About This Section
This section outlines Myome's roadmap including federated learning for privacy-preserving model training, AI-powered health coaching using large language models, clinical trial recruitment and N-of-1 experimentation, and longevity optimization through biological age tracking and interventions.
10. Future Directions
Myome's roadmap includes several advanced capabilities:
Multi-User Federated Learning
While Myome is local-first for privacy, users can opt into federated learning—training shared models without exposing individual data. This enables:
- More accurate predictive models trained on millions of person-years of data
- Discovery of rare biomarker patterns invisible in single-user datasets
- Population-level insights (e.g., air pollution impacts across regions)
Implementation uses differential privacy and secure aggregation to ensure individual privacy while benefiting from collective intelligence.
AI-Powered Health Coaching
Integration with large language models to provide natural language health insights:
- "Your glucose has been more variable this week. I notice you've had less sleep and more stress—these correlate in your data (r=0.58, p<0.01). Would you like suggestions for stress reduction?"
- Answering questions: "What happened to my HRV during that business trip last month?"
- Proactive recommendations: "Based on your father's health trajectory at this age, consider getting a coronary calcium scan."
Clinical Trial Recruitment and N-of-1 Trials
Myome's rich phenotype data enables:
- Precise clinical trial matching (find studies targeting your specific biomarker profile)
- Self-experimentation through N-of-1 trials (test supplement effectiveness using randomized crossover design)
- Real-world evidence generation for therapies
Longevity Optimization
Extending healthspan, not just lifespan, through:
- Biological age tracking and reversal (epigenetic clocks, biomarker panels)
- Rapamycin, metformin, NAD+ precursor monitoring
- Senescent cell burden assessment
- Mitochondrial function testing