Certification is intended to recognize systems that meet defined structural, measurement, and training-validity requirements.
The Simulation Fidelity Rating framework is designed to support formal certification over time. Certification should indicate that a system has been reviewed against defined criteria for motion structure, timing, synchronization, and training relevance. It is not a branding label. It is a standards outcome.
Certification is intended to indicate that a system has met defined framework requirements through structured review. It is not intended to reward visual intensity, marketing claims, or isolated specifications.
Certification must reflect measurable alignment, not descriptive language.
The system must satisfy minimum architectural requirements, including center-of-mass reference, independent degrees of freedom, and physics-driven motion.
The system must align with SFR criteria across motion, synchronization, and system coherence.
The system must qualify for the appropriate structural category and not fall below threshold conditions.
The system must be reviewed through a defined evaluation process rather than self-described through general claims.
Certification should only follow structure, measurement, and review.
Certification is not granted by appearance.
Any future certification pathway must begin with minimum threshold requirements. A system that does not meet the in-the-loop standard cannot qualify for top-level recognition within a training-validity framework.
View In-the-Loop Standard →Certification is downstream from evaluation. Review must occur before recognition can be justified.
Claims without evaluation do not support certification.
The certification layer is intended to evolve through repeatable evaluation, structured documentation, and consistent application of the framework.
Definitions, thresholds, and measurement structure are established.
Systems can be reviewed using a defined protocol.
Systems are assessed consistently against the same framework.
Formal recognition may be issued where criteria, evidence, and process support it.
Certification should emerge from framework maturity, not from premature labeling.
The framework currently defines the structural and evaluative basis required for future certification. Formal certification may depend on continued refinement, review processes, and implementation pathways.
Active certification has not yet been formally issued. This page describes the intended direction of the framework.
Certification only matters if the underlying criteria are real.
A certification layer only has meaning if it rests on defined structure, repeatable review, and consistent interpretation. The purpose of SFR certification is not to decorate systems. It is to identify systems that meet the requirements of valid training.
Certification should be earned through structure, measurement, and review.
Apply the framework to a real system, environment, or use case through a structured review pathway.
For teams, facilities, researchers, and organizations seeking structured classification or review.