This document provides an overview of Azure Sphere, a new solution from Microsoft for creating highly secured, connected microcontroller (MCU) devices. It discusses the opportunity and risks of IoT, introduces the seven properties of highly secured devices, and describes the key components of Azure Sphere including the secured MCU, secured operating system, and secured cloud services. It also covers the Azure Sphere developer tools and SDK, partner ecosystem, and provides a recap of the overall solution.
Cybersecurity is important in any software solution. It’s even more important in the Internet of Things. This session takes you through building and prototyping secure, Internet to Things solutions using Azure Sphere; the Linux-based, secured, connected, crossover microcontroller unit (MCU) from Microsoft. We’ll look at securing Azure Sphere devices, writing and deploying code, and communicating with Azure IoT Hub. You’ll leave this session better prepared to build more highly secured IoT solutions using Microsoft Azure.
Cybersecurity is important in any software solution. It’s even more important in the Internet of Things. This session takes you through building and prototyping secure, Internet to Things solutions using Azure Sphere; the Linux-based, secured, connected, crossover microcontroller unit (MCU) from Microsoft. We’ll look at securing Azure Sphere devices, writing and deploying code, and communicating with Azure IoT Hub. You’ll leave this session better prepared to build more highly secured IoT solutions using Microsoft Azure.
In this demo heavy session you will learn what’s available for modern IoT developers. Azure IoT Hub, Device Provisioning Service, Time Series Insight, Azure Location Based Services, Visual Studio Code will all be put to contribution and you won’t believe all that can be achieved in only 60 minutes.
Adopting an IoT solution is not easy for a customer. Azure IoT Hub is great, powerful, but challenging to adopt. Why not evaluate Azure IoT Central as a starting point? As it is implemented on IoT Hub and all Azure IoT family of services, it can be a good starting point for a long term adoption to preserve the most of the initial effort. And then there is also IoT Plug and Play that give to all Azure IoT family the functional structure to be a great enterprise-grade solution.
My presentation for IgooConf 2018, here we dive into the edge capabilities provided by IoT Edge, combined with IoT Hub and other Edge and Azure services to create a complete and powerful solution. IoT Edge makes hybrid IoT solutions a reality, allowing us to seamlessly deploy and run AI, Azure Services and custom logic directly on our devices. And all this is done while giving us the option manage and administrate it all from and communicate with Azure.
Internet of Things on Azure in Global Azure Bootcamp 2016 - Chennai. Session covered with Live Demo on Azure IoThub, stream Analytics, storage table and Power BI.
Azure IoT Hub is a fully managed service that enables reliable and secure bidirectional communications between millions of IoT devices and a solution back end. Azure IoT Hub:
• Provides reliable device-to-cloud and cloud-to-device messaging at scale
• Enables secure communications using per-device security credentials and access control
• Includes device libraries for the most popular languages and platforms
In this webinar, you can learn about how to set up and start working with an Azure IoT Hub and explore all the capabilities that IoT Hub provides to communicate with your devices.
Finding a scalable open-source IoT framework that reliably and securely connects your devices to the cloud while fitting your business needs, not dictating them, turns out to be a little more challenging than it first looks.
For a business or professional service, an IoT system needs to be able to offer four things
1) Scalability
Be able to scale the solution in a manner that doesn't have operating costs/bandwidth run out of control.
2) Be secure
Operate in a secure environment that prevents the system losing date or being hi-jacked.
3) Use open-standards throughout
Be based on open-source standards to avoid proprietary lock-in and allow the business to control its own destiny, contribute, collaborate, partner or quickly and easily find help in the community, if required.
4) Manage & Inter-operate
The framework must allow that allow remote day-to-day device management and interoperability with other sensors & systems
Find out more about how the Creator IoT Framework meets these challenges
Disoriented about all the Azure services in the IoT and Industrial IoT that you can use for building a modern Architecture on the Cloud and on the Edge? Well, this session aims to describe a reference architecture like Lambda and to map it to Azure services like Event Hubs, IoT Hubs just to mention a few. It also presents different approaches on how to handle communication from a more commercial devices to discrete manufacturing ones, with different standards like OPC UA. All those bricks will also help you to use already-build solutions like our Accelerators and IoT Central.
It's becoming increasingly important to deploy models as close to events as possibe. In this session, you'll learn how to take any model that you build and deploy it to an array of edge devices
Windows IoT: Accelerate the Intelligent Edge with the Windows AI PlatformMicrosoft Tech Community
Learn how to create powerful Intelligent Edge solutions on Windows. We'll show how you can use the Windows AI Platform to accelerate Azure ML workloads with DirectX 12 GPUs. Learn how you can use Windows to maintain and support your IoT solutions for years to come. We'll show the newest Windows services to gather telemetry about your devices and control device updates to suit your schedule.
The explosive growth of the “Internet of Things” is changing our world and today the Internet of Things knows almost as many applications as there are types of devices connected.
From consumer equipment, to innovate new designs and products at home, to industrial machinery… Everything is connected to the cloud.
In this session Glenn will guide you through the Azure IoT Ecosystem and show you some of the key components of the Azure IoT Platform.
From cars, to thermostats, through media players and embedded controllers, devices are being connected to the Internet at a furious pace. This session will discuss and demonstrate and coding practices from live Azure customers.
In this demo heavy session you will learn what’s available for modern IoT developers. Azure IoT Hub, Device Provisioning Service, Time Series Insight, Azure Location Based Services, Visual Studio Code will all be put to contribution and you won’t believe all that can be achieved in only 60 minutes.
Adopting an IoT solution is not easy for a customer. Azure IoT Hub is great, powerful, but challenging to adopt. Why not evaluate Azure IoT Central as a starting point? As it is implemented on IoT Hub and all Azure IoT family of services, it can be a good starting point for a long term adoption to preserve the most of the initial effort. And then there is also IoT Plug and Play that give to all Azure IoT family the functional structure to be a great enterprise-grade solution.
My presentation for IgooConf 2018, here we dive into the edge capabilities provided by IoT Edge, combined with IoT Hub and other Edge and Azure services to create a complete and powerful solution. IoT Edge makes hybrid IoT solutions a reality, allowing us to seamlessly deploy and run AI, Azure Services and custom logic directly on our devices. And all this is done while giving us the option manage and administrate it all from and communicate with Azure.
Internet of Things on Azure in Global Azure Bootcamp 2016 - Chennai. Session covered with Live Demo on Azure IoThub, stream Analytics, storage table and Power BI.
Azure IoT Hub is a fully managed service that enables reliable and secure bidirectional communications between millions of IoT devices and a solution back end. Azure IoT Hub:
• Provides reliable device-to-cloud and cloud-to-device messaging at scale
• Enables secure communications using per-device security credentials and access control
• Includes device libraries for the most popular languages and platforms
In this webinar, you can learn about how to set up and start working with an Azure IoT Hub and explore all the capabilities that IoT Hub provides to communicate with your devices.
Finding a scalable open-source IoT framework that reliably and securely connects your devices to the cloud while fitting your business needs, not dictating them, turns out to be a little more challenging than it first looks.
For a business or professional service, an IoT system needs to be able to offer four things
1) Scalability
Be able to scale the solution in a manner that doesn't have operating costs/bandwidth run out of control.
2) Be secure
Operate in a secure environment that prevents the system losing date or being hi-jacked.
3) Use open-standards throughout
Be based on open-source standards to avoid proprietary lock-in and allow the business to control its own destiny, contribute, collaborate, partner or quickly and easily find help in the community, if required.
4) Manage & Inter-operate
The framework must allow that allow remote day-to-day device management and interoperability with other sensors & systems
Find out more about how the Creator IoT Framework meets these challenges
Disoriented about all the Azure services in the IoT and Industrial IoT that you can use for building a modern Architecture on the Cloud and on the Edge? Well, this session aims to describe a reference architecture like Lambda and to map it to Azure services like Event Hubs, IoT Hubs just to mention a few. It also presents different approaches on how to handle communication from a more commercial devices to discrete manufacturing ones, with different standards like OPC UA. All those bricks will also help you to use already-build solutions like our Accelerators and IoT Central.
It's becoming increasingly important to deploy models as close to events as possibe. In this session, you'll learn how to take any model that you build and deploy it to an array of edge devices
Windows IoT: Accelerate the Intelligent Edge with the Windows AI PlatformMicrosoft Tech Community
Learn how to create powerful Intelligent Edge solutions on Windows. We'll show how you can use the Windows AI Platform to accelerate Azure ML workloads with DirectX 12 GPUs. Learn how you can use Windows to maintain and support your IoT solutions for years to come. We'll show the newest Windows services to gather telemetry about your devices and control device updates to suit your schedule.
The explosive growth of the “Internet of Things” is changing our world and today the Internet of Things knows almost as many applications as there are types of devices connected.
From consumer equipment, to innovate new designs and products at home, to industrial machinery… Everything is connected to the cloud.
In this session Glenn will guide you through the Azure IoT Ecosystem and show you some of the key components of the Azure IoT Platform.
From cars, to thermostats, through media players and embedded controllers, devices are being connected to the Internet at a furious pace. This session will discuss and demonstrate and coding practices from live Azure customers.
The fascinating world of Internet of Things is so huge that it cannot be fully described in one session. But you can start your adventure. Presentation of IoT Hub, reference architecture, fast review of a few ready solutions and interaction with MXChip IoT DevKit.
Build an azure connected io t device in 45 minutes (or less)Marco Dal Pino
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Build embedded and IoT solutions with Microsoft Windows IoT Core (BRK30077)Callon Campbell
Windows IoT is a family of products that enables rich edge devices and applications that can take full advantage of Azure IoT capabilities. We’ll explore the latest capabilities for Windows IoT, and then show how you can use all of your existing Windows development skills to create solutions ranging from fun hobby projects all the way through to critical Intelligent Edge solutions.
Architecting IoT solutions with Microsoft AzureAlon Fliess
A lecture about Azure IoT solutions that I gave in the CodeValue Architecture Next 2018 conference.
The lecture provides information about SaaS and PaaS IoT solutions as well as the smart Edge,
Living on the (IoT) edge (Sam Vanhoutte @TechdaysNL 2017)Codit
In this session, Sam will dive deep into the new Azure IoT edge service that allows customers to build intelligent IoT solutions, combining the power of data intensive and low latency edge compute scenarios with the distributed, scalable power of the Azure cloud. Attendees will learn more about the architecture, use cases and programming possibilities of Azure IoT Edge and will understand how this technology can be applied to make modern IoT solutions in different industries. Expect a session with architecture design, scenarios and a lot of demos.
Microsoft offers a comprehensive set of platforms, Cloud services and Solutions for building Internet of Things applications. In this session you will learn what’s available today, what’s coming soon and what Microsoft’s vision is for the IoT of tomorrow.
Gestire i devices con Azure IoT Hub e IoT EdgeMarco Parenzan
Uno dei vantaggi nell'adottare il servizio Azure IoT Hub è quello di poter gestire il ciclo di vita dei dispositivi IoT. E con costanza, mese dopo mese, ci sono funzionalità sempre nuove.
Parleremo del registro dei dispositivi, dell'identità dei dispositivi, con chiavi simmetriche o certificati, o TPM. E parleremo di moduli.
Parleremo di procedure di provisioning per gestire lotti di device da implementare.
E parleremo anche di device complessi quali i gateway per gestire elaborazione locale con Azure IoT Edge.
CCI2018 - Gestire devices per l'Internet of Things con Azure IoT Hubwalk2talk srl
Uno dei vantaggi nell'adottare il servizio Azure IoT Hub è quello di poter gestire il ciclo di vita dei dispositivi IoT. E con costanza, mese dopo mese, ci sono funzionalità sempre nuove.
Parleremo del registro dei dispositivi, dell'identità dei dispositivi, con chiavi simmetriche o certificati, o TPM. E parleremo di moduli.
Parleremo di procedure di provisioning per gestire lotti di device da implementare.
E parleremo anche di device complessi quali i gateway per gestire elaborazione locale con Azure IoT Edge.
The Right Tools for IoT Developers – Dan Gross @ Eclipse IoT Day ThingMonk 2016Benjamin Cabé
Video available at: https://www.youtube.com/watch?v=P8Hk5Ir8fXo
Samsung has introduced the Samsung ARTIK IDE for IoT Developers. This new set of tools is based on Eclipse Che and is designed to make it easy to build, deploy and manage IoT applications. This presentation will demonstrate why creating the right tools for IoT developers make it quicker and easier for IoT application development.
Async Debugging A Practical Guide to survive !Mirco Vanini
The speech talk about the specialised tools inside visual studio to survive from async code bugs with special look about how to write a right async code
Async Debugging - A Practical Guide to survive !Mirco Vanini
The speech talk about the specialised tools inside visual studio to survive from async code bugs with special look about how to write a right async code
An introduction about how to migration from .NET Full FW to .NET Core 3.0 for your WPF & Windows Forms applications and the incrementally modernizing with Windows 10 features
Building a Raspberry Pi Robot with Dot NET 8, Blazor and SignalR - Slides Onl...Peter Gallagher
In this session delivered at Leeds IoT, I talk about how you can control a 3D printed Robot Arm with a Raspberry Pi, .NET 8, Blazor and SignalR.
I also show how you can use a Unity app on an Meta Quest 3 to control the arm VR too.
You can find the GitHub repo and workshop instructions here;
https://bit.ly/dotnetrobotgithub
Google Calendar is a versatile tool that allows users to manage their schedules and events effectively. With Google Calendar, you can create and organize calendars, set reminders for important events, and share your calendars with others. It also provides features like creating events, inviting attendees, and accessing your calendar from mobile devices. Additionally, Google Calendar allows you to embed calendars in websites or platforms like SlideShare, making it easier for others to view and interact with your schedules.
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Risk
The Mirai Botnet (aka Dyn Attack), Oct 2016: Largest IoT DDoS attack. Large portions of the
internet going down, including Twitter, the Guardian, Netflix, Reddit and CNN. Affected
devices: Webcams, DVR players, Deutsche Telekom routers (900.000 - TR-069 protocol).
The Jeep Hack, July 2015: A team of researchers was able to take total control of a Jeep
SUV by exploiting a firmware update vulnerability.
The Hackable Cardiac Device from St.Jude, Jan. 2017: The vulnerability provided access to
drain the battery, change heartbeat pace and to trigger shocks.
The TRENDnet Webcam Hack, Jan. 2012. Access to camera and microphone over TCP/IP.
The Printer Hack to catch fire, Nov. 2011: Made the fuser overheat, causing the paper in the
printer to catch fire.
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The internet security battle
Microsoft has been fighting it for decades so they
have some experience to share.
Also on hardware side!
Example X-BOX
• XBOX: Hacked within weeks
Standard Intel x86 system
• XBOX 360:Hacked within 3,5 month
HW hack to compromise the bus
• XBOX One: Not hacked until today
also thanks to in-chip bus firewalls
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Highly-secured connected devices require 7 properties
Renewable Security
Does your device’s software update automatically?
Failure Reporting
Does your device report back about failures and anomalies?
Certificate-Based Authentication
Does your device use certificates instead of passwords for authentication?
Dynamic Compartments
Can your device’s security protections improve after deployment?
Defense in Depth
Does your device remain protected if a security mechanism is defeated?
Small Trusted Computing Base
Is your device’s TCB protected from bugs in other code?
Hardware Root of Trust
Is your device’s identity and software integrity secured by hardware?
Silicon
OS
Cloud
http://aka.ms/7properties
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End-to-end solution for securing MCU powered devices
Secured MCUs
A new class of crossover Azure Sphere
MCUs, from our silicon partners, with
built-in Microsoft security technology
provide connectivity, high performance,
and a secured hardware root of trust.
Secured Operating System
The highly-secured Azure Sphere IoT OS
combines the best of Microsoft and OSS
technologies to create a trustworthy
platform for new IoT experiences.
Secured by our Cloud Service
The Azure Sphere Security Service
guards every Azure Sphere device; it
protects your devices and customers,
detects emerging threats, and
proactively responds.
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History
Project started in 2014 in Microsoft Research, now part of AI&R division
Started working on prototype chip and OS in 2015
Established “seven properties of highly secured devices”
Ran a “security challenge” based on prototype chip and OS in 2017
Actively working with partners and customers for production in 2018
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Azure Sphere MCU
Secured
With built-in Microsoft security technology
i.e. I/O bus firewalls
including the Pluton Security Subsystem
Performance
With built-in Cortex-A processors
Delivers significantly greater performance
vs. similar traditional MCU
Connected
With built-in networkingFirewallFirewallFirewall
FirewallFirewallFirewall
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Azure Sphere Silicon Partners
Microsoft is working with other suppliers to implement the Azure Sphere Pluton
Security Core into their HW
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Azure Sphere OS
Secure Application Sandboxes
Compartmentalize code for agility, robustness
& security
On-chip Cloud Services
Provide update, authentication, and connectivity
Custom Linux kernel
Empowers agile silicon evolution and reuse of
code
Security Monitor
Guards integrity and access to critical resources
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Azure Sphere Cloud Security Service
The Azure Sphere Security Service connects and
protects every Azure Sphere device
Protects your devices and your customers with
certificate-based authentication of all
communication
Detects emerging security threats through
automated processing of on-device failures
Responds to threats with fully automated on-device
updates of OS
Allows for easy deployment of software updates to
Azure Sphere powered devices
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Azure Sphere and Visual Studio
Modernize MCU development with Azure Sphere and Visual Studio
Simplify development
Focus your device development effort on the value you
want to create
Streamline debugging
Experience interactive, context-aware debugging across
device and cloud
Collaborate across your team
Apply tool-assisted collaboration across your entire
development organization
Simplify Azure connect
Connect your Azure Sphere devices quickly and easily to
Azure IoT
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Azure Sphere is open
Open to any MCU manufacturer
We are licensing our Pluton security subsystem royalty free for use in any
chip*
Open to any cloud
Azure Sphere devices are free to connect to Azure or any other cloud,
proprietary or public for application data
Open to any innovation
MCU manufacturers are free to innovate with our GPL’d OSS Linux kernel
code base
* Azure Sphere branding requires an Azure Sphere chip with Azure Sphere OS and Azure Sphere Security Service
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Getting started
An Azure Sphere development kit
A PC running Windows 10 Anniversary Update or later
Visual Studio 2017/9 Enterprise, Professional, or Community, version 15.7 or later
Download the Azure Sphere SDK for Visual Studio Preview.
§ Azure Sphere Developer Command Prompt Preview
§ Visual Studio Tools Preview for Azure Sphere
§ Open VPN TAP driver
§ Azure Sphere Device Communication Service
The current SDK does not support all features of
the MT3620 hardware. The following are not yet
full supported (19.05):
• 2 x ARM Cortex-MA with FPU (preview)
• ADC (preview), I2S, PWM peripheral interfaces
Microsoft acquires Express Logic, accelerating
IoT development for billions of devices at
scale - ThreadX RTOS
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Recap
Azure Sphere is not a single chip but a security solution / technology built with a
combination of a special microcontroller, a special operating system and the
corresponding cloud services.
Azure Sphere is a high-value, cost
effective solution, secured by
Microsoft.
The solution today contains:
Azure Sphere Chip MT3620
Azure Sphere Security Services for 10 years
Azure Sphere IoT OS with 10 years of on device updates