Productivity EEG-AI Agents

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Rakesh Jakati
Project Owner

Productivity EEG-AI Agents

Expert Rating

n/a
  • Proposal for BGI Nexus 1
  • Funding Request $50,000 USD
  • Funding Pools Beneficial AI Solutions
  • Total 5 Milestones

Overview

Many individuals struggle with maintaining focus and interest at work, often feeling overwhelmed due to mental fatigue. Traditional self-assessments of focus levels are unreliable, leading people to believe they are productive when, in reality, their cognitive performance is declining. This results in frustration, decreased efficiency, and an overall drop in workplace well-being. Each individual varies in their optimal working patterns, and our AI agents help tailor focus strategies based on real-time brain activity. By leveraging wearable EEG technology, we ensure a highly personalized and adaptive approach to productivity enhancement.

Proposal Description

How Our Project Will Contribute To The Growth Of The Decentralized AI Platform

  • Decentralized AI Service Expansion - Our AI-powered productivity assessment and intervention models integrate into SingularityNET, broadening AI applications in productivity, health, and education.

  • Interoperability - Open APIs allow seamless integration with other decentralized AI services, fostering a connected AI ecosystem.

  • AI Research Contributions - We provide benchmarking tools and insights to support AI model validation and community-driven innovation.


AI services (New or Existing)

Productivity AI Agent

Type

New AI service

Purpose

Our AI service uses EEG-based cognitive monitoring to track brain activity by analyzing focus levels and mental fatigue. By leveraging wearable EEG devices the AI detects engagement patterns classifies cognitive states and provides personalized recommendations. Using historical EEG data and reinforcement learning it refines insights to optimize productivity helping users work smarter and avoid burnout.

AI inputs

EEG data for analyzing brainwave patterns to assess focus and cognitive fatigue. It also integrates historical EEG data to track trends refine insights and provide more accurate assessments over time.

AI outputs

The AI generates personalized cognitive insights by analyzing EEG data. It informs users about their focus levels and productivity trends providing data-driven recommendations on when to work rest or adjust tasks for optimal efficiency.

Company Name (if applicable)

SkyBrain Neurotech

The core problem we are aiming to solve

Staying productive and sustaining focus for long periods is a challenge due to fluctuating cognitive states. Many rely on subjective self-assessments to gauge productivity, leading to inefficiencies and cognitive overload. Without real-time, objective insights, individuals cannot identify when they are in an optimal mental state for work or when they need breaks. This leads to decreased productivity, stress, and burnout. Our solution addresses this gap by providing precise AI-driven cognitive tracking and recommendations while continuously refining predictive algorithms based on growing datasets.

Our specific solution to this problem

Our AI-driven Productivity Agent combines EEG analysis with reinforcement learning (GRPPO-RL) to optimize focus and mental performance. By integrating wearable EEG devices, our system continuously monitors brain activity, classifies cognitive states, and detects mental fatigue.

Utilizing GRPPO-RL, inspired by DeepSeek, our AI self-improves by learning from both individual and group EEG patterns, refining intervention strategies dynamically. Unlike traditional methods, which rely on fixed models, our AI adapts in real time, providing highly personalized focus recommendations.

We analyze historical EEG data using time-series analysis and anomaly detection to identify trends in cognitive performance. This allows us to generate customized work schedules, guiding users on when to shift tasks, rest and work on tasks that require deep focus and engagement.

By bridging EEG monitoring with adaptive AI, we deliver a novel, self-learning solution for workplace efficiency and well-being

Project details

Understanding and Enhancing Cognitive Performance In today’s fast-paced world, optimizing cognitive performance is key to achieving personal and professional success. Traditional productivity tools fail to provide objective insights into mental efficiency, relying on self-assessment rather than physiological data. Our AI-driven Productivity Agent leverages Electroencephalography (EEG) to monitor brain activity, delivering real-time and adaptive interventions to improve focus, productivity, and cognitive resilience.

1. EEG Data Collection & Processing: Building an Accurate Cognitive Baseline

EEG sensors placed on the scalp (via a headband) detect electrical activity in the brain, capturing raw brainwave data. This signal is processed using advanced filtering algorithms to remove noise and isolate meaningful patterns related to attention, engagement, and fatigue. Our AI models apply feature extraction techniques, analyzing EEG waveforms to classify cognitive states in real time. 

2. Longitudinal EEG Analysis: Understanding Cognitive Trends

Our platform maintains a secure EEG database, enabling long-term analysis of cognitive performance. By detecting trends and anomalies over time, the system evaluates how variables like sleep quality, stress levels, and task types affect productivity. AI-driven time-series models and anomaly detection techniques identify deviations in focus patterns, allowing the system to refine intervention strategies dynamically. This historical analysis provides deeper insights into cognitive resilience and mental fatigue trends.

3. AI-Driven Personalized Productivity Optimization

Our reinforcement learning-based AI system generates adaptive, real-time productivity recommendations based on EEG data. Unlike static productivity tools, our agent dynamically adjusts based on user-specific cognitive signals, offering:

  • Task Timing Optimization – AI identifies peak cognitive performance periods and recommends scheduling deep-focus work accordingly.

  • Break and Recovery Strategies – When fatigue indicators are detected, the system suggests short breaks, cognitive exercises, or relaxation techniques.

  • Cognitive Load Balancing – If cognitive overload is identified, the AI recommends task shifts, light mental activities, or environmental adjustments to maintain efficiency.

4. Reinforcement Learning & AI Adaptation: Continuous Improvement

Our AI system employs reinforcement learning techniques to refine its predictions and recommendations over time. Inspired by Group Relative Policy Optimization (GRPPO), our AI evaluates productivity interventions in the context of collective user patterns, improving its efficiency without requiring extensive manual feedback. As more data is collected, the AI continuously improves its understanding of individual variability, leading to progressively refined recommendations.

5. Data security, privacy, and compliance

  • Data Privacy Measures –  Adhering to GDPR principles, ensuring user consent, anonymization, and secure data storage.

  • Compliance with Ethical Standards - Following Helsinki Protocol guidelines for ethical human data collection and research.

  • Secure Data Storage & Encryption - Implementing end-to-end encryption and decentralized storage mechanisms to protect sensitive EEG data.

Existing resources

Emotion Prediction from EEG Signals - Our SNET AI Service

Open Source Licensing

MIT - Massachusetts Institute of Technology License

  1. AI Processing & EEG Interaction

    Open-source AI agents' interaction with EEG and biometric data, ensuring methodological transparency.

  2. Technical Documentation

    Publish detailed documentation covering data processing workflows, EEG feature extraction, and reinforcement learning mechanisms.

  3. Anonymized Data for Research

    After an application review process the collected, anonymized EEG datasets will be made available under an open-source license for research purposes.

 

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Proposal Video

Placeholder for Spotlight Day Pitch-presentations. Video's will be added by the DF team when available.

  • Total Milestones

    5

  • Total Budget

    $50,000 USD

  • Last Updated

    24 Feb 2025

Milestone 1 - EEG Data Collection & Expansion

Description

1. Recruit participants to collect new EEG data for refining the AI model. 2. Integrate advanced EEG feature extraction techniques to ensure better signal clarity. 3. Expand the existing dataset by collecting more sessions per user to improve model accuracy.

Deliverables

1. Anonymized EEG dataset collected from participants to enhance the existing AI model. 2. EEG data preprocessing pipeline with noise filtering feature extraction and anomaly detection. 3. A report on data acquisition methodology preprocessing techniques and initial observations.

Budget

$8,000 USD

Success Criterion

1. Collect at least 100 high-quality EEG sessions. 2. Ensure dataset diversity across different cognitive conditions (engagement, fatigue, distraction).

Milestone 2 - AI Training Pipeline & Data Storage Infrastructure

Description

1. Set up a structured EEG database to store and manage larger-scale data efficiently. 2. Data ingestion pipeline ensuring EEG recordings are seamlessly processed. 3. Refine feature extraction to identify more complex EEG signal variations.

Deliverables

1. EEG data pipeline for preprocessing storing and analyzing EEG signals. 2. Secure database setup to store EEG data while maintaining privacy. 3. Documentation of pipeline architecture data security measures and EEG signal processing techniques.

Budget

$7,000 USD

Success Criterion

1. Ensure pipeline processes at least 100,000 EEG data points per user. 2. Scalable storage infrastructure supporting future EEG expansion. 3. Meet GDPR-compliant privacy standards for user data security.

Milestone 3 - GRPPO-RL Integration for Adaptive Learning

Description

1. Implement GRPPO-RL (Group Relative Policy Optimization Reinforcement Learning) to enhance model adaptability. 2. Train the RL model using the newly collected EEG data allowing it to dynamically adapt to individual user patterns. 3. Optimize the AI model by incorporating reinforcement learning ensuring improved cognitive state prediction.

Deliverables

1. GRPPO-RL enhanced EEG model improving EEG-based cognitive state prediction. 2. AI model that dynamically adapts to EEG variations for personalized recommendations. 3. Benchmark report comparing GRPPO-RL with traditional ML models.

Budget

$17,000 USD

Success Criterion

1. AI model must adapt to individual EEG patterns with a self-learning accuracy of >70%. 2. Demonstrate real-time learning efficiency, improving response time in making recommendations.

Milestone 4 - Dashboard Development & Beta Testing

Description

1. Develop a user-friendly dashboard to visualize EEG insights and AI recommendations. 2. Conduct beta testing with users to gather feedback on AI-generated focus trends. 3. Refine the UX/UI to ensure ease of use and accessibility for a general audience.

Deliverables

1. Interactive dashboard displaying EEG-based cognitive insights trends and AI recommendations. 2. Beta testing program with real users for feedback and AI model validation. 3. Usability report summarizing user engagement feedback and dashboard performance improvements.

Budget

$8,000 USD

Success Criterion

1. At least 80% of beta users must report satisfaction with the AI-generated insights. 2. Dashboard must visualize EEG features & cognitive trend analysis in an easy-to-understand format. 3. Ensure seamless EEG device integration with minimal user intervention.

Milestone 5 - Final Model Optimization

Description

1. Optimize the final version of the model based on real-world user feedback. 2. Deploy EEG-based AI system as service on SNET AI Marketplace.

Deliverables

1. AI service deployed and working on SNET platform. 2. Final project report summarizing system efficiency user adoption and future scalability plans.

Budget

$10,000 USD

Success Criterion

1. Secure at least 50 real-world users to validate long-term effectiveness. 2. System must process and interpret EEG data with >80% accuracy in predicting cognitive states.

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