Core Components

Smart Vape Devices (Omega Series)

Hardware Integration Each Omega Series vape device is engineered for real-time behavioral tracking. It captures metrics such as puff count, puff duration, power levels, and estimated nicotine intake, enabling high-resolution data generation for habit modeling and reward calibration.

Bluetooth Connectivity Devices connect securely to the Miniapp via Bluetooth, enabling automatic data sync and encrypted data flow without manual input.

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Mobile Application

Cross-Platform Development Built using modern frameworks such as React Native or Flutter, the mobile app delivers a consistent experience across iOS and Android, ensuring broad accessibility and fast deployment.

Data Encryption All communications between device, app, and the network are protected via end-to-end encryption. Data is secured from the moment it’s generated, during transmission, and at rest.

User Interface The app offers real-time tracking, token and NFT management, mission progress, and direct interaction with the V(AI)pe Agent. It also integrates with Telegram Miniapp layers to support community engagement and gamified mechanics.

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AI Layer (V(AI)pe Agent)

Behavioral Intelligence The V(AI)pe Agent is a core feature of the Miniapp, analyzing user patterns and delivering personalized nicotine habit feedback in real-time. It interprets consumption trends, flags risk zones, and nudges users toward improved health behavior.

Dynamic Incentive Logic The AI connects directly with the Vape-to-Earn model to scale or dampen token rewards based on usage quality — reinforcing positive change without requiring users to vape less, only to vape smarter.

Privacy-Conscious Computation All AI-generated insights are computed using encrypted or synthetic data layers. No user identity is required at any point in the AI process.

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Blockchain Infrastructure

Smart Contracts Key operations such as data verification, token distribution, and access gating are governed by smart contracts deployed on Monad. These contracts ensure automation, transparency, and decentralization.

Decentralized Storage (IPFS) All user-authorized data is stored via IPFS, ensuring tamper resistance, permanence, and decentralization. It also supports long-term auditability and system resilience.

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Data Marketplace Platform

Web3 Interface The Data Marketplace enables institutional buyers (e.g. researchers, public health organizations) to access synthetic behavioral data using $MIST. Fully Web3-native, it supports wallet-based login and transaction flows.

APIs for Integration RESTful APIs allow third-party developers to integrate with the data layer programmatically. All outputs are permissioned, encrypted, and anonymized to maintain privacy while enabling ecosystem utility.