This thesis investigates the assumed affordance of haptic technology in a wearable context. This work position itself within the internet of things where wearable and connected objects have established themselves as a sub-domain in the area. Some argued that haptic technologies provide certain benefits when creating interfaces for wearable technologies. However, their seams to be a lack of studies investigating the natural responses to haptic technology from a user perspective. To investigate the assumed benefits of haptic technology, we have developed a prototype of a wearable haptic system. This system consists of two jacket were each jacket contains 16 touch sensitive sensor and haptic actuators. All interactions with the sensor of one jacket are mirrored with a haptic feedback in the other jacket. The purpose of this system is to investigate the initial responses and accord of haptic technology by users. The reason for doing this is to develop guidelines for further investigation into haptic technology as a means for creating wearable objects with a non-screen based interfaces.The study concludes there to be some merit to the use of rhythm for creating haptic interaction patterns as well as haptic technology affording a simple and natural dialog in human computer interaction. Further, we also conclude that there is some merit to haptic affording faster learning curves in novel non-screen based interaction and are suitable for providing clear feedback. This study also shows limitations for haptic technology. Haptics seem less proficient for interfaces existing in a system as well as handling errors. This study also proved problematic because of the lack in clearly defined methods for investigating novel non-screen based interfaces.In chapter two of this thesis we first present a theoretical overview of wearable’s generally and how haptic technology position itself within wearable technology. In chapter three, we move on by introducing our methods of research. Based on our theory we then frame the technological outline of the project and practical implementation. We follow this by presenting the results in chapter five from our user testing conducted with the prototype. We end our thesis with a discussion in chapter six with presenting the principal findings together with our discussion and future developments in chapter seven.