The purpose of this thesis is to present the different needs that can arise before VR use,and gratifications obtained by consumption. This includes finding out what media content users consume in VR, their motivations for why they consume the selectedcontent, how the choice of VR before other medium affects situations or interaction, and they feel after a session in virtual reality. The theories proven to provide a solid basis for answering the research questions are uses and gratifications theory, and medium theory. The collected empirical data is presented and analyzed within the frameworks ofthese theories, which together with previous research on virtual reality and VRheadsets, support the theoretical framework for this thesis. To gain in depth data of consumers motivations and own experiences, five semistructured qualitative interviewswhere conducted. The interviewees where asked various questions about their social and individual differences, gratifications sought and obtained, and their perception of how VR technology affects different situations and interaction. The collected empirical data is then presented and analyzed within the frameworks of uses and gratifications approach and medium theory. Results of the empirical data showed that the mostcommon needs to be satisfied by VR use are those of exersice, entertainment, practice, social interaction, and relaxation. Those needs are gratified by applications for exersice, entertainment applications, games, simulators, and social applications. The interviewees choose VR before other medium or real life activities because VR is more engaging than working out at home and less timeconsuming than leaving the house to exersice at the gym, more engaging and immersive than pc or console gaming for simulation games, and open in the sense of being able to walk up to strangers and socialize with in the virtual world. The study also showed that not only the technology hardware charachteristics, but also the software design found within the virtual environment, affects situations and interactions in a way that is perceived different and better than software found in other medium like social applications on the phone.

Within Gällö skog there is an increasing need for meetings in the forest at a distance. This is because many landowners do not live at or close to their forest property. The aim of this work was therefore to find a 3D conference solution for Gällö skog. The work has been carried out using the design process and Pugh's relative decision matrix. First, a requirement specification was made for both hardware and software selection. Then the Facebook Spaces, Rumii and AltSpaceVR software were investigated against this. When none of the aforementioned software was sufficiently satisfactory for this work, it was decided to develop a software. The developed software is based on a website and was developed by modifying an existing project from github.com. Through the modification made in the project, all requirements in the specification could ultimately be achieved. However, with some restrictions. The software works best in the Mozilla Firefox browser, and is not compatible with the iPhone. The user friendliness of Gällö skog also has development potential. The hardware in this work was chosen by comparing the VR glasses HTC Vive and Oculus Rift against each other and the developed requirement specification. As a result, HTC Vive was bought for the project. This because it fulfilled most of the work requirements, and that it had other features that enabled the headset to be used in future work. Finally, The conclusion of this work was that until this technology has come further, this solution may be insufficient. The idea is good, the solution is good, but the technology needs to come further for fully satisfactory results. When the VR technololgy have advanced further, a solution like this could be something that could be useful to companies. This because the inertaction of a 3D conference is improved compared to today's video chat. / Inom Gällö skog finns ett ökande behov av att hålla möten i skogen på distans. Detta eftersom många markägare inte bor på, eller vid sin skogsfastighet. Målet med detta arbete var därför att hitta en 3D-konferenslösning åt Gällö skog. Arbetet har genomförts med hjälp av designprocessen samt Pughs relativa beslutsmatris. Först togs en kravspecifikation fram både för val av hårdvara och mjukvara. Efter det undersöktes mjukvarorna Facebook Spaces, Rumii och AltSpaceVR mot denna. När ingen av de nämnda mjukvarorna var tillräckligt tillfredsställande för detta arbete så valdes att ta fram en egen mjukvara. Den framtagna mjukvaran baseras på en webbplats och togs fram genom att modifiera ett befintligt projekt från github.com. Genom den modifikation som gjordes i projektet så kunde alla krav i kravspecifikationen till slut uppnås. Dock med vissa restriktioner. Mjukvaran fungerar bäst i webbläsaren Mozilla Firefox, och är ej kompatibel med Iphone. Även användarvänligheten för Gällö skog har utvecklingspotential. Hårdvaran i detta arbete togs fram genom att jämföra VR-glasögonen HTC Vive och Oculus Rift mot varandra och den framtagna kravspecifikationen. Resultatet av detta blev att HTC Vive köptes in till projektet. Detta för att de uppfyllde flest av arbetets krav, samt att de hade övriga funktioner som gjorde att de kan användas även i framtida arbeten. Slutsatsen av detta arbete blev till slut att tills dess att tekniken kring detta har hunnit längre så blir denna lösning möjligtvis otillräcklig. Tanken är god, lösningen bra, men tekniken behöver komma längre för fullt tillfredsställande resultat. När VR-tekniken kommit längre skulle en lösning likt denna kunna vara något som kan bli användbart för fler företag. Detta eftersom interaktionen i en 3D-konferens förbättras jämfört med dagens videochattar.