The document discusses an agenda for an IoT event that includes topics on where to start with IoT, IoT security, and an IoT practical demonstration. It also provides an overview of IoT, describing it as the connectivity of devices that can collect and analyze data. It recommends starting with sensors for low-volume needs and scaling up to more powerful devices as requirements increase. Finally, it promotes Windows 10 and Azure IoT Hub as platforms for connecting, monitoring, and controlling IoT assets.
6. We also provide device support to
scale based on your need
• Start with sensors for low-volume
• Create gateway apps on tiny devices
• Scale gateways and aggregation all the way up to
powerful PCs as your needs require
Windows 10 IoT, NETMF
12. Raspberry PI 2
Por onde começar:
Central Desenvolvedor
https://dev.windows.com/pt-br/iot
Projetos
https://microsoft.hackster.io/en-US
GitHub
https://github.com/ms-iot
Talking Points
A verdade é que não existe uma definição padrão para a Internet das coisas. Se você já ouviu ou leu sobre a Internet das coisas, as chances são que você se deparar com um número de diferentes perspectivas
Apesar de quão complexo Internet das coisas parece, essencialmente se resume a quatro áreas:
“Coisas“ físicas como linha de ativos de negócios, incluindo dispositivos de indústria ou sensores
Essas "coisas" tem conectividade com a internet, um ao outro, e para as pessoas
Essas "coisas" recolher e transmitir dados, pois isso poderá incluir a informação recolhida a partir do meio ambiente ou introduzidos pelos utilizadores
E depois há análises realizadas sobre os dados que permitem às pessoas ou máquinas de tomar medidas
Support from previous slide. Advance to this slide while working through talk track from previous slide.
Advance here
Raspberry Pi (B+, module, etc.)
Tessel
Arduino
Edison
Linux embedded PCs
Etc.
Of course, we also provide our own devices which can scale up from solutions based on NETMF or Windows, all the way up to large processing clusters running the same software and applications.
Let’s talk about Windows
Let’s talk about Windows a bit here, because Windows is one of our main IoT client platforms.
We also have things like Band, and of course, the .NET Micro framework, but we’re going big on IoT with Windows 10.
Windows 10 is the convergence of all of our operating system development, including IoT and desktop.
It’s the best of everything we’ve had to offer to date. It’s something we believe in so much that we’ve made Windows 10 a free upgrade from Windows 7, 8, and 8.1 as long as the upgrade happens during the first year after Windows 10 releases.
Windows 10 supports a full range of devices from phones to tablets to laptops, hololens, Xbox and tiny IoT and maker devices like the Raspberry Pi 2
Windows 10 for IoT will be available initially on three boards:
Raspberry Pi 2
Minnowboard Max (essentially the guts of a tablet)
Dragonboard (essentially the guts of a phone)
All of these boards support universal apps and the new IoT APIs in UAP. All three have first-class developer experience in Visual Studio.
We also support other Windows 10 IoT SKUs for mobile and larger systems, all of which support the same UAP programming model and binaries.
In addition to Windows, which runs on phone and tablet-class x86/64 and ARM processors, we have technology which runs on low-cost, low-power ARM microcontrollers.
NETMF
Our platform for very tiny devices. We’re working to improve performance here, and also to help drive NETMF down to even lower power, lower cost processors.
Gadgeteer
Platform for prototyping, iot startups, and makers, built on top of NETMF
Working to complete open sourcing
Soon to be hosted on GitHub as a true OSS project with community contributions.
Once of the choices in today’s lab.
Both NETMF and Gadgeteer support full Visual Studio development, debugging, and deployment experiences.