Prediction and model identity
Retain the served model, input transformation, output scale and downstream rule.
THE GOVERNATLAS RESEARCH LIBRARY
An operating guide to feature attributions, reference populations, counterfactual feasibility and explanation stability. Includes a private, downloadable explanation review record.
GovernAtlas editorial analysis
Published October 15, 2026
Original operating recommendations. Model-assisted research, with primary-reference and editorial review. No paid placement or unperformed product testing.
The research library ↗THE QUESTION
An explanation describes a particular model, output and comparison under chosen assumptions. Preserve those assumptions, test the limits and identify who can act on the result. A convincing visualization is not causal evidence, a fairness finding or permission to change a real decision.
01 / THE METHOD
Begin by asking who needs the explanation and what they will do with it. A developer debugging an unexpected score, a model validator investigating a dependency and an operator deciding whether to escalate a case need different evidence. The same feature-importance chart cannot be assumed to meet all three needs. Write down the intended reader, the question and the consequence of a misleading answer before selecting an explainer.
For a fictional document-routing model, the question might be why a harmless test document was sent to a specialist queue. The reviewer needs the served model version, the actual input representation, the predicted class and the routing rule. Explaining an earlier notebook model may be technically correct while failing to explain the live workflow. Keep prediction explanation separate from the business rule that used the prediction.
NISTIR 8312 discusses explanation, meaningfulness, explanation accuracy and knowledge limits. Those principles are useful background, not a ready-made acceptance test or a product endorsement. The procedure here is GovernAtlas's proposed operating method. It helps a team assemble and challenge evidence; it does not determine a legal right, certify a model or replace the responsible decision owner.
02 / THE METHOD
Record the application and model versions, preprocessing, feature schema, output being explained, explainer implementation and relevant settings. Distinguish a class probability from a raw score, a transformed output and a downstream threshold decision. If a contribution plot is in a different output space from the number shown to an operator, require the reviewer to explain the relationship instead of treating the numbers as interchangeable.
Keep input provenance alongside the result. An encoded field, a missing-value replacement or an aggregated history may be the actual input to the model even when the interface displays a familiar human label. Reconstruct the same synthetic record through preprocessing and verify which features the explainer receives. A label such as account activity is insufficient if its underlying window or transformation changed between runs.
Retain the original artifact or a controlled internal reference with the review record. Use a stable case identifier so a future reviewer can connect the model output, explanation and decision without relying on a screenshot filename. Keep confidential inputs and artifacts in approved storage. The working tool below records non-sensitive references only and does not receive files, execute a model or inspect the linked evidence.
03 / THE METHOD
A feature attribution needs an interpretation context. Ask what reference or background data the chosen method uses, how it was selected and whether it represents the comparison the reviewer intends. Do not describe a contribution as an absolute reason independent of those choices. A feature can look different when compared with a broad population than when compared with a narrow operational cohort.
In a synthetic routing trial, keep the target record and served model fixed while comparing two deliberately documented background cohorts. Preserve both explanations and the reason for each cohort. If rankings change, investigate whether that reflects a changed comparison, an unstable approximation or a processing error. This diagnostic exercise does not establish a universal acceptable amount of variation; the reviewer must relate the difference to the intended use.
Separate a local explanation of one output from a global summary over many records. A global importance view can describe a chosen dataset while concealing cases where the behavior differs. If the decision concerns a particular case, inspect that case. If the decision concerns an operating population, document the sampling, exclusions and subgroup limits before generalizing from a small demonstration.
04 / THE METHOD
Build a small authorized synthetic trial with a normal case, a missing-field case and a deliberately difficult boundary case. Repeat the same explanation under pinned settings where the method is approximate. Then vary one factor at a time: reference data, a justified input perturbation or an explainer setting. Preserve the prediction as well as the explanation, because a changed model output and a changed attribution answer different questions.
Define what would make the explanation unusable for its intended reader. That might be an irreproducible sign, a feature label that does not match the served schema or a plausible narrative unsupported by the retained calculation. Do not infer a universal stability threshold from this guide. The acceptance criterion belongs to the application and review purpose, and an unresolved result should stay unresolved rather than becoming a green dashboard tile.
Use an independently inspectable sanity check where possible. For a simple synthetic additive model, a reviewer can compare the expected contribution structure with the explainer's output. A complex model may need a different diagnostic and stronger specialist review. A passed toy check only establishes behavior for that fixture and configuration; it is not evidence that the same explanation method is reliable for every production model.
05 / THE METHOD
A counterfactual explanation asks what alternative inputs could change a model output under a chosen method and constraints. That is different from showing that a person can make the change, that the intervention would cause the desired real-world outcome or that the changed input would be accepted by the wider workflow. Record which variables are permitted to vary and which are fixed before interpreting the result.
For a fictional queue-routing example, a proposed change in document completeness may be actionable, while changing a historical event is impossible. Correlated fields can also make an independently varied combination unrealistic. Ask a domain reviewer to inspect the proposed alternative, its feasibility constraints and any omitted dependencies. Retain a rejected alternative with the reason for rejection rather than showing only the most persuasive example.
Do not translate a model-generated alternative into advice about a real person's employment, credit, insurance or health decision. This guide supplies no such determination. In an operational review, the authorized specialists must decide what can be communicated or acted upon. The explainer's technical ability to generate an input does not confer authority to recommend it.
06 / THE METHOD
An explanation can make a model behavior easier to inspect without establishing that the behavior is fair. A fairness assessment asks a separate question about a defined population, outcome, group comparison and possible harm. Do not use a benign-looking list of top features as evidence that all relevant disparities have been examined or that a sensitive attribute has no indirect influence.
Where an authorized fairness review is appropriate, document the metric, population definitions, sample sizes, missing labels and exclusions. Inspect important intersections and the uncertainty caused by sparse groups instead of treating a missing result as zero disparity. These are review questions, not permission to collect sensitive attributes or a prescription of a universally correct metric. Data handling and interpretation require the responsible specialists.
Use explainability to investigate a finding, not to dismiss it. If a subgroup result prompts a hypothesis about a feature or preprocessing step, preserve the original observation, propose a controlled diagnostic and record what the diagnostic actually shows. Changing an attribution display does not by itself change the model, the outcome distribution or the experience of the affected users.
07 / THE METHOD
The review packet should identify what was explained, the intended reader, the method and comparison assumptions, the observations, unresolved issues and the next responsible action. Distinguish evidence recorded from evidence reviewed and from an accepted decision. An artifact can exist while failing to answer the question that motivated the review.
Use the working record below to structure the conversation. Its five workstreams begin unreviewed. You can record an evidence reference, a gap or a reason a workstream does not apply; the tool does not validate those choices or calculate readiness. Download the plain-text record before leaving. Reloading clears it, and entries are not transmitted to GovernAtlas.
Revisit the explanation after a material model, feature, preprocessing, explainer, background-data or operating-population change. Retain the prior review so the team can identify which assumption changed. A useful explanation review narrows a decision with traceable evidence and honest limits. It should remain useful even when the outcome is to pause, obtain specialist input or reject the proposed use.
YOUR WORKING MATERIALS
REFERENCES / METHOD / SCOPE
The procedures, scenarios and acceptance questions in this guide are GovernAtlas editorial recommendations. They are not a prescribed standard, legal determination, certification or independent test result. Primary references were inspected October 15, 2026; source-specific concepts remain distinct from our recommended implementation method.
Primary background on explanation, intended readers, explanation accuracy and knowledge limits. The trial sequence and record here are original GovernAtlas recommendations, not a NIST-prescribed procedure or endorsement.
Project reference for feature-attribution methods and examples. Method documentation does not establish causal effects, a correct reference population or fitness for a particular decision.
Project reference for generating counterfactual examples and configuring features that may vary. Generated alternatives are not findings of real-world feasibility or authorized advice.
Project background on fairness assessment. Metric choice, data permissions, harm definitions and operational decisions remain context-specific specialist responsibilities.
CONTINUE THE RESEARCH
These related profiles contain source-scoped statements and diligence questions. Their inclusion here is an editorial reading path, not a ranking or evidence that every platform performs every workflow in this guide.
Aequitas documents an open-source toolkit for bias auditing and fairness-aware machine learning.
The AI Explainability 360 project documents an open-source toolkit for explaining datasets and machine-learning models.
The AI Fairness 360 project documents an open-source toolkit with fairness metrics and bias-mitigation algorithms for datasets and models.
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Deeploy describes AI governance with discovery, onboarding, control frameworks, assessments, monitoring and agent governance.
DiCE documents methods for generating diverse counterfactual explanations of machine-learning predictions.
Fairlearn documents a Python package for assessing model fairness and applying mitigation techniques.
FairPlay describes a platform for testing, optimization and validation of AI systems and agents for financial services and insurance.
InterpretML documents tools for fitting interpretable models and explaining black-box machine-learning systems.
QuantPi describes an AI validation platform for testing models and agentic systems and documenting risk assessments.
The SHAP project documents a game-theoretic approach to explaining machine-learning model outputs through feature attributions.
SolasAI describes software for analyzing algorithmic disparities, comparing model alternatives and producing supporting documentation.
Yields describes model risk management software with model inventories, risk tiering, lifecycle workflows, documentation and monitoring.