This project will create a decentralized AI platform powered by blockchain and distributed computing technologies to ensure data privacy, security, and transparency. The platform will provide advanced tools for analyzing sensitive data in healthcare, finance, and other challenging sectors without compromising user data security and confidentiality.

Objectives:

Secure Data Analysis: Leverage decentralized AI models to process sensitive healthcare data without requiring centralized data storage.
Privacy by Design: Use blockchain for data access control, ensuring no unauthorized data use.
Interoperability: Enable seamless integration with cross platform architecture on healthcare, finance, and more.
Scalable Architecture: Build a system that supports a high volume of transactions per second (TPS) and data.
Ethical AI Frameworks: Ensure explainability, fairness, and unbiased outcomes in AI predictions.

Key Features:

Blockchain-based Data Governance:

Utilize Reltime’s Layer 1 blockchain for secure data exchange.
Smart contracts for user-defined data access rules.
Tokenized access to AI models (pay-per-analysis).

Federated Learning for AI Models:

Distributed AI training across multiple domains (hospitals, clinics, or organizations).
Secure computation ensures no raw data leaves its source.

Healthcare-Specific Modules:

Diagnostic AI: Predict diseases from patient data like scans or lab reports.
Patient treatment Analytics: Predict treatment effectiveness using historical data.
Predictive equipment Maintenance: Analyze medical apparatus logs for predictive maintenance.

Real-World Asset (RWA) Tokenization:

Enable healthcare organizations to tokenize and fractionalize ownership of AI infrastructure to raise funds for operational improvements.

DePin (Decentralized Physical Infrastructure):

Deploy mobile handsets and IoT devices as edge nodes for real-time data capture, processing and validation.

Cross-Industrial Applications:

Financial AI for fraud activity detection and reporting.
Supply chain AI for predictive logistics management.
Energy AI for usage analysis and optimization.

Technology Stack:

Blockchain Layer:

Reltime Layer 1 with Smart Contract capabilities.
Full access control for data and services.

AI Frameworks:

TensorFlow Federated, PySyft for Federated Learning.
Blockchain-based AI model registry.

Decentralized Storage:

Use IPFS or Filecoin for distributed storage of AI models and datasets.

SuperApp Integration:

Integrate into existing Reltime SuperApp for healthcare professionals, patients, and researchers.

Privacy Tools:

Differential privacy for anonymized data analysis.
Homomorphic encryption for secure data sharing.

Projected Impact:

Healthcare:

Improve diagnostic accuracy and treatment personalization.
Lower costs for hospitals and clinics with predictive maintenance.

Finance:

Enhance fraud detection and financial data analysis.

Environment:

Optimize energy and resource allocation in challenging sectors.

Decentralized AIReltime

Decentralized AI

Reltime

Decentralized AI

Reltime

Decentralized AI
Reltime