Problem: It is nearly impossible to hear what you want, especially in noisy environments.

With AAVAA: Give your audio device the ability to enhance what you want to hear by understanding where you are

• Listening.
• Looking.
• Facing.

Problem: Interacting with the metaverse is not intuitive, with awkward controls or inconvenient buttons.

With AAVAA: The best controller is No controller. Experience extended reality to its fullest by allowing your virtual environment to:

• React to the attention, internal states, or emotion of the user.
• Adapt to the user based on engagement or excitement level.
• Take action as simply as looking at an icon and blinking.

Problem: People are still kept out of the loop of the internet of things.

With AAVAA: Put humans back in the loop with seamless hands-free and voice-free control, and use your attention to:

• Mute the TV by removing your attention from it.
• Turn up the volume of your speakers by focusing on them.
• Dim the lights just by thinking it.

Problem: Wearable devices give infrequent and incomplete snapshots of your body’s activity or health.

With AAVAA: Blend information from the environment, brain, and body just from your hearable to get a comprehensive health report in context. Monitor areas including:

• Brain health, such as sleep patterns, susceptibility to seizures, etc.
• Mental health, such as stress, fatigue, emotional states, anxiety, etc.
• Physical health, such as activity level, fall detection, heart rate, etc.

Problem: Hearing loss is a major unresolved concern in many industries, and hearing protection often silences important voices or alarms.

With AAVAA: Protect your operator’s hearing while still allowing them to hear valuable alerts in applications for:

• Manufacturing, industrial plants, etc.
• Construction, mining, farming, etc.
• And many more

Problem: Devices are designed to provide distractions rather than help to focus on a task.

With AAVAA: Understand when someone is distracted while operating heavy machinery, for patients with autism or learning disorders such as ADHD, or at school, and:

• Determine sources of distraction.
• Alert the user of fatigue.
• Redirect attention to increase safety or productivity.