ar cells, windmills, Deploying IPv6 in 3GPP Networks or electric cars, or the households wish to consume electricity at optimal pricepoints, the smart objects can be used to control when and how much electricity is transferred. Healthcare and fitness: In the healthcare domain smart objects can be used to measure and report the status of patients in hospitals, elderly people in homes or care centers, and babies in their sleep. The smart objects can be measuring vital signs, or for example, generate an alert if elderly persons fall and cannot get up. The smart objects can also monitor the state of medicine in storage and organ transplants in transit. In the area of fitness, typical use cases are heart rate monitors used during exercising. Home automation: In the home, sensors and actuators can monitor and control the build- ing maintenance functions and hence things such as lighting levels, heating, cooling, moisture, energy consumption, and water consumption (to detect possible leaks). Secu- rity use cases are also typical, such as movement detection, intruder detection, lock control, and SO forth. Industrial automation: In the industrial automation arena smart objects can be used, for example, to monitor the state and location of cargo containers or postal packages, the movement of objects inside factories, lighting, process monitoring and controlling, monitoring of the condition of machinery to get early warnings for failures, and SO on. Civic automation: Cities and civil infrastructure are full of places where smart objects can find a home. For example, smart lighting with capability to turn on and off depending on need and reporting of near-future, or already occurred, device malfunctions to allow more efficient maintenance. Safety and security applications are also there, for cities to monitor places more efficiently and to monitor the condition of infrastructure, such as bridges, pipes, or buildings. Intelligent Transportation Systems: In the traffic, smart objects can help to control traffic signals and spe