New end-to-end tool suite for any Arm-based project

In the past, debugging was all about run/stop debuggers and instruction trace. However, in complex embedded applications, it can be difficult to find the root cause of reduced performance or incorrect program operation without knowing where to place breakpoints or triggers. Trace ports are often unavailable on today's increasingly fast and highly integrated devices, and run/stop debugging may interfere with real-time applications.

On Arm Cortex-M systems, you can use event annotations to analyze the dynamic operation of your software with a standard debug probe. This is supported for all Cortex-M devices and doesn't require a trace port. It does not halt the target system and has minimal overhead.

Several software stacks and RTOS kernels have already hooks for event annotations. Applications that use such software components are easier to develop as incorrect usage can be identified faster.

Event Recorder (Arm Keil MDK) with Tracealyzer and DevAlert (Percepio) make it easy to detect any issues and analyze the dynamic operation of the software via the standard Cortex-M debug access port.

Join our webinar to learn more about how to:
- Identify sporadic anomalies to prevent reduced system performance or functional product defects using advanced data visualization and analytics
- Verify systems after code modification and before final release
- Run remote diagnosis during development
- Analyze deployed IoT devices to continuously improve product life cycle

Register for this joint webinar, presented by Reinhard Keil (Arm) and Johan Kraft (Percepio) to learn more about how the software development solutions of Arm Keil and Percepio facilitates debugging and monitoring of Arm Cortex-M microcontrollers.

Webinar 2: From Complicated and Costly to Out-of-the-Box and Easy
Join experts from Vodafone, Flex, Atos, Cypress (An Infineon Technologies Company), Altair Semiconductor, Arm and The Economist to learn more.

The current crisis is showing us the importance of precise and reliable data. It has highlighted how thinking it's obvious what's in a box marked 'PPE' and being certain of its contents can be at odds. How vital it is to track production line operations in real-time when stoppages cannot be tolerated, and how data-driven processes across any system can be fine-tuned when every element of the system is connected and manageable. It's not a test anyone wanted to see but we are now seeing the true potential of a global IoT, and the data-driven insight and actions it can enable.

But driving a pervasive IoT to take connected industries, businesses and people to the next level of value and control is not simply a case of deploying more devices. Considerations such as clearly defined objectives, security, component interoperability, speed to market and turnkey vs tailored solutions are all areas that must be tackled before embarking on a commercial IoT journey.

Join two webinars with industry experts at the cutting edge of IoT evolution debating what they think happens next. How they imagine the vision of a Hyperscale IoT can become a reality.

Hear how costs are being driven out of IoT deployments with new connectivity tools and ways to speed time to market while reducing materials bills. How IoT can become an affordable and easy option for all.

Panelists:

Mobile Network Operator Vodafone's Head of IoT Strategy, Phil Skipper

IoT system integrators Atos's IoT Solution Architect Brian Russell

Semiconductor company Altair's Head of Security Technology Avishay Shraga

Arm's General Manager of its Pelion IoT Platform Hima Mukkamala

The Economist Intelligence Unit's Editorial Director Pete Swabey

With panel moderator Bob O'Donnell from analyst firm TECHnalysis

Webinar 1: Managed IoT Devices with simple security, efficiency and AI
Join experts from Vodafone, Flex, Atos, Cypress (An Infineon Technologies Company), Altair Semiconductor, Arm and The Economist to learn more.

The current crisis is showing us the importance of precise and reliable data. It has highlighted how thinking it's obvious what's in a box marked 'PPE' and being certain of its contents can be at odds. How vital it is to track production line operations in real-time when stoppages cannot be tolerated, and how data-driven processes across any system can be fine-tuned when every element of the system is connected and manageable. It's not a test anyone wanted to see but we are now seeing the true potential of a global IoT, and the data-driven insight and actions it can enable.

But driving a pervasive IoT to take connected industries, businesses and people to the next level of value and control is not simply a case of deploying more devices. Considerations such as clearly defined objectives, security, component interoperability, speed to market and turnkey vs tailored solutions are all areas that must be tackled before embarking on a commercial IoT journey.

Join two webinars with industry experts at the cutting edge of IoT evolution debating what they think happens next. How they imagine the vision of a Hyperscale IoT can become a reality.

Hear about the compute curve is driving up the potential for IoT but how opportunities must be weighed against the need to protect system value through choices made at the outset of any IoT deployment.

Panelists:

Global device maker Flex's Senior Director of Connectivity Dr. Juan Nogueira-Nine

Senior Director of Embedded Products Jack Ogawa, Cypress, An Infineon Technologies Company

Arm’s VP/GM of the Devices IoT Platform BU Charlene Marini

The Economist Intelligence Unit's Editorial Director Pete Swabey

With panel moderator Bob O'Donnell from analyst firm TECHnalysis

Arm Scalable Vector Extension (SVE) is an instruction set for the Arm v8-A architecture that introduces customized features for improving High Performance Computing (HPC), including vectorization and increased floating point performance. This webinar presents the main concepts of SVE, showing how your applications can benefit from it and how easily you can port your code – even before getting access to an SVE based processor. We’ll also provide tips on how to optimize and evaluate the benefits of different vector widths.
In this webinar, Florent Lebeau, Solutions Architect from Arm, will demonstrate how to:
• Compile applications for SVE
• Run SVE applications on non-SVE hardware while you wait for processor availability
• Analyze SVE applications to tune for maximum performance

AI on Arm Partner Webinar
Qeexo and Arm IP Teach You How to Automatically Build Machine Learning Solutions for Embedded Devices with Qeexo AutoML

See how easy it is to automate "tinyML" machine learning development for sensor modules with Arm Cortex-M-0-to-M-4 microprocessors – without having to write a single line of code! Qeexo's automated, end-to-end AutoML platform enables engineers, data scientists, and product managers to build multiple machine learning models in under 5 minutes.

In this workshop-style webinar, we will:
• Give an overview of the benefits & challenges of doing machine learning at the Edge
• Walk attendees through the installation and setup of Qeexo AutoML. (Please come with a Windows or Mac laptop with the Google Chrome browser installed.)
• Demo the simple data collection and visualization with our Qeexo AutoML interface
• Build multiple machine learning models and deploy them to an Arm Cortex-M4-powered sensor module for live-testing with just a few clicks

For a limited time, you can sign up at https://automl.qeexo.com, for a FREE “Bronze” package where you can upload or collect datasets and automatically build lightweight machine learning models that can be deployed to, and tested on, select Arm Cortex-M4-powered
sensor modules.

Demystifying IoT Device Management: Laying a Strategic Foundation for IoT Success at Scale

The Internet of Things’ (IoT) potential is vast, but there are multiple challenges as companies move from planning to extensive deployment. Mastering the complexity and risk of deploying and managing an IoT device estate is daunting, even for digitally astute organizations. The key to unlocking success is to have a robust strategy from the start, with detailed consideration of elements such as device and data management, security, deployment flexibility and how to scale effectively.

Set your IoT project on the fast-track to success by attending Arm’s virtual seminar, where partner, Mobica will join us. Together, we will demystify the decision-making process for IoT device management and discuss ways you can build a secure, scalable, and sustainable device estate.

Who should attend?
This seminar is designed specifically for technical and operational managers and leaders responsible for delivering IoT project outcomes. If you are making decisions that will determine your organization's IoT destiny for years to come, you need to hear from the experts in embedded silicon.

Arm-based chip technology has so far powered 160 billion devices, and it is the world’s most deployed compute architecture. The Arm Pelion IoT Device Management service is widely adopted across consumer, business, and industrial markets. Mobica is a leading global software services company offering custom software engineering.

This virtual seminar is structured as a series of standalone quickfire sessions and will cover topics such as:
• Design considerations & trade-offs
• Security implications and best-practice
• Why life cycle device management is for life
• How solution agility makes all the difference

There is another time slot for our EMEA audience available here: https://www.brighttalk.com/webcast/17792/398734

Demystifying IoT Device Management: Laying a Strategic Foundation for IoT Success at Scale

The Internet of Things’ (IoT) potential is vast, but there are multiple challenges as companies move from planning to extensive deployment. Mastering the complexity and risk of deploying and managing an IoT device estate is daunting, even for digitally astute organizations. The key to unlocking success is to have a robust strategy from the start, with detailed consideration of elements such as device and data management, security, deployment flexibility and how to scale effectively.

Set your IoT project on the fast-track to success by attending Arm’s virtual seminar, where partner, Mobica will join us. Together, we will demystify the decision-making process for IoT device management and discuss ways you can build a secure, scalable, and sustainable device estate.

Who should attend?
This seminar is designed specifically for technical and operational managers and leaders responsible for delivering IoT project outcomes. If you are making decisions that will determine your organization's IoT destiny for years to come, you need to hear from the experts in embedded silicon.

Arm-based chip technology has so far powered 160 billion devices, and it is the world’s most deployed compute architecture. The Arm Pelion IoT Device Management service is widely adopted across consumer, business, and industrial markets. Mobica is a leading global software services company offering custom software engineering.

This virtual seminar is structured as a series of standalone quickfire sessions and will cover topics such as:
• Design considerations & trade-offs
• Security implications and best-practice
• Why life cycle device management is for life
• How solution agility makes all the difference

There is another time slot for our US audience available here: https://www.brighttalk.com/webcast/17792/398736

The recent Forrester Research report on the total economic impact of IoT connectivity management showed clearly that connectivity is critical for IoT success.

For many enterprises, measuring ROI is still a struggle for enterprises looking to prove the value of IoT. Forrester found that a reliable IoT Connectivity Management Platform (CMP) offered a 40% reduction in management effort, with massive savings on labor costs. In addition, advanced features such as automated customer management provided businesses with a powerful tool to control their data charges. Forrester concluded that enterprises can expect to see a 422% ROI when adopting a CMP, with payback period of less than 12 months.

Join Forrester and Arm as we discuss:
• How an IoT Connectivity Management Platform can reduce labor costs
• Which features to look for in your chosen platform to provide data savings
• Additional benefits provided by IoT Connectivity Management, including flexibility, technical expertise and improved customer experience

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
• 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 webinar to be one the first to get started today to write optimized code for the exciting features these processors bring.

This webinar 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

Analysys Mason & Arm discuss the importance of IoT Device Management and the key considerations when selecting a solution. Learn how the right device management solution can accelerate time-to-product, enhance security, deliver significant operational efficiencies, and extend device life.

We will demonstrate how diverse, global estates can be managed effectively, regardless of device type, location, or IoT application.

This webinar will provide valuable insight and tangible help to IT, Digital Transformation, and Line-of-Business leaders tasked with delivering IoT-based value to their organisation.

Some of the key topics to be covered in the webinar discussion include:

- The importance of device management in the IoT solution
- Key considerations when selecting an IoT device management service
- Why choosing the right IoT device management service can help drive efficiencies and enhance security
- How Pelion Device Management provides a broad range of features to support secure and scalable IoT

Software development is an ongoing compromise between good, fast and cheap. With code size exploding exponentially, the complexity of software is rapidly growing year by year. This can lead to project delays, poorer quality and frustrated engineers. Developing software for embedded targets, where the development and production environments are different, adds to the challenges.

Continuous integration stands out as a best-practice methodology for embedded software developers. By applying its principles, teams can create efficient code development flows with easily and reliably verifiable code health and implement efficient safety-certified development processes.

In this webinar, Arm experts will take you through:
- How to create more efficient embedded development flow with CI
- How to plan the setup of the CI flow stages
- Best practices and use cases
- Resources to get started

IoT allows businesses to extract data from devices to empower better decision-making.
Pelion Device Management is already being used by device makers to rapidly create innovative IoT products and collect crucial data from devices under management. The next step in solution evolution is to maximise the value through data insights.

In this webinar, we will explain how automation platforms can harness the data from Pelion Device Management to drive automated business decisions and process workflows. We will explore one such integration, developed by Waylay, which uses rules engines to accelerate the path to greater efficiency.

As the IoT intersects with artificial intelligence (AI) advancements and the rollout of 5G,
more on-device intelligence means that smaller, cost-sensitive devices can be smarter and
more capable. They also benefit from greater privacy and reliability due to less reliance on
the cloud or internet. By delivering this intelligence on microcontrollers designed securely
from the ground up, Arm is reducing silicon and development costs and speeding up time
to market for product manufacturers looking to enhance signal processing and
machine learning (ML) capabilities on-device.

Watch this technical webinar for a deep dive into Arm’s recently announced endpoint AI technology, which include the Cortex-M55 and Ethos-U55 processors with the supporting Corstone-300 reference design for faster system-on-chip (SoC) implementation.

This webinar will cover:
- Features of the new Cortex-M55 processor, Arm’s most AI-capable Cortex-M processor and the first to feature Arm Helium vector processing technology
- Features of the Ethos-U55 microNPU (neural processing unit), the industry’s first microNPU designed to accelerate ML performance
- Performance numbers achieved with this new IP, specifically for voice applications
- How this IP, with the Corstone-300 reference design, can be integrated into an SoC faster and more securely

IoT allows businesses to extract data from devices to empower better decision-making.
Pelion Device Management is already being used by device makers to rapidly create innovative IoT products and collect crucial data from devices under management. The next step in solution evolution is to maximise the value through data insights.

In this webinar, we will explain how automation platforms can harness the data from Pelion Device Management to drive automated business decisions and process workflows. We will explore one such integration, developed by Waylay, which uses rules engines to accelerate the path to greater efficiency.

During this webinar, you will be introduced to Trustonic's Kinibi-M and shown how to program a MicroChip SAML11 microcontroller, based on the Arm Cortex-M33 processor with TrustZone technology. The webinar will show users how to generate secure messages that a server or cloud can validate from a device for decryption and display.

AI on Arm Partner Webinar
Picovoice and Arm IP Teach You How to Build Voice Experiences on Embedded Devices

Do you want to learn how to design and build a compelling voice interface that runs fully offline on Arm embedded microcontrollers or microprocessors?

See how Picovoice, a leading embedded voice AI solution provider, and its web-based design platform enable engineers, non-technical UX designers and product managers, like you, to do this across a broad spectrum of Arm IP.

In this webinar, we’ll:
- Walk through the challenges and solutions for building offline voice solutions for embedded devices
- Present Picovoice technology and its advantages over current solutions
- Introduce Picovoice’s web-based design platform for building voice interfaces
- Demo an example voice application on Raspberry Pi
- Demo an example voice application on the Arm Cortex-M4

As a bonus for attending, attendees will receive a $500 promotion code to apply towards the purchase of Picovoice products and services. Register now!