ADAC Smart Connect
ADAC Smart Connect ADAC Smart Connect offers a modern solution for digital roadside assistance by enabling remote diagnostics for connected vehicles. ADAC members can identify vehicle problems, monitor battery status, and receive alerts for low battery or other vehicle events via the app. Additionally, the app supports location tracking and provides protection through an alarm mode for unwanted vehicle movements. What We Did Design Sprints Concept Design Development Android & iOS Our Team 1 Product Owner They coordinate the project and are the primary contacts for the client. 5Developers Responsible for the Flutter development of the app for mobile and web. 1 Designers Responsible for the conception and alignment of the app across all platforms. 1 Testers Finding bugs on all possible devices before users encounter them. The ADAC App Highlights at a Glance Vehicle Information The app provides users with quick access to important vehicle information, including mileage, fuel level, battery voltage, as well as active warning lights and error codes. This way, users can always keep track of their vehicle’s condition. Trip Overview and Statistics Detailed information and statistics on the distance traveled, mileage, and driving duration help users better understand and optimize their driving behavior. Vehicle Scan The app enables quick identification of vehicle faults without a visit to the workshop. Error codes and warning lights are read directly from the vehicle and clearly explained, allowing users to decide whether a repair is necessary. Safety Score After each drive, the app generates an individual Safety Score that evaluates driving behavior. This score is based on factors such as acceleration, braking, cornering, and trip duration, and provides helpful tips for improving safety on the road.
Cyberfitness
Cyberfitness With CyberFitness, a comprehensive online fitness club is available, making over 700 courses accessible anytime, anywhere. Whether it’s Abs, Legs, Glutes, Yoga, Pump, or Dance – the app offers the right workout for every fitness level, directly accessible on your phone or tablet. What We Did Design Sprint Concept Design Development Android & iOS Backend Our Team 1 Product Owner They coordinate the project and are the primary contacts for the client. 10 Developers Responsible for the Flutter development of the app for mobile and web. 2 Designers Responsible for the conception and alignment of the app across all platforms. 2 Testers Finding bugs on all possible devices before users encounter them. The Cyberfitness App Highlights at a Glance Livestreams The technical implementation of the livestreams presented a significant challenge. By utilizing Amazon AWS, this challenge was successfully overcome, ensuring stable streams. Push Notifications The app allows users to receive instant notifications when friends invite them to a session or new, exciting courses are available. Project Story Workshop At the beginning of the project, a 2-day App Design Sprint Workshop took place in Bremen to develop a common understanding of the fitness app and to elaborate initial concepts. The workshop consists of 4 phases: – Understand the problem– Set goals– Develop solutions– Make the final decision Prototype Design After the workshops, a realistic click prototype is developed in the App Design Sprint, based on a previously collaboratively created storyboard. This allows ideas to be quickly experienced and directly tested for user-friendliness in the final user test. Usability Test – Interview On the 5th day, the click prototype is presented and then tested with real Cyberfitness customers. The goal is to find out if the app optimally supports users during their home workouts. The insight: The approach is very well received, while some details still require improvements to enhance user-friendliness. Concept Concept & Design The insights gained flow directly into the adaptation of the concept. Based on the prototype, navigation concepts, wireframes, and final designs are created, which respond flexibly to requirements and user feedback. Finally, the results are presented and the next steps are jointly determined. Development The mobile apps were developed natively for iOS with SwiftUI and for Android with Kotlin. For video streaming of the fitness courses, AWS Elemental MediaLive was used to provide a stable and performant solution. The team worked agilely in 2-week sprints, with daily stand-ups and regular refinements, to ensure that a new version of the app was ready at the end of each sprint and that planning for the next sprint was optimally prepared. Quality Assurance Quality assurance checks all features from the outset for technical requirements and compatibility with various devices. Specific challenges, such as weak mobile connections, are considered early on. For the Cyberfitness app, testing the subscription models was important to ensure that premium features were correctly delineated and that switching between user tiers worked seamlessly.