In this thesis work, we try to enhance an industry work simulator by developing a Free and Open source fault injecting and monitoring application. We present our experiences and ideas while participating in a work simulation. We implement some of these ideas to further enhance the simulation. We also try to connect these experiences to the fields of Human Com- puter Interaction (HCI), Computer Supported Cooperative Work (CSCW) and Ubiquitous Computing. / This thesis is mainly about developing a Fault injecting and Monitoring (FIM) application for supporting Work simulation environment. / Mobile number: 0739225562 (Sweden) vikas.vikky@gmail.com

Free and Open Source Software (FOSS) licences channel the exclusionary and individualising force of copyright to establish a qualitatively different, somewhat subversive, system for the exploitation of software. This thesis examines how it is that FOSS licences establish this 'system within a system' under both German and United States law. The inquiry begins with a detailed examination of FOSS licence templates as the instruments which transform code from its default position as the 'res' of proprietary relations to its status as 'open' or 'free'. The thesis then considers whether FOSS licence templates, as the legal basis for this subversive move, are valid and enforceable under domestic law. In addressing this question, the thesis undertakes a critical analysis of the leading case law in each jurisdiction. Going beyond the immediate case law, the thesis considers the broader systemic effects of FOSS licence enforcement. It highlights how building a system within a system foments certain tensions and contradictions within the law, in turn giving rise to unintended consequences and legal uncertainty. By highlighting these tensions, the thesis argues that the questions of FOSS licence enforcement in Germany and the United States may not be as settled as some may think.