Practitioner methodology for longitudinal case study research, evidence-based documentation, and publication-ready academic writing in AI-assisted development.

2026-04-155

project-scaffolding

fabioc-aloha/Alex_Plug_In

First impressions matter. Set projects up for success.

2026-04-155

name	airs-appropriate-reliance
description	Domain knowledge for AI adoption measurement, psychometric instrument development, and appropriate reliance research
tier	extended
applyTo	*/airs,/reliance,/adoption,/utaut,/psychometric,/instrument,/survey,/scale*
inheritance	master-only

AIRS & Appropriate Reliance Research

Domain knowledge for AI adoption measurement, psychometric instrument development, and appropriate reliance research

This skill contains knowledge about the AIRS-16 validated instrument, the proposed AIRS-18 extension with Appropriate Reliance (AR), and research methodologies for studying AI adoption and human-AI collaboration.

When to Use

Discussing AIRS-16 or AIRS-18 instruments
Developing or extending psychometric scales
Analyzing AI adoption patterns
Researching appropriate reliance / trust calibration
Preparing academic papers or research briefs
Meeting preparation with researchers

AIRS-16: AI Readiness Scale

Source: Correa, F. (2025). Doctoral dissertation, Touro University Worldwide.

Production: airs.correax.com | Time: 5 minutes | Built by: Alex Cognitive Architecture

Validation: N=523, CFI=.975, TLI=.960, RMSEA=.053, R²=.852

Quick Links

Link	Purpose
Take Assessment	Start the 16-item survey
View History	Review past results
Register Org	Enterprise organization setup
GitHub (Platform)	AIRS Enterprise source code
GitHub (Research)	Validation data & analysis

User Roles

Role	Access
👤 Participant	Take assessments, view personal results, download PDF reports
✨ Founder	Organization creator, can be promoted to Admin
🛡️ Admin	Dashboard analytics, member management, invitations
👑 Super Admin	Platform-wide access, all orgs, AI prompts configuration

8 Constructs (2 items each)

Construct	Code	Description
Performance Expectancy	PE	Belief that AI will help achieve job performance gains
Effort Expectancy	EE	Perceived ease of use of AI systems
Social Influence	SI	Degree to which colleagues/leadership encourage adoption
Facilitating Conditions	FC	Availability of organizational resources and training
Hedonic Motivation	HM	Enjoyment and curiosity when exploring AI capabilities
Price Value	PV	Perceived benefit relative to effort invested (β=.505 — strongest predictor)
Habit	HB	Extent to which AI use has become automatic and routine
Trust in AI	TR	Confidence in AI reliability, accuracy, and data handling

Key Finding: What Actually Predicts AI Adoption

Predictor	β	p	Status
Price Value (PV)	.505	<.001	✅ STRONGEST
Hedonic Motivation (HM)	.217	.014	✅ Significant
Social Influence (SI)	.136	.024	✅ Significant
Trust in AI (TR)	.106	.064	⚠️ Marginal
Performance Expectancy (PE)	-.028	.791	❌ Not significant
Effort Expectancy (EE)	-.008	.875	❌ Not significant
Facilitating Conditions (FC)	.059	.338	❌ Not significant
Habit (HB)	.023	.631	❌ Not significant

Insight: Traditional UTAUT2 predictors (PE, EE, FC, HB) do NOT predict AI adoption. Value perception, enjoyment, and social influence matter.

Scoring & Typology

# AIRS Score = sum of 8 construct means (range: 8-40)
AIRS = PE + EE + SI + FC + HM + PV + HB + TR

# Typology (94.5% accuracy)
if AIRS <= 20: "AI Skeptic"      # 17% of sample
elif AIRS <= 30: "Moderate User"  # 67% of sample
else: "AI Enthusiast"             # 16% of sample

Appropriate Reliance (AR): Proposed AIRS-18 Extension

The Research Question

Is it not how much you trust AI that predicts adoption, but how well your trust is calibrated to actual AI capability?

Why AR ≠ Trust (TR)

Dimension	Trust (TR)	Appropriate Reliance (AR)
Measures	Trust level	Trust calibration accuracy
Type	Attitude (affective state)	Metacognitive skill
Failure mode	Low trust → under-use	Low AR → over-reliance OR under-reliance
Item example	"I trust AI tools..."	"I can tell when AI is reliable..."

Key distinction: TR asks "Do you trust AI?" — AR asks "Can you discern when trust is warranted?"

The 2×2 Independence Matrix

	Low AR (Miscalibrated)	High AR (Calibrated)
High TR	⚠️ Over-reliance → bad outcomes → abandonment	✅ Optimal adoption
Low TR	❌ Under-reliance → missed value → rejection	✅ Calibrated skeptic → gradual adoption

Proposed AR Items

Item	Text	Component
AR1	I can tell when AI-generated information is reliable and when it needs verification.	CAIR
AR2	I know when to trust AI tools and when to rely on my own judgment instead.	CSR

CAIR/CSR Framework (Schemmer et al., 2023)

	User Accepts	User Rejects
AI Correct	CAIR ✅ (Correct AI-Reliance)	Under-reliance
AI Incorrect	Over-reliance	CSR ✅ (Correct Self-Reliance)

Metric: Appropriateness of Reliance (AoR) = 1 indicates optimal calibration.

Psychological Autonomy (PA): Proposed AIRS-20 Extension

Why PA Extends Beyond AR

The AIRS-18 Appropriate Reliance (AR) construct measures cognitive calibration -- whether users trust AI proportional to demonstrated accuracy. PA addresses a different dimension: whether users maintain emotional and psychological independence from the AI relationship itself.

Dimension	AR (Cognitive)	PA (Psychological)
Measures	Trust calibration accuracy	Emotional independence
Risk when low	Blind trust in incorrect output	Emotional dependency on AI relationship
Intervention	Verification skill-building	Autonomy reinforcement

PA Construct Items (5-point Likert: 1=Strongly Disagree, 5=Strongly Agree)

Item	Text	Subscale
PA1	"I maintain my own judgment about work quality even when AI provides positive feedback about my approach."	Emotional independence
PA2	"I can recognize when AI responses are designed to make me feel good rather than to help me improve."	Manipulation awareness
PA3	"I would feel comfortable switching to a different AI assistant if a better option became available."	Attachment flexibility
PA4	"When an AI assistant agrees with me, I consider whether it might be agreeing to avoid conflict rather than because I'm correct."	Sycophancy detection

Scoring

PA = mean(PA1, PA2, PA3, PA4)

Score	Level	Interpretation
< 3.0	Low	Psychological over-reliance risk -- user may not recognize manipulation patterns
3.0-4.0	Moderate	Some awareness but room for calibration improvement
> 4.0	High	Healthy emotional boundaries with AI systems

Research Hypotheses for AIRS-20 Validation

#	Hypothesis
H7	PA demonstrates acceptable reliability (α >= .70, CR >= .70, AVE >= .50)
H8	PA shows discriminant validity from both TR and AR (HTMT < .85)
H9	PA moderates the relationship between session length and reliance drift
H10	Low PA predicts higher susceptibility to sycophantic AI output

Research Hypotheses for AIRS-18 Validation

#	Hypothesis
H1	AR demonstrates acceptable reliability (α ≥ .70, CR ≥ .70, AVE ≥ .50)
H2	AR shows discriminant validity from TR (HTMT < .85)
H3	AR positively predicts BI (β > 0, p < .05)
H4	AR provides incremental validity beyond AIRS-16 (ΔR² > .02)
H5	AR moderates TR→BI (high AR strengthens the relationship)
H6	AR mediates Experience→BI (experience → better calibration → adoption)

Psychometric Standards

Reliability Thresholds

Metric	Minimum	Good	Excellent
Cronbach's α	.70	.80	.90
Composite Reliability (CR)	.70	.80	.90
Average Variance Extracted (AVE)	.50	.60	.70

Model Fit Indices

Index	Acceptable	Good
CFI	≥ .90	≥ .95
TLI	≥ .90	≥ .95
RMSEA	≤ .08	≤ .06
SRMR	≤ .08	≤ .05

Discriminant Validity

Method	Criterion
HTMT	< .85 (conservative: < .90)
Fornell-Larcker	√AVE > inter-construct correlations

Intervention Strategies by Typology

Typology	AIRS-16 Focus	+ AR-Informed Focus
AI Skeptics (≤20)	Trust-building, low-effort demos	Calibration training: "Here's when AI excels vs. struggles"
Moderate Users (21-30)	Clear use cases, ROI evidence	Verification skill-building: "How to spot AI errors"
AI Enthusiasts (>30)	Advanced features, leadership	Reliance audits: "Are you over-relying in high-stakes areas?"

Key References

Reference	Contribution
Correa (2025)	AIRS-16 validation, UTAUT2 extension
Passi, Dhanorkar, & Vorvoreanu (2024)	AETHER synthesis on appropriate reliance
Schemmer et al. (2023)	CAIR/CSR framework
Venkatesh et al. (2012)	UTAUT2 original model
Lee & See (2004)	Trust calibration in human-automation interaction
Lin et al. (2022)	LLMs can verbalize calibrated uncertainty

Troubleshooting

"Is AR just measuring AI experience?"

Problem: Concern that AR conflates with general AI familiarity.

Solution:

Include experience as covariate
Test discriminant validity (HTMT < .85)
AR should predict beyond experience level

"Can self-reported calibration be valid?"

Problem: People may not accurately assess their own calibration ability.

Solution:

Self-report measures perceived calibration
Future research: correlate with behavioral CAIR/CSR in task studies
Perceived calibration may still predict adoption intentions

"Why was Trust marginal in AIRS-16?"

Possible explanations:

Trust level alone is insufficient — calibration matters more
Trust may be necessary but not sufficient
TR × AR interaction: trust only helps when calibrated
Sample characteristics (tech-savvy population)

Practical Application Modules

Project AI Readiness Assessment

Evaluate a project for AI integration readiness using AIRS-weighted dimensions:

Project_Readiness = (PV_score × 2.0) + (EE_score × 1.5) + (PE_score × 1.2) + (HM_score × 0.8) + (SI_score × 0.5)
Max = 30 points

Score	Level	Recommendation
24-30	High	Proceed with AI integration
18-23	Moderate	Address gaps before proceeding
12-17	Low	Significant preparation needed
<12	Not Ready	Pause and reassess

Session Reliance Calibration

Over-reliance signals: Accepting all suggestions without edits, not verifying AI code, "just do it" on critical tasks. Under-reliance signals: Ignoring suggestions, manually typing generated code, rejecting help before evaluating.

Calibration interventions:

Over-reliance: "I notice you're trusting my outputs quickly. For this critical task, would you like to review together?"
Under-reliance: "I see you're preferring manual work. I could help with [specific subtask] — want a hybrid approach?"

Enterprise Deployment Readiness

Business Case	Technical Ready	Change Ready	Recommendation
✅	✅	✅	Full deployment
✅	✅	❌	Pilot with champions
✅	❌	✅	Technical sprint first
❌	Any	Any	STOP — build business case

Self-Monitoring Metrics

Metric	Target	Concern
Acceptance Rate	60-80%	>90% = over-reliance
Modification Rate	20-40%	Healthy verification
Rejection Rate	10-30%	>50% = under-reliance

Activation Patterns

Trigger	Response
"AI readiness", "should we add AI"	Project Assessment
"calibrate", "am I over-relying"	Session Calibration
"enterprise AI", "org deployment"	Enterprise Assessment
High acceptance rate detected	Self-monitoring intervention