The 'Melon' headband peers into your mind and measures your focus throughout the day while storing the readings in your phone. By showing how focused you are throughout the day, the Melon hopes to help you be more productive. The mobile app that comes with the Melon beautifully visualizes your mind data and tells you when your focus is the best.
The system works by having you choose what you're doing and then input your current environment through the app. After your session has begun, the headband begins to record your brain activity. An EEG sensor records electrical activity through your scalp and sends that data to your mobile device. Algorithms on your phone then process the data and compile it into usable visualizations.
This technology has the potential to be truly disruptive because it gives us a window into a previously unknown space. By quantifying brain activity, the 'Melon' provides insights where there were none before.
Mind-Reading Headbands
The 'Melon' Headband Measures Your Focus to Make You More Productive
Trend Themes
1. Brain Activity Monitoring - The 'Melon' headband's ability to measure focus and visualize mind data presents an opportunity for the development of more advanced brain activity monitoring technologies.
2. Productivity Enhancement - The 'Melon' headband's focus-measuring capabilities can be applied to various industries and work environments to help individuals optimize their productivity levels.
3. Data Visualization - The 'Melon' headband's mobile app that visualizes mind data opens up possibilities for the creation of innovative data visualization tools and platforms.
Industry Implications
1. Healthcare - The 'Melon' headband's brain activity monitoring technology can be utilized in healthcare settings for mental health assessment and treatment.
2. Education - The 'Melon' headband's focus-measuring capabilities can be integrated into educational technologies to help students improve their concentration and learning abilities.
3. Technology - The 'Melon' headband's data visualization features can be adapted for use in various tech industries, such as gaming and virtual reality, to enhance user experiences and interactions.