okay so I was working on developing a connected vehicle application in for the IPA system the customer made an automotive manufacturer on it to indicate a new feature that's allow driver to use real-time traffic update navigation systems and remote diagnostic by the IPA system. The challenge is to ensure that these features were just user-friendly and reliable while working within the technical constraints of the existing platform. So the real-time traffic update the customer wanted to maintain the system to provide up-to-date traffic information to help driver avoid congested areas, navigation systems so indication of advanced IPA systems with feature like voice command observations and remote diagnosis so ability for vehicle to send diagnostic information to remote server for analysis and maintain the alert. So the technical constraint was the limited processing power that was used in the IPA system had limited processing power and memories. It wasn't connectivity reliable in the first state of connectivity was required for the real-time traffic update but the system had to handle intermittent connectivity gracefully. Secure communication between the user and the server was critical during the unauthorized access and data breach. Existing system architectures and existing platform has architectural limitations that need to be respected. So the requirement gathering and analysis customer workshops so connect the workshop with the customer to understand the requirement, the priorities in details, self-interpreting the exact user needs and expectations, user case scenario so develop the details user case scenario to understand how drivers would interact with features and define any potential challenges. So in technical feasibility study, assessment of the constraint, evaluate the technical constraint of the existing platform including processing power, memories and network activity. Then conduct the feasibility analysis to determine how new features could be integrated without overloading the system. Then there's a balancing customer need and technical constraint. So in prioritization, prioritize the feature based on the customer needs and technical feasibility. Focus on the most critical features first while planning the iterative improvements. Then employ the various optimization strategies to balance the performance and functionality. Then use data compilation and caching techniques. Also implement incremental updates for traffic information management, data transfer and processing requirements. Let's say to convince the customer, maintain the transparent communication with the customer throughout the development process, regularly update them on progress, challenges and how we are addressing their needs. Feedback the integration activities of feedback from the customer incorporated it into the development process. Let's ensure the final product aligns with their visions and user needs. So balancing the customer need and technical constraint requires a deep understanding of both the customer requirements and the technical limitation of the system. By prioritizing features and employing the optimization strategy and maintaining the transparent communication with the customer, it is possible to deliver products that meet user needs while working within the game and constraint.
