Research Insights

Key findings from our comprehensive research translated into actionable knowledge for families, educators, and healthcare professionals.

Brain Development & Digital Impact

Understanding how digital media uniquely affects the developing adolescent brain during critical growth periods.

Adolescent Brain Plasticity - Peak at Ages 11-14

Key Research Findings

  • Digital media exposure during ages 11-14 affects brain development differently than other ages
  • The adolescent brain shows 1.5-2x greater capacity for change compared to adults
  • Therapeutic interventions can accelerate positive brain changes by 2-4 weeks
  • Critical developmental windows exist for maximum intervention impact

Privacy That Supports Development

How psychology-informed privacy design enhances family relationships while protecting adolescent autonomy.

Privacy Framework Impact - Traditional vs Psychology-Informed

Key Research Findings

  • Traditional monitoring approaches may increase online risks while damaging family trust
  • Privacy frameworks should support healthy autonomy development
  • Psychology-informed privacy design enhances rather than harms family relationships
  • Collaborative approaches show better outcomes than surveillance-based methods

Digital Interventions That Work

Evidence-based digital therapeutic approaches with proven effectiveness for adolescent mental health.

Digital Interventions Effectiveness - 83% Success Rate

Key Research Findings

  • Mental health apps show 83% effectiveness rate for adolescents
  • Gamified interventions achieve measurable positive effects (g=0.38 effect size)
  • Video-based therapy delivery enhances engagement
  • No negative effects reported across reviewed studies

Implementation Best Practices

Technical insights for building scalable, privacy-preserving mental health solutions.

Implementation Best Practices - Technical Performance Metrics

Key Research Findings

  • Federated learning maintains 85-98% accuracy while preserving privacy
  • Scalable architectures can support 10,000+ concurrent users
  • 40-60% cost reduction possible through proper system design
  • Edge computing enables 50-200ms real-time inference