Under the Hood of
TryBreathing Ecosystem

A serverless health-tech platform delivering clinically verified respiratory protocols and AI-driven personalized assessments.

The Problem: Noise vs. Neuroscience The wellness industry is saturated with pseudoscience, mysticism, and unverified "gurus" teaching breathwork. When an individual is experiencing acute anxiety, a panic attack, or chronic stress, they don't need vague spiritual advice—they need immediate, biologically sound interventions.

Simultaneously, highly effective respiratory protocols utilized by clinical psychologists, pulmonologists, and peak-performance coaches are often scattered, poorly documented, or locked behind expensive clinical visits. There was no centralized, trusted standard for autonomic nervous system regulation.

The Mission: Physiology Over Mysticism TryBreathing.org was built to cut through the noise and democratize access to clinical respiratory science. The platform serves as an open-source, data-driven directory that treats breathing not as magic, but as a mechanical lever to manually override the human nervous system.

By demanding a "Verified Standard"—requiring techniques to be backed by peer-reviewed literature or clinical precedent—the platform creates a safe, reliable environment for users to learn how to actively shift from a sympathetic (fight-or-flight) to a parasympathetic (rest-and-digest) state.

The Impact: Why It Matters It empowers users with free, accessible tools to directly improve their Heart Rate Variability (HRV), Vagal Tone, and CO2 Tolerance (BOLT score). Through integration with the Need You Here Foundation's AI chatbot, it acts as a digital first-responder, bridging the gap between preventative breathwork and acute crisis intervention (24/7 support). Additionally, it provides a dedicated portal for medical professionals to collaborate, verify, and contribute to the directory.

Serverless AI Pipeline Architected a serverless API route utilizing the Google Gemini 2.5 Flash model to process user biometric data (BOLT scores, interoception metrics). Engineered strict prompt constraints to force the LLM to return validated, mathematically slugified JSON, instantly mapping user data to the correct clinical technique.

Event-Driven Payments Integrated Stripe Checkout for monthly platform sponsorships. Built a secure, event-driven webhook endpoint using the Firebase Admin SDK to verify Stripe cryptographic signatures and automatically upgrade user database privileges to "active sponsor" without manual intervention.

Multi-Tenant RBAC Designed a secure, multi-tiered dashboard ecosystem. Utilizing Firebase Authentication synced with Firestore user documents, the application dynamically routes and restricts access across three distinct user personas: standard clients, verified clinicians, and platform sponsors.

Real-Time NoSQL Data Implemented Firebase Cloud Storage for seamless user asset uploads and utilized Firestore's real-time capabilities to log deeply nested data. This includes session histories, physiological state deltas, and saved protocol libraries, updating the client dashboard instantly.

Core Stack:

Next.js App Router • React • Tailwind CSS • Google Generative AI (Gemini) • Firebase Auth • Firestore • Vercel Serverless • Stripe API

Synchronous Remote Co-Regulation While TryBreathing.org focuses on individual clinical protocols and asynchronous scaling, TrybeBreathing.com was built to solve the human isolation component of panic and anxiety through synchronous WebRTC technology.

It is a multiplayer, remote co-regulation platform that allows practitioners and individuals to host remote, real-time breathing sessions. By syncing a centralized breathing orb across all connected clients via ultra-low latency WebRTC mesh networks and Firebase Realtime Database, it guarantees that every participant in the "Trybe" is inhaling and exhaling on the exact same millisecond timeline.

This infrastructure shifts breathwork from an isolated experience into a synchronized group autonomic intervention, allowing users to literally borrow someone else's nervous system baseline from across the world.