Patent Portfolio

This portfolio highlights selected intellectual property developed through applied systems thinking and invention. Each entry is presented in plain language to clarify intent, application, and current status.

How These Patents Are Presented

Patents are summarized to emphasize the problem addressed, the underlying insight, and potential applications. Legal scope and claims are discussed during licensing conversations rather than published here.

Regime Validation Engine for High‑Risk Systems

Complex models often produce confident outputs even when their underlying assumptions no longer hold. This creates hidden risk for organizations relying on simulations, AI, or predictive systems in critical decisions.

By providing a proprietary way to validate when analytical methods are appropriate and when they must be restricted or suspended. It helps organizations avoid false insights, reduce decision risk, and apply advanced analysis only in regimes where it remains reliable.

Applications

  • AI & Machine Learning R&D

  • Simulation & Digital Twins

  • High‑Risk Decision Platforms

  • Model Governance & AI Safety

Status
Patent Pending (US)

Availability
Licensing or acquisition discussion

Boundary-Safe Framework for Interpreting Complex Systems

Organizations misclassify complex biological, cognitive, and behavioral phenomena by forcing them into the wrong explanatory models, leading to flawed decisions, policy errors, and misplaced interventions. This problem is felt most in high‑stakes research, safety, and evaluation contexts where interpretation mistakes are costly.

The  unified, non‑collapsing framework that keeps different functional domains separate while allowing coordinated analysis. It enables clear boundary setting, identifies when a model no longer applies, and prevents moralized or diagnostic overreach, supporting more reliable, defensible decisions.

Applications

  • Consistent neurocognitive classification standards

  • AI and human‑systems teams

  • Policy risk analysis behavioral phenomena interpretability

  • Enterprise platforms enabling boundary-aware data analysis

Status
Patent Pending (US)

Availability
Licensing or acquisition discussion

Resilient Execution Control for Long‑Running Computational Systems

Complex software systems can break down when calculations become unstable, undefined, or exceed system limits, especially during long‑duration or extreme operations. This creates costly failures, restarts, and loss of continuity for organizations relying on advanced computation.

Introducing a novel control approach that treats unstable computational outcomes as execution artifacts rather than real system states. By redirecting execution through a protected control state, systems can continue operating in a stable, repeatable way without cascading errors or shutdowns.

Applications

  • Mission-critical continuous extreme simulation platforms

  • Robust adaptive AI analytics pipelines

  • Long-horizon optimization planning systems

  • Fail-stop simulation environments

Status
Patent Pending (US)

Availability
Licensing or acquisition discussion

Dynamic Regulatory Framework for Non‑Diagnostic Neurocognitive State Classification

Neurocognitive assessment systems rely on static diagnostic labels that fail to capture dynamic regulation, variability, and recovery over time. These approaches leave gaps in population coverage and often pathologize differences rather than describing functional states. 

This invention introduces a non‑diagnostic classification framework that organizes neurocognitive function into a complete set of dynamic regulatory states. It provides a living reference for balance and recalibration that supports longitudinal understanding without enforcing normative ideals. 

Applications

  • Neurocognitive State Monitoring
  • Adaptive wellness platforms
  • Human performance optimization
  • Non‑diagnostic mental health analytics

Status
Patent Pending (US)

Availability
Licensing or acquisition discussion

Adaptive Ergonomic Tool Interface

Addresses physical strain and inefficiency in repetitive manual tool use across varied applications.

A force-aware interface that adapts to different users and tasks to reduce strain without adding complexity or customization.

Applications

  • Hand tools

  • Drywall workflows

  • Industrial maintenance

  • Repetitive-use equipment

Status
Patent Granted (US)

Availability
Licensing or acquisition discussion

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