The problem GUARD solves

GUARD resolves the pressing issue of delayed accident detection and response on highways, a challenge that poses significant risks to individuals involved and hampers the effectiveness of emergency assistance. Traditional accident response systems often suffer from shortcomings such as limited monitoring capabilities and slow notification processes, resulting in critical delays in identifying incidents and alerting emergency services. Consequently, precious time is lost, exacerbating the severity of injuries and increasing the likelihood of fatalities.

By swiftly detecting accidents through its advanced AI algorithms and real-time monitoring capabilities, GUARD addresses this problem head-on. Upon identifying an incident, GUARD automatically notifies emergency services with precise location details and real-time accident images. This proactive approach ensures that emergency responders are promptly informed and equipped with the necessary information to initiate rapid assistance and intervention.

The timely notification provided by GUARD significantly reduces response times, enabling emergency services to arrive at the scene more quickly and administer vital medical treatment. This swift response not only minimizes the severity of injuries but also enhances the chances of survival for those involved in accidents. Moreover, by streamlining the notification process and seamlessly integrating with existing infrastructure, GUARD optimizes the efficiency of emergency response efforts, ultimately saving lives and revolutionizing road safety standards on highways.

Challenges we ran into

The challenges we faced were: Code Integration, Hardware Implementation, Wirings, Software Implementation.
Code Integration: We established clear communication channels among team members and implemented version control systems such as Git to manage code integration effectively. Regular code reviews and collaborative problem-solving sessions helped identify and address integration issues promptly.

Hardware Implementation: Our team conducted thorough research and prototyping to ensure compatibility and functionality of hardware components. We leveraged modular design principles to simplify assembly and troubleshooting, and engaged with hardware vendors for technical support when needed.

Wirings: Careful planning and documentation of wiring diagrams were crucial in ensuring accurate connections and minimizing errors during hardware setup. We utilized color-coding and labeling techniques to organize wirings and implemented rigorous testing procedures to validate connections.

Software Implementation: Agile development methodologies were employed to iteratively develop and test software modules. We prioritized functionality and stability, breaking down complex tasks into smaller, manageable components. Continuous integration and automated testing pipelines facilitated early detection of software bugs and streamlined the debugging process.