The increasing use of non-conventional vehicles like e-bicycles and e-scooters in urban areas poses a significant challenge for traditional transportation systems. Cities face the need to integrate these new modalities into their existing infrastructure to create a cohesive and efficient transportation network. Furthermore, as cities evolve, there is a growing demand for transportation solutions that are not only versatile and adaptable but also sustainable and inclusive, ensuring accessibility for all citizens while minimizing environmental impact.

To address these challenges, the Pulse bus was developed with a focus on inter-modality, connectivity, and personalization. The bus incorporates advanced technologies such as virtual reality, 360-degree immersive visuals, and dynamic information screens to enhance communication between the city and its inhabitants. The design includes features like redistributed seating, entry and exit systems, and reserved spaces for personal vehicles to ensure a comfortable and engaging passenger experience. By integrating various transportation modalities and providing personalized solutions, the Pulse bus aims to create a seamless and efficient urban mobility network.

The implementation of the Pulse bus has transformed urban transportation by providing a highly adaptable and inclusive system. Its ability to accommodate non-conventional vehicles and offer personalized transportation solutions has significantly improved the daily commute for city dwellers. The enhanced connectivity and communication facilitated by the bus's advanced technology have fostered a more integrated relationship between the city and its residents. As a result, the Pulse bus not only meets the current demands of urban mobility but also sets a precedent for future transportation systems that prioritize sustainability, accessibility, and inter-modality.