Sprint Goal​

Test the system to make sure it works well and is ready to show

Sprint Planning​

1. Do scalability tests
2. Check overtaking detection accuracy
3. Check safe entry/exit detection accuracy
4. Test emergency vehicle detection
5. Start planning the video and poster

User Stories​

1. As a user, I want the system to work well in different situations so that I can rely on it
2. As a developer, I want to make sure the system is accurate and performs well so that users have a good experience
3. As a team, we want to show our work clearly in a video and poster so that people understand what we did

Tasks​

• Scalability tests
• Overtaking detection accuracy evaluation
• Safe entry/exit detection accuracy evaluation
• Emergency vehicles detection accuracy evaluation
• Start planning the video and poster

Progress​

--

Challenges​

--

Sprint Review​

--

Sprint Goal​

Check legal stuff, privacy, and make sure the system is secure

Sprint Planning​

1. Look at legal requirements
2. Check privacy and data protection
3. Do security validation

User Stories​

1. As a user, I want my data to be safe and private so that I can trust the system
2. As a developer, I want to make sure the system follows the law and is secure so that we can avoid legal issues and protect users

Tasks​

• Identify legal requirements associated with driving assistance applications and the use of sensor/location data
• See if the data collected (location, sensors, etc.) violates any privacy risks
• Security validation

Progress​

--

Challenges​

--

Sprint Review​

--

Sprint Goal​

Make the system better and more complete by adding important features and making sure it works well for everyone.

Sprint Planning​

1. Implement login system
2. Add colorblind accessibility mode
3. Integrate database
4. Do performance tests

User Stories​

1. As a user, I want to log in so my data is safe and I can have a personalized experience
2. As a user, I want the system to be accessible if I am colorblind so that I can use it without problems
3. As a developer, I want to make sure the system is fast and reliable so that users have a good experience

Tasks​

• Implement login system
• Colorblind accessibility mode
• Database integration
• Performance tests

Progress​

--

Challenges​

--

Sprint Review​

--

Sprint Goal​

Initiate the final system, adding more features and improving the user experience

Sprint Planning​

1. Add more features to the MVP, such as Enter/Exit driveway detection and emergency vehicle detection
2. Make a cache system so the system works offline
3. Integration and Analysis of real data
4. Improve sound system

User Stories​

1. As a user, I want to be able to know if I can enter a driveways so that I can avoid accidents
2. As a user, I want to be able to know if there is an emergency vehicle approaching so that I can give way
3. As a user, I want the system to work offline so that I can use it without internet connection
4. As a user, I want the sound system to be in every alert so that I can be aware of the alerts even if I am not looking at the screen

Tasks​

• Add more features to the MVP, such as Safe Entry/Exit driveway detection and emergency vehicle detection
• Make a cache system so the system works offline
• Integration and Analysis of real data
• Improve sound system

Progress​

• Emergency vehicle detection and driveway detection in progress (missing frontend)
• Cache system not started yet
• Sound system in progress (missing some alerts)

Challenges​

Emergency vehicle detection is difficult to implement and to have at 100% accuracy

Sprint Review​

Sprint Goal​

Improve the MVP by adding more features

Sprint Planning​

1. Add more features to the MVP, such as accident alerts and weather alerts
2. Improve frontend and user experience (more details on weather, sound system for some alerts)

User Stories​

1. As a user, I want to be able to know if there is an accident ahead so that I can avoid it
2. As a user, I want to be able to know the weather conditions ahead so that I can prepare for it
3. As a user, I want the sound system to be in every alert so that I can be aware of the alerts even if I am not looking at the screen

Tasks​

• Add more features to the MVP, such as accident alerts and weather alerts
• More details on weather alerts (type of weather, severity, wind speed, etc)
• Sound system for some alerts (accident and weather)

Progress​

• Accident and weather alerts added
• More details on weather alerts added
• Sound system for accident and weather alerts added

Challenges​

Accident alerts with good accuracy are difficult to implement, especially in terms of false positives

Sprint Review​

Every planned feature for this sprint was completed, improving the MVP significantly and making it more useful for users

Sprint Goal​

Integrate backend and frontend, add a use case

Sprint Planning​

1. Connect backend to frontend
2. Add a new use case to MVP

User Stories​

1. As a stakeholder, I want to see a real use case in the MVP so I can evaluate its effectiveness

Tasks​

• Integrate backend and frontend
• Add a use case to MVP
• Test the complete flow

Progress​

• Backend and frontend working fine together
• Both use cases implemented and tested

Challenges​

• Communication between backend and frontend
• Overtaking test case complexity

Sprint Review​

Difficult sprint but goals achieved

Sprint Goal​

Build a basic MVP with digital twins and map improvements

Sprint Planning​

1. Add APIs for map features (speed limits, etc.)
2. Create a simple digital twin system using Kubernetes, Ditto, and Hono
3. Integrate real sensor data

User Stories​

1. As a user I want to see speed limits on the map so I know where to slow down
2. As a user I want the system to be quick and responsive so I have a good experience

Tasks​

• Improve map with API's
• Build digital twin system
• Integrate real sensor data

Progress​

• Map API design completed
• Digital twin system setup completed
• Real sensor data integration completed

Challenges​

1. API integration complexity
2. Sensor data reliability

Sprint Review​

• Map features added successfully
• Digital twin system operational with create car and update car scripts

Sprint Goal​

Study relevant materials, plan the project roadmap, and design the initial architecture

Sprint Planning​

1. Study Ditto and Hono architectures
2. Make the initial version of our system architecture
3. Plan the project roadmap for the next sprints
4. Prototype a simple UI in Android Studio

User Stories​

Tasks​

• Study the architecture of ditto and hono
• Make our system architecture
• Study android studio and make a simple UI
• Plan the project roadmap for the next sprints

Progress​

• Most research tasks completed
• System architecture draft completed
• UI prototype completed
• Roadmap planned

Challenges​

1. Understanding integration points between Ditto and Hono
2. Limited experience with Android Studio

Sprint Review​

• Achieved a good understanding of core technologies
• Roadmap and UI prototype completed