analyze the visual world, simulating the way humans see and understand their environment. Watch this video to learn more about computer vision for IoT applications, with an end-to-end proof-of-concept powered by Arm Cortex-A72, Ethos-N57 and Mali-C52 processors, and using the Arm NN software library.

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Five considerations when building secure IoT devices

The ongoing Internet of Things (IoT) revolution is bringing online billions of devices, from fridges to traffic lights, connected and controllable from afar. Industry verticals like Utilities, Telecom, and other service providers encounter increasing security regulations, and a need to automate field equipment reading, billing, and service status updates.

Industry adoption of IoT is going to grow. For example, it is expected that there would be more than 2.5 Billion IoT devices in Power and Energy vertical by 2023. These IoT deployments are a growing target for cybercriminals; exposing individuals, their data and their privacy to risk if security is left unaddressed.  For example, 250,000 peoplein Ukraine were left without power when attackers used “Crash Override” malware to take control of power gridresulting in a shut down of 30 power substations. As a result, industries that deploy IoT will demand security that is integral to the devices and manageable through remote device management.

For device makers, this market trend underscores the need to ‘design in’ security into the devices.For example, an IoT device that has secure root of trust, remote authentication, over-the-air software patching capabilities, and other features that proactively mitigate security vulnerabilities. In order to minimize threats at each stage of a IoT device’s life cycle and to ensure security in every IoT deployment, we need to answer following key questions,

  • How to efficiently store the secrets such as device keys?
  • How to create secure processing environment for tiny IoT sensors?
  • How to ensure the data I communicate between the device and the cloud is private?
  • How to track abnormal behaviour of the device when it is compromised?
  • How to securely update the firmware of a device?

This session will present these considerations to help you identify the best approach to secure your devices for scalable IoT.

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