Neurialab | Neuralexica

Master Roadmap v2.0
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Master Roadmap v2.0

Offline-readable snapshot of the Neurialab stack. Phases are framed as tension between milestones and pain surfaces.

Milestones Pain Surfaces

Phase I — Foundation

Cement the semantic substrate and glyphic layer.

Semantic Architecture Layer

Milestones
  1. Finalize 230-D linguistic feature stack → 17 meta-features.
  2. Standardize feature definitions and examples.
  3. Document calibration procedures for live transcripts.
Pain Surfaces
  • Calibration routines incomplete or too manual.
  • No shared “playbook” for annotators or collaborators.

Glyphic & Affective Layer

Milestones
  1. Integrate glyph layer into transcript engine.
  2. Add confidence scaling & decay for glyph states.
  3. Prototype 1–2 “glyph dashboards” for personal sessions.
Pain Surfaces
  • No bidirectional inference between text and glyph yet.
  • Affective mapping is intuitive, not empirically validated.

Phase II — Cymatic Integration

Bring body, audio, and environment into the same analytic frame.

Cymatic–Linguistic Integration

Milestones
  1. Translate frequency bands → candidate linguistic correlates.
  2. Build first-pass pipeline: audio → feature manifolds.
  3. Integrate basic EEG signal processing for resonance mapping.
Pain Surfaces
  • Requires empirical EEG / audio data you don’t yet have.
  • Open questions around privacy & consent for bodily data.
  • Signal noise in real-world environments could skew correlations.

Phase III — Reflexive Deployment

Deploy the integrated system in controlled environments, focusing on user feedback loops.

Deployment & Feedback Layer

Milestones
  1. Launch beta prototype for self-tracking sessions.
  2. Implement real-time feedback loops for glyph adjustments.
  3. Collect initial dataset from 50+ user interactions.
Pain Surfaces
  • User adoption barriers due to tech setup complexity.
  • Feedback overload if revelations aren't paced by trust levels.

AI-Assisted Calibration

Milestones
  1. Integrate ML models for predictive glyph states.
  2. Automate calibration based on user history.
Pain Surfaces
  • Model bias from limited training data.
  • Over-reliance on AI could erode self-trust.

Phase IV — Evolutionary Scaling

Scale to collaborative and communal systems, evolving the field through shared resonance.

Collaborative Resonance Layer

Milestones
  1. Enable multi-user sessions with shared glyph manifolds.
  2. Develop community doctrine from aggregated insights.
  3. Release open-source tools for custom integrations.
Pain Surfaces
  • Privacy risks in shared data environments.
  • Scaling computations for real-time multi-user resonance.
  • Divergent user interpretations fracturing coherence.
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