A recent survey of embedded system design in Brazil indicates activity there is rising and commensurate with the fact that it is the sixth largest economy in the world. Reflective of that is the regular design content from Brazilian authors on Embedded.com.

A trustful infrastructure for the Internet of Things based on a second generation EPOSMote, which features an ARM processor and an IEEE 802.15.4 radio transceiver.

Implementing an IPv6-based routing protocol over a wireless sensor network on an MSP430 with 7160 bytes of flash ROM and 370 bytes of RAM.

The development of a smart sensor based on the IEEE 1451 that has the ability to do self-configuration, self-calibration and self-identification when connected to the network.

A comparison of the use of multi-level parallelism on low-power architectures such as the Intel Atom and ARM Cortex-A9 in terms of performance, energy consumption and Energy Delay Product.

Design of a PID controller for an quad-rotor unmanned arial vehicle built around a high performance ARM Cortex-M3 microcontroller.

Design of a omnidirectional mobile robot controller network based on the ARM Cortex-M3-based PSoC5LP and an Mbed microcontroller based on the NXP LPC1768.

Using a virtual framework called HoneypotLabSAC to generate virtual honeypots on Android mobile devices that emulates services on the operating system in order to track and identify hackers.

The construction of a WSN gateway device that enables end-to-end connectivity between 6LoWPAN- based sensor nodes and the Internet regular devices.

How to use a Hellfire OS based design framework to build a virtualization environment with temporal and spatial isolation among domains, real-time domain scheduling and deterministichypervisor system calls.

How FePAMM, an the architecture of interconnected minimalist processors, can perform both necessary control functions as well as emulate specific peripherals for use on each processor.

An investigation into the impact of software engineering best practices on embedded code quality and how those metrics can also be used to improved the quality of hardware design decisions

Analysis of more robust ways to establish causal links between various software metrics techniques and the occurrence of code bugs and how these links can be used as reliable predictors.