Today, in contrast to the perception of being connected with the electronic world around them, people aren't really as connected as they could be and should be. What if there was not only the concept of a smart house, but a smart habitat, providing individuals with full connectivity access throughout their full range of movement? What if people had access to multiple devices, software applications and data in their habitat from a number of readily accessible, existing user interfaces? This is where the concept for Extended Habitats and Data Access (or EHDA) Starts [sic]. Extended Habitats and Data Access has the goal of making user's geographically diverse devices, online services and software applications that a user has privilege to use, accessible to the user via conveniently accessible user interfaces of various mediums, thereby making the user's life easier. This thesis describes the intitial exploration and resultant findings with regard to the subject of Extended Habitats and Data Access. The exploration of EHDA was conducted by investigating and developing the initial concept, and then, beginning to develop the requirements for EHDA.