Tripura Breath provides an AI‑powered SDK that detects breathing in real time using only a device’s microphone, eliminating the need for wearables. The technology can be integrated into mental‑health apps, VR meditation experiences, and digital therapy platforms to deliver personalized breath awareness, boosting user engagement and wellness outcomes.
Funding
Funding not disclosed
Founders
Product
Problem
Many digital health, wellness, and therapy applications lack a reliable, non‑invasive method to capture users' breathing patterns in real time, limiting the ability to provide breath‑based feedback and personalized interventions without requiring additional hardware.
Solution
Tripura Breath offers an AI‑driven software development kit that converts any device’s built‑in microphone into a real‑time breath detection sensor. The SDK runs locally, analyzing acoustic signals to identify inhalation and exhalation events with high precision, eliminating the need for wearables or external devices. Developers can embed the SDK into mobile apps, web platforms, or VR experiences with minimal code changes, enabling dynamic breath‑aware features such as guided breathing, stress monitoring, and adaptive content. By providing continuous breath biometrics, the platform enhances user engagement, supports personalized wellness interventions, and creates new opportunities for data‑driven health outcomes.
Target Audience
Primary customers are developers of mental‑health apps, digital therapy platforms, and immersive VR meditation experiences seeking to add breath‑aware functionality without extra hardware.
Features
- AI-powered acoustic analysis that detects inhalation and exhalation in real time using only the device microphone
- Cross‑platform SDK compatible with mobile, desktop, and VR environments, requiring minimal integration effort
- High‑precision breath biometrics without any additional hardware or wearables
- Real‑time API for delivering personalized breath feedback, adaptive content, and biofeedback loops
- Low‑latency processing designed for on‑device execution, preserving user privacy and reducing reliance on cloud services