Background

Drunk driving is a major cause of road accidents and fatalities worldwide. To address this issue, our team decided to develop an automatic locked control system for vehicles based on NRF24LO1 technology. The system would prevent drivers from operating their vehicles if they were under the influence of alcohol.

Problem

The problem we aimed to solve was the high number of road accidents caused by drunk driving. Despite awareness campaigns and strict laws, many people continue to drive under the influence of alcohol, putting themselves and others at risk. We wanted to create a system that would prevent drunk drivers from getting behind the wheel in the first place.

Solution

We developed an automatic locked control system that uses NRF24LO1 technology to detect alcohol levels in a driver's breath. If the driver's alcohol level is above the legal limit, the system prevents them from starting their vehicle. The device can be installed in any vehicle and is easy to use. It provides an effective solution for preventing drunk driving and reducing road accidents.

Impact

Reduced incidents of drunk driving by X%
Decreased number of road accidents caused by drunk driving by X%
Increase in public safety and awareness about the dangers of drunk driving
Potential reduction in insurance premiums for drivers who install the device in their vehicles

Team

Jane Doe - Project Manager
- Oversaw project planning, development, and implementation
John Smith - Hardware Engineer
- Designed and built the hardware components of the device
Sarah Lee - Software Engineer
- Developed the software for the device and ensured its compatibility with different vehicle models
David Kim - Marketing Specialist
- Developed marketing strategies to promote the device and increase public awareness about drunk driving

Automatic Drunk Driving Prevention System