Phys-Valid™
Deterministic constraint-validation and governance screening for high-consequence environments.
A rigorous digital system for evaluating declared operating conditions, verifying evidence admissibility, and making technical decision boundaries explicit and auditable.
Currently deployed in controlled pilot environments.
Governance Before Assumption
Conditions must be declared before conclusions are granted.
In high-consequence operational, engineering, and capital asset settings, failures of governance rarely happen because formulas are incorrect. They happen because operating conditions drift, boundary constraints are left implicit, or assumptions are treated as facts.
Phys-Valid establishes a disciplined screening layer that verifies whether declared operational parameters satisfy required constraint envelopes before decision packages are submitted for engineering review.
Platform Principles & Governance
Phys-Valid does not replace professional engineering judgment.
It does not predict equipment failure or calculate remaining life.
It enforces explicit constraint validation, evidence admissibility, and complete audit traceability.
Licensed engineers and accountable operational authorities remain responsible for all consequential decisions.
Engineering Governance & Standards Notice
Phys-Valid is a deterministic screening and decision governance tool. It does not replace applicable industrial codes, API standards, ASME requirements, or statutory engineering certifications. It provides structured validation of declared inputs against established mathematical and operational criteria, ensuring that anomalies are flagged and routed through proper engineering review workflows.
Screening Architecture
Five stages of deterministic validation
A transparent progression from input declaration to verified governance trail.
Declare Conditions
Operational data, design envelopes, temperature/pressure parameters, and inspection records are explicitly declared.
Admissibility Check
Verification of data completeness, measurement lineage, valid sensor calibration, and required evidence provenance.
Constraint Screening
Deterministic mathematical evaluation of operating conditions against strict structural and operational boundary limits.
Escalation Routing
Any parameter violation, ambiguity, or boundary threshold automatically routes to designated engineering authorities.
Traceable Audit Log
An immutable, time-stamped validation record is generated, capturing all rules, inputs, reviews, and sign-offs.
Core Capabilities
Designed for high-consequence operational clarity
Declared Conditions
Makes operational assumptions and boundary envelopes explicit rather than buried across disparate spreadsheets.
Deterministic Logic
Pure mathematical rule evaluation without black-box statistical hallucinations or unpredictable inferences.
Admissibility Gating
Prevents unverified or stale inspection evidence from being quietly accepted into decision packages.
Escalation Workflows
Structured pathways that immediately elevate out-of-envelope parameters to senior technical authorities.
Evidence Traceability
End-to-end lineage mapping connecting raw data sources, validation rules, and accountable human sign-offs.
Engineering Centricity
Constructed around how integrity and operations teams actually review, debate, and authorize operational decisions.
Pilot Deployment & Inquiry
Examine operational constraints with complete rigor.
Contact Feras Banna to discuss pilot collaboration, technical briefings, or decision governance integration.