Brooks Band

Assistive wearable technology for voice self-regulation through real-time haptic feedback.

The problem

Millions of neurodiverse individuals — particularly children with autism and those with hearing impairments — struggle to self-regulate their voice volume. Today, the only option is external correction: a teacher's tap on the shoulder, a parent's repeated reminders, a therapist's verbal cue. Each correction draws attention, creates stigma, and undermines independence.

There is no assistive technology product on the market that helps individuals monitor and self-regulate their own voice output.

The solution

Brooks Band is a wearable wristband that gives users private, real-time haptic feedback when their voice volume exceeds a personalized threshold. A gentle vibration — felt only by the wearer — provides a discreet cue to self-adjust. No one else in the room knows.

What it monitors
User's own voice
Continuous on-device acoustic sensing
How it responds
Haptic vibration
Private, non-stigmatizing cue
Privacy architecture
On-device only
No audio stored or transmitted
"Every child deserves the chance to find their own voice — not be corrected for it."

Live session simulation

Press play to simulate a Brooks Band session. The device monitors voice activity in real time, delivers haptic feedback when volume rises, and generates a session summary when complete.

READY
Press to start a 30-second session
LowModerateElevatedHigh
Session complete

Voice activity timeline

Self-regulatingFeedback delivered

From voice to data

The Brooks Band system captures voice volume through a wearable wristband and optional clip-on component, processes it entirely on-device, and outputs structured session data that professionals can use to support their own documentation.

Voice capture

The wristband and optional clip-on component use an acoustic sensor to continuously monitor the user's own voice volume. No environmental audio is captured — only the user's vocal output.

On-device processing

All signal analysis occurs locally on the device. Voice input is compared against personalized thresholds. When exceeded, a haptic vibration is delivered. No audio is stored. No data is transmitted. The processing layer is covered under our patent filing.

Raw data output

The device generates structured session data: voice volume levels over time, feedback event timestamps, session duration, and time-in-threshold percentage. This is raw behavioral data — not clinical interpretation.

Professional dashboard

SLPs, OTs, and educators access aggregated session data through a professional dashboard. Charts, trend lines, and logged events over weeks provide the raw metrics professionals need to support their own reporting and documentation workflows.

Professional dashboard preview

Below is a representative view of the data a professional would see after multiple weeks of Brooks Band usage. All data shown is simulated for demonstration purposes.

Session data overview

Past 4 weeks — 23 sessions
Avg. self-regulation
81%
Time within threshold
+12% from week 1
Total sessions
23
Across 4 weeks
Avg. feedback events
2.4
Per session
-1.8 from week 1
Avg. session length
38 min
Per session

Self-regulation trend — weekly average

Feedback events per session — 4-week view

Recent session log

Mar 21, 2:15 PMSession42 min — 86% self-regulating — 1 feedback event
Mar 20, 9:30 AMSession35 min — 79% self-regulating — 3 feedback events
Mar 19, 1:00 PMFeedbackHaptic delivered at 12:04 into session — voice returned to threshold in 18 sec
Mar 19, 12:45 PMSession45 min — 83% self-regulating — 2 feedback events
Mar 18, 10:15 AMMilestoneFirst session with 0 feedback events — 100% self-regulating for 40 min
Mar 17, 2:00 PMSession38 min — 91% self-regulating — 1 feedback event

Raw session data is provided as-is for professional use. Professionals apply their own clinical judgment and documentation standards when incorporating this data into their workflows.

Sensory Bridges, Inc. — Chattanooga, TN — Patent pending