is a smartphone an embedded system

Their Wave Relay Android Kit provides real-time situational awareness over a mobile ad hoc networking system while maintaining connectivity on the move, he says.

Connectivity on the device meets FIPS 140-2 standards, and with AES256 encryption, data at rest and data in transit are covered.

It has better radio range than NFC, but not as good range as WiFi., requiring a new approach to the user interface.

1993 April – PenPoint OS by GO Corporation becomes available on the AT&T EO Personal Communicator. By using the Android device the user has full access to a touchscreen, and can use touchscreen gestures like zoom, scroll, and pan, as well as various other features of the device interface, to configure or control the embedded system. Using a web interface to configure or control an embedded device is a simple method of adding an advanced user interface to an embedded product. Not all smart devices support the Bluetooth profiles required to communicate with embedded systems.There are a variety of options, at price points ranging from less than $1 to around $10, to take advantage of Android and enhance the user interface experience when designing embedded products.

Pre-1993. The Android OS provides a variety of features for interfacing with future embedded systems. So, while this is the most expensive of the options listed, it is also the most versatile.Like NFC, Bluetooth is a point-to-point communication system, but it has a data transfer rate that is an order of magnitude faster. However, they still have to overcome security hurdles and the short development cycles in the commercial market before full-scale deployment can happen.

Depending on requirements, it can come with RS232, USB, LAN, VGA, Wi-Fi, Bluetooth, WWAN and/or GPS.

It’s an integration challenge more than a scientific invention endeavor.”“Hypervisors are an excellent way to separate personal and business functions on a phone,” Downing says. Luckily there are better and more cost effective ways to provide your embedded system with an easily programmable user interface.Instead of building an embedded system with a LCD and touchscreen, why not take advantage of the LCD and touchscreen that most people carry in their pocket every day? The growth of Internet of Things (IoT) and machine-to-machine (M2M) applications and their associated graphics and communications requirements are causing engineers to explore Android for embedded applications beyond the smartphone. We know how to design a secure hypervisor, know how to do trusted boot, and how to manage updates and packages.

While embedded systems are computing systems, they can range from having no user interface -- for example, on devices in which the system is designed to perform a single task -- to complex graphical user interfaces , such as in mobile devices. “Once operators are logged into the ad hoc network, they can talk to anyone else on the network, receive blue force tracking data, see video streaming to everyone in the network, use biometrics apps, and get access to SATCOM.” (See Figure 1. The fancy graphics, complex calculation, GPS positioning, and internet communications available on the Android OS are all implemented as part of an application on the smart device. 2.

This is why many companies are turning toward ARM architectures, which consume less power, for their handheld designs. Mobile operating system milestones mirror the development of mobile phones, PDAs, and smartphones: . “Young soldiers today are very comfortable with smartphones for all types of communications.”Marine Corps Capt.

Android is a Linux-based environment and Linux is a very popular software platform for embedded systems.

“They want real-time situational awareness of the battlespace for every warfighter in a cost-effective manner.”Officials at the Marine Corps Systems Command are promoting using commercial technology on next-generation phones for warfighters, says Chip Downing, Senior Director, Business Development, Aerospace & Defense, Wind River Systems in Alameda, CA (www.windriver.com).

In fact, by connecting to the cloud, the embedded device can be configured and controlled by ANY WiFi enabled device from anywhere in the world where there is WiFi.