Abstract: A sensor device for use in sensing a change in a concentration of micro-organisms, comprises a waveguide interferometer having a sensing arm and a reference arm, a microfluidic channel for a fluid containing the micro-organisms, and a trapping arrangement in the microfluidic channel for physically trapping the micro-organisms when the fluid flows along the microfluidic channel so as to concentrate the micro-organisms in a sensing region of the microfluidic channel. The sensing arm is configured to guide sensing light, the reference arm is configured to guide reference light, and the waveguide interferometer is configured to interfere the sensing light with the reference light. The waveguide interferometer and the microfluidic channel are configured to allow the sensing light to interact with the fluid and the micro-organisms in the sensing region of the microfluidic channel.

Abstract: The present disclosure provides generally for methods and systems relating to relocation estimates. According to the present disclosure, sales representatives and prospective customers may have access to the relocation estimate system to see how a quote is being generated and what the resource allocation was. These parties may make suggestions or ask questions about how a quote was generated. These parties may correct or update a quote based on needs not known during an initial walkthrough. Based on information input by a user, the relocation estimate system may provide a quote in real-time.

Abstract: The present disclosure provides generally for methods and systems relating to relocation management. More specifically, the methods and systems relate to monitoring and assessing the progress and status of a relocation. In some aspects, a move plan may be developed to perform a relocation, wherein the move plan may organize the logistics of the project. In some embodiments, a move plan may comprise move segments that may allow for more detailed logistics management and monitoring. In some implementations, a progress formula may be generated for a relocation based at least in part on the move plan, which may allow for a dynamic and accurate understanding of the progress and status of a relocation.

Abstract: The present disclosure provides generally for methods and systems relating to relocation management. More specifically, the methods and systems relate to monitoring and assessing the progress and status of a relocation. In some aspects, a move plan may be developed to perform a relocation, wherein the move plan may organize the logistics of the project. In some embodiments, a move plan may comprise move segments that may allow for more detailed logistics management and monitoring. In some implementations, a progress formula may be generated for a relocation based at least in part on the move plan, which may allow for a dynamic and accurate understanding of the progress and status of a relocation.

Abstract: The present disclosure provides generally for methods and systems relating to relocation estimates. According to the present disclosure, sales representatives and prospective customers may have access to the relocation estimate system to see how a quote is being generated and what the resource allocation was. These parties may make suggestions or ask questions about how a quote was generated. These parties may correct or update a quote based on needs not known during an initial walkthrough. Based on information input by a user, the relocation estimate system may provide a quote in real-time.