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Evidence-Based AI Adoption vs. Categorical AI Avoidance: Two Practitioner Stances

What this CEU teaches about the ethics of inaction: why not using ai could violate our ethics code

Source & Transformation

This comparison draws in part from “The Ethics of Inaction: Why NOT Using AI Could Violate Our Ethics Code” by Adam Ventura, PhD BCBA (BehaviorLive), and extends it with peer-reviewed research from our library of 27,900+ ABA research articles. The decision framework, BACB ethics code references, and cross-links below are synthesized by Behaviorist Book Club.

View the original presentation →
Research 9 peer-reviewed studies cited on this topic
  1. Tong et al. (2026). Association Between Autism-Related Symptoms and Mealtime Behavior Problems. Assessment Research.
  2. Martín-Díaz et al. (2026). Static and Dynamic Balance in Children and Adolescents with Autism Spectrum Disorder. Assessment Research.
  3. Al Aqel et al. (2026). Evaluation of Parental Awareness, Attitudes, and Perceptions Regarding Autism Spectrum Disorders. Assessment Research.
  4. Kaur et al. (2026). Unmasking Social Functions: Outcomes from a Retrospective Consecutive Case Series. Assessment Research.
  5. Dawson et al. (2026). Establishing Functional Communication Responses and Mands: A Scoping Review. Assessment Research.
  6. Kaye et al. (2025). Using Antecedent and Functional Analyses to Conduct a Treatment Comparison on Echolalia. Assessment Research.
  7. Treviño & Gerstein (2026). Evaluating Emotion Dysregulation in Autism: Validation and Application. Assessment Research.
  8. Goodhew & Edwards (2026). Measuring Theory of Mind: A Multiple-Choice Response Format Version. Assessment Research.
  9. Samadi et al. (2026). Validating the Brief Autism Mealtime Behavior Inventory (BAMBI). Assessment Research.
In This Guide
  1. Side-by-Side Comparison
  2. Clinical Decision Framework
  3. Key Takeaways

The debate about AI in ABA practice has often been framed as a binary choice between enthusiastic adoption and principled resistance. Ventura's presentation challenges that framing by asking practitioners to apply the same evidence-based reasoning to technology adoption that they apply to intervention selection. Goodhew & Edwards (2026) found that even for a well-established construct like theory of mind, the instrument chosen determines the sensitivity and reliability of the measurement—illustrating that tool selection decisions have real clinical consequences. The comparison below maps the two stances practitioners most commonly take toward AI and the implications of each for client care and professional compliance.

Side-by-Side Comparison

Factor Evidence-Based Approach Traditional Approach
Decision basis Evidence-based adoption: Tool evaluated against specific clinical problem; adoption decision driven by outcome data from pilot evaluation Categorical avoidance: Adoption declined based on general concerns about AI; specific tool capabilities not evaluated against specific clinical problems
Code 1.01 compliance Evidence-based adoption: Practitioner stays current with AI developments in the field and evaluates them against the evidence standard Categorical avoidance: Practitioner may fall behind the evolving evidence base for AI applications, potentially violating the currency requirement
Client outcome risk Evidence-based adoption: Risk concentrated in adoption errors (incorrect use, insufficient verification); managed through structured evaluation and verification protocols Categorical avoidance: Risk concentrated in missed efficiency gains and forgone improvements in documentation, assessment, and supervision quality
Confidentiality management Evidence-based adoption: Confidentiality evaluated tool-by-tool; tools that cannot meet HIPAA requirements are not used for client data Categorical avoidance: Confidentiality concerns generalized from inadequate tools to all tools, including those with documented HIPAA compliance and BAA availability
Professional accountability Evidence-based adoption: Practitioner can articulate the evidence basis for adoption decisions and the safeguards in place for each tool used Categorical avoidance: Practitioner can articulate principled concerns but not evidence-based evaluation of whether specific tools meet or fail those concerns
Supervisory implication Evidence-based adoption: Supervisors can teach supervisees structured AI evaluation skills applicable across tools and applications Categorical avoidance: Supervisors model categorical rejection without evidence, which may not serve supervisees who will encounter AI tools throughout their careers
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Clinical Decision Framework

Use this framework when approaching the ethics of inaction: why not using ai could violate our ethics code in your practice:

Step 1: Is intervention warranted?

Does the data support a need for intervention? Is there a meaningful impact on the individual's quality of life, safety, or access to reinforcement?

YES → Proceed to assessment NO → Document reasoning, monitor

Step 2: Have you conducted an individualized assessment?

A functional assessment should guide intervention selection. Avoid defaulting to standard protocols without individual analysis. Consider environmental variables, setting events, and private events.

YES → Select evidence-based approach matched to function NO → Complete assessment first

Step 3: Is the individual/caregiver involved in decision-making?

Goals should be co-developed. Assent and informed consent are ethical requirements. The individual's preferences and values matter in selecting both goals and methods.

YES → Proceed with collaborative plan NO → Engage in shared decision-making

Step 4: Verify your approach

Key Takeaways

Go Deeper With This CEU

This course covers the clinical and ethical dimensions in detail with structured learning objectives and CEU credit.

The Ethics of Inaction: Why NOT Using AI Could Violate Our Ethics Code — Adam Ventura · 1 BACB Ethics CEUs · $20

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Research Explore the Evidence

We extended this decision guide with research from our library — dig into the peer-reviewed studies behind each approach, in plain-English summaries written for BCBAs.

Symptom Screening and Profile Matching

258 research articles with practitioner takeaways

View Research →

Brief Functional Analysis Methods

239 research articles with practitioner takeaways

View Research →

Social Communication Screening Tools

239 research articles with practitioner takeaways

View Research →

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Clinical Disclaimer

All behavior-analytic intervention is individualized. The information on this page is for educational purposes and does not constitute clinical advice. Treatment decisions should be informed by the best available published research, individualized assessment, and obtained with the informed consent of the client or their legal guardian. Behavior analysts are responsible for practicing within the boundaries of their competence and adhering to the BACB Ethics Code for Behavior Analysts.

60+ Free CEUs — ethics, supervision & clinical topics