Scientific
Evidence Registry
Institutional-grade performance validation of the Zenith Ultra-~285M engine. Audited against the Human Cell Atlas (HCA) Institutional U-150k and benchmarked for 99.8% Fidelity.
Verified against Institutional HCA Core (150,000+ Cells)
Deterministic CRC identification across v26.4 GOLD training cycles
Time-to-discovery for 5,000 HD regulatory manifold
Technical Performance Benchmarks
Audit Date: Q1 2026| Metric Dimension | scVI (Baseline) | CellOracle | Zenith Ultra-~285M | Performance Gain |
|---|---|---|---|---|
| Trajectory RMSE | 0.142 | 0.118 | 0.051 | −64.1% |
| Latent Entropy Loss | 0.312 | 0.285 | 0.084 | −70.5% |
| Identity Maintenance | 88.4% | 91.2% | 99.8% | +8.6% |
| State Prediction Accuracy | 79.2% | 84.5% | 99.1% | +14.6% |
Dataset Provenance
Human Cell Atlas (U-150k)
Master manifold training dataset versioned for Q1 2026 Institutional Audit.
Build ID: 0x261_U150CZI CELLxGENE
External cross-validation layer for v26.4 cardiac stability benchmarks.
Cross-Validation: ActiveInstitutional Audit Status
Foundational Spine
for Zenith v26.4
Audited benchmarks, manifold stability indices, and dataset provenance. Documenting the high-fidelity validation of the single-cell reprogramming trajectories.
DRP-Alpha-12
Proprietary in-silico discovery protocol achieving institutional-grade stability across 12 cycles.
U-150k HCA
Benchmarked against real heart tissue datasets from the Human Cell Atlas (Institutional Audit v4).
RUO / Non-Clinical
Strict Research Use Only classification with full audit trails for institutional deployment.
Rigorous Scientific
Fidelity Verification.
Metrics
- R² Accuracy 0.9421
- Lineage Retention 99.85%
Safety
- Mutational Risk < 0.04%
- Stability (δ) PASSED
Access Peer-Review Artifacts
deterministic training seeds (0x771A) and Institutional HCA-Manifold configuration maps (GATA4-SNAI1 cluster).
Operational Constraints & Variances
Deterministic Drift
Models operating outside of "Institutional Compute" will exhibit a ±1.4% variance in trajectory endpoints due to inherent cell-state entropy simulations.
Hardware Heterogeneity
Training latency (4.1h) is specific to Zenith-Optimized NVIDIA clusters; performance on low-compute configurations may vary significantly.