EcoNet is a spontaneously formed and self-maintained ad-hoc sensor network built of two types of nodes: collectors and aggregators. A collector node is equipped with sensors. It is capable of connecting data even if not connected with other nodes. Its memory resources allow it to store about half a year of data on its own. This data can then be retrieved by an aggregator once connectivity is established. More on EcoNet Here
TARP (the Tiny Ad-hoc Routing Protocol) is our proprietary routing solution. The platform has been designed with the premise of self-scalable, ad-hoc oriented collaboration of small and generally unreliable nodes. By assuming that the nodes are unreliable our solution is more resilient than typical wireless sensor network protocols. TARP is based on an ad-hoc mesh network that:
A wireless sensor network which allows data collection of environmental factors virtually anywhere and also allows for monitoring the data from any point where internet is available. Needless to say, having the data continuously monitored in a cost-effective manner substantially increases the chances of uncovering anomalies early enough to investigate them promptly and thoroughly. This is very important in an environment that is changing at an ever-increasing pace. More on EcoNet Here
There are many situations where persons who may share common interests have gathered in close proximity, but have no socially acceptable way of meeting the people nearby who have a mutual interest. A large convention is a typical example of this situation. Our project aims at combining a social networking website – kind of like Facebook or LinkedIn – with a physical device that you would carry around with you that can help you figure out when you are near people you might like to meet. More on Seawolf Here