
Rakesh Jakati
Project OwnerProvide leadership in R&D, platform development. Leads the overall project vision and execution, ensuring that the neurotech and blockchain align with the goals.
You feel stressed, maybe after a tense meeting or rushing through traffic. You remember your smartwatch tracks stress, so you check it, hoping for answers. It shows a score, maybe a graph, but what does it actually mean? Should you rest, breathe, or push through? Instead of clarity, you’re left guessing. Over time, you stop checking, realizing these numbers don’t truly help. Some insights are locked behind subscriptions, and every brand calculates stress differently, making cross-device comparison impossible. Instead of reducing stress, these metrics often add to the confusion, leaving you with more questions than solutions.
New AI service
Standardizes HRV data across different brands enabling seamless cross-device stress analysis. Uses machine learning for HRV classification and reinforcement learning for personalized stress interventions.
Raw data from various devices (PPG signals timestamped heart rate readings)
Standardized HRV metrics stress level classification and stress management recommendations
1. Gather raw PPG/ECG signals from multiple smartwatch brands and build HRV computation tools. 2. Standardize HRV feature extraction across devices.
1. A structured dataset containing raw PPG/ECG signals from at least 2 smartwatch brands. 2. HRV feature extraction toolkit that extracts HRV metrics (time-domain frequency-domain nonlinear features).
$12,000 USD
1. Successfully processed and cleaned PPG/ECG signals from at least 100 test users. 2. Documentation for data collection and processing.
1. Normalize PPG data across different devices. 2. Develop an AI model for stress classification HRV.
1. AI model that ingests HRV data and outputs standardized HRV values. 2. Stress classification engine that detects stress patterns based on HRV trends.
$15,000 USD
1. AI achieves high accuracy in normalizing HRV readings across multiple devices. 2. Successfully classifies stress levels with high precision.
Develop reinforcement learning-based AI wellness agents that provide real-time stress interventions.
AI-powered stress management agent that recommends personalized interventions (breathing exercises movement prompts relaxation techniques)
$15,000 USD
1. Successfully tested on at least 50 users with real-world HRV data. 2. User trials show 25%+ improvement in stress management outcomes.
1. Develop a dashboard for users to track HRV trends AI insights and well-being recommendations. 2. Open-source key components for research collaborations.
1. A functional dashboard with HRV visualization stress alerts and AI-driven recommendations. 2. Release of open-source AI components (HRV standardization tools AI model APIs).
$5,000 USD
1. Achieves 80%+ user satisfaction in beta testing.
Integrate the developed model and API into the SingularityNET platform. This involves ensuring the service meets SNET’s technical and security requirements setting up hosting and API calls and creating a user interface for accessing the service via the SNET platform.
CardioSync AI service deployed and working on SNET platform.
$3,000 USD
1. Secure at least 100 real-world users to validate long-term effectiveness.
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