AI Accident Detection And Alert System
This project aims to provide a very efficient way of informing the rescue authorities about a road accident and the family of the victim. When an accident takes place, our device will instantly send information about it to the rescue authorities and the family of the victim. The idea is to p
2025-06-28 16:30:10 - Adil Khan
AI Accident Detection And Alert System
Project Area of Specialization Internet of ThingsProject SummaryThis project aims to provide a very efficient way of informing the rescue authorities about a road accident and the family of the victim. When an accident takes place, our device will instantly send information about it to the rescue authorities and the family of the victim.
The idea is to provide the quickest help in this grave matter to the victim of the accident and inform the rescue and informing the family with the help of our hardware including sensors in the car and the application. This by far the best way of doing so and the ordinary way is not convenient and very slow in comparison to our product. It will be a big advancement and the rescue teams can get to the site quickly and help the victim.
Project ObjectivesThere are GPS and other devices in cars but there are no alert systems that inform the rescue authorities and give the nearest hospital locations, our app does so and in addition to this, it will also send a notification to the family of the accident victim right away.
Today a lot of road accidents occur because of traffic excess and also because of rash and careless driving. And in most scenarios, rescue and families are not informed in time. This results in a delay of help to the victim that had an accident. A major accident is a grave matter and should be attended ASAP to prevent the loss of life which is many times delayed because people that nearby do not attend to the victim or scared to get close. At times others attend to the accident victim but do not have the contact of a nearby hospital. So, it consumes a lot of precious and vital time for the victim. This raises the danger to the victim’s life. People have lost their battle for life on account of the late arrival of rescue or not the correct information about hospitals closest to the accident site. Our server will get the location and inform the nearest rescue authorities and the family also, it will provide the location of the nearest hospital. So that no precious time is lost and the rescue team can get to the site as fast as possible and help preserve life.
Project Implementation MethodDesign and Implementation Constraints
The smartphone must have a network in order to work itself and the network is also compulsory for the device to operate. Internet availability is also required for the sim that is installed on our device for sending the messages and notifications on the server.
Assumptions and Dependencies
Our project basically depends on Hardware (GSM/GPS/GPRS SIM808, Arduino, Vibration Sensor) Android and Website. Internet availability on the device sim.
2 Hardware Interfaces
2.1 Circuit Diagram
2.2 Sensor connection in the car.
2.3 Actual Picture of the Embedded Device
2.3 Software Interfaces
Our application is the first of its kind and it has a unique and simple interface that is easy to use for everyone the owner, family and the rescue authorities as well.
2.4 Communications Interfaces
Our device interacts with our server at the backend over GPRS with the help of Global System for Mobile, Global Positioning System shield. The precise location with coordinates will be forwarded to the server upon accident occurrence. Then the server will send the mandatory information to rescue authority as well ass the family/relatives of the victim via the application and SMS.
User Documentation
- Documentation components (including user manuals, on-line help, and tutorials for use) will be delivered along with the software.
- The Manual will contain whatever the owner of the device needs to know, including:
- Unpacking: How to unpack it.
- Operation: How to operate it.
- Integration: How to use it in conjunction with other devices, if appropriate.
- Care: How to care for it.
- Supplies: Where to get any supplies that the device requires.
- Troubleshooting: What to do when it doesn't seem to work.
- Service: Who to contact if it needs repair.
- Safety: Any necessary safety information.
- Recycling and Disposal: How to get rid of it responsibly.
- Index: A thorough index.
Business Rules
In terms of the business concerns our project which will turn into a product soon. It will be very good and user-friendly because we are developing this for public help, welfare, and safety.
Secure Health
The web server will get the location and inform the nearest rescue authorities and the family also, it will provide the location of the nearest hospital. So that no precious time is lost and the rescue team can get to the site as fast as possible and help preserve life.
Tracking Car
Application provides the live location of the car.
Technical Details of Final DeliverableApplication Features
| Login/ Signup | Device holder/ Family/ Rescue Authorities | ||
| Purpose | Identification of each. | ||
| Priority | High | ||
| Live location | Updated after fixed time intervals | ||
| Post-conditions | GPS and Internet availability | ||
| Typical Course of Action | |||
| S# | Actor Action | System Response | |
| 1 | Notification of accident | Alerts and provides the location | |
| Alternate Course of Action | |||
| S# | Actor Action | System Response | |
| 1-A | Location check | None | |
Device Features
| Identifier | Sensors on device | ||
| Purpose | Detection of the accident | ||
| Priority | High | ||
| Post-conditions | Information message sent | ||
| Typical Course of Action | |||
| S# | Actor Action | System Response | |
| 1 | Occurrence of accident | Send location to the server | |
| Alternate Course of Action | |||
| S# | Actor Action | System Response | |
| 1-A | User presses the SAFE button | No text or notification is sent to the server | |
Server
| Identifier | Gather all the information of the victim | ||
| Purpose | To provide the user’s information and car registration number, etc. | ||
| Priority | Medium | ||
| Pre-conditions | Receive Input | ||
| Post-conditions | Generate Multiple Responses | ||
| Typical Course of Action | |||
| S# | Actor Action | ||
Login/ Signup
Purpose
Priority
Live location
Post-conditions
Typical Course of Action
S#
1
Alternate Course of Action
S#
1-A
Identifier
Purpose
Priority
Post-conditions
Typical Course of Action
S#
1
Alternate Course of Action
S#
1-A
Identifier
Purpose
Priority
Pre-conditions
Post-conditions
Typical Course of Action
S#
Final Deliverable of the Project HW/SW integrated systemType of Industry Transportation , Health Technologies Artificial Intelligence(AI), Internet of Things (IoT), OthersSustainable Development Goals Life on LandRequired Resources| Identifier | Sensors on device | ||
| Purpose | Detection of the accident | ||
| Priority | High | ||
| Post-conditions | Information message sent | ||
| Typical Course of Action | |||
| S# | Actor Action | System Response | |
| 1 | Occurrence of accident | Send location to the server | |
| Alternate Course of Action | |||
| S# | Actor Action | System Response | |
| 1-A | User presses the SAFE button | No text or notification is sent to the server | |