Intel has a lot of things offered and offers to create a device with an Internet connection.
Current Intel platform to create an ecosystem of things with an Internet connection includes two reference architectures and minimum necessary software package to create a complete solution. As hardware component in the lowest point of the platform located microcontrollers Quark D1000, Quark D2000 and SoC Quark SE. The task of the microcontroller is to collect primary data from the various sensors and sending them on for processing on remote servers (in the clouds).
Quark D2000 microcontrollers and SoC Quark SE use the x86-based core that refers to something learned from Atom processor . About Quark D1000 microcontrollers ability to execute x86-based instruction is not known. Solutions Quark D1000 are available now. Microcontrollers Quark D2000 company will appear later this year, and microcontrollers Quark SE will be released in the first half of 2016.
The software component of the platform includes a free operating system of Wind River to support cross-platform computing architectures with remote access to cloud services. Set Wind River Rocket Software and Wind River Pulsar Linux is a set of application development for any purpose with the ability to start work within 10 minutes. In the software suite includes solutions for data analysis, which further increases the value of Intel platform - a Trusted Analytics Platform (TAP). For processing the information from the sensors and results of analysis do not require expensive programs.
The first Intel platform to put into practice the company Levi Strauss & Co, Yanzi and Honeywell. The company Levi Strauss & Co in its three stores introduced automated accounting product that helps employees know exactly what size jeans and colors should urgently lift. Yanzi Company has established a system for smart buildings by implementing a system of automatic control of lighting, air-conditioning and tracking energy consumption. Honeywell has introduced individual monitors for rescue, that not only monitor the environment around the individual, but also help to quickly create a picture of dangerous hotbeds for more effective use of technology and to help reduce injury.