28+ years of hands-on experience across pharmaceutical, biotech, and medical device industries. Practitioners, not theorists.
We help regulated organizations build quality systems that satisfy inspectors and actually work in practice.
FDA inspection readiness, regulatory strategy, and ongoing compliance support for pharmaceutical and medical device companies.
Learn more →QMS design, risk assessment per ISO 14971, process optimization, and metrics-driven continuous improvement.
Learn more →Root cause analysis, corrective action planning, effectiveness verification, and CAPA system assessment.
Learn more →Structured investigation methodology, non-conformance classification, batch disposition support, and trend analysis.
Learn more →Internal audits, supplier audits, and gap analyses against FDA, EU MDR, and ISO standards.
Learn more →Custom GMP, data integrity, and regulatory compliance training. Competency-based assessment included.
Learn more →Custom consulting teams for Warning Letter remediation, startup QMS build-out, and multi-site harmonization.
Learn more →SOPs, regulatory submissions, validation documentation, and audit-ready documentation packages.
Learn more →Practical guidance on quality, compliance, and manufacturing engineering, plus first-principles research and interactive simulation work.
All seven Universal Mechanics / First Utterance Model papers are now published on Zenodo with on-site PDFs. Two new lecture videos accompany the release: the UM Jurisdictional Ledger lecture (~73 min, the sub-granular foundation the series rests on) and the BCR Independent Validation video (~42 min) presenting Alfred McBride's cluster-scale dark-sector audit at pixel-level identity error of 8.43 × 10−8. USPTO 19/640,364 Patent Pending; published papers under CC-BY 4.0.
Universal Mechanics derives the inner three-envelope Triune partition of TON 618 from first law alone. The closure ratio M_BH/M_q,eq is exactly 1/φ = 61.803%. Predicted host parameters: M_host = 2.349×10¹³ M☉, v_flat = 755 km/s, σ_* = 534 km/s, r_M = 177 kpc. Includes 5-minute trailer, 18-minute teaching video, and full PDF.
An independent biological dataset (Pasca 2024) lands within ~1.5% of two phi-derived structural thresholds and within ~0.8% of a UM-novel closed-form visibility expression. Five linked framework quantities are touched in one biological process. Includes full 17:32 narrated 3D simulation video.
Live browser-based workbench for boundary response, active transition, effective coupling, parameter sweeps, and figure export.
Six measured constants derived from two numbers with zero free parameters. All results within the 3% epistemological bound.
Alpha and phi derived from two logical axioms alone with zero free parameters. Patent pending: USPTO App. No. 19/640,364.
A 60-second algebraic test that detects systematic measurement failures before deployment.
Access the live simulation environment and downloadable package for the browser-based model studio.
Run the boundary-conditioned simulator directly in the browser and export plots, figures, and state snapshots.
Open simulator →Download the self-contained HTML, CSS, and JavaScript package for local use, offline review, or repository archiving.
View downloads →Share a live, browser-hosted version of the model workbench without exposing internal project records or restricted package content.
Explore simulations →Whether you need inspection preparation, CAPA remediation, or a full QMS overhaul, we can help.
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