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AI, Confidence, and the Rotary Four-Way Test

January 14, 2026Updated 7 min read

A detailed reflection on the AI Insights & Beyond session at the Downtown Wichita Rotary Club, covering the Wichi-Toad case study, how large language models actually work, why AI behaves as a confidence engine, and how Rotary's Four-Way Test provides an actionable ethical framework for responsible AI leadership.

AI, Confidence, and the Rotary Four-Way Test

AI is no longer a future concern. It is a present leadership responsibility. That is what I took to my fellow Rotarians at the Downtown Wichita Rotary Club: a practical conversation about how AI is already affecting our work, our communities, and our responsibilities as leaders.

Mark Hazleton speaking at the Downtown Wichita Rotary Club about AI ethics and the Four-Way Test during the AI Insights & Beyond: Wichita Edition session

The goal of the session — AI Insights & Beyond: Wichita Edition — was straightforward: demystify AI, ground it in real-world examples, and evaluate it through Rotary's ethical lens. The Downtown Wichita Rotary Club shared a recap of the program on LinkedIn.

A Local Case Study: The Wichi-Toad Moment

We began with a story close to home — the Riverfest "Wichi-Toad" controversy. As many in Wichita will remember, the issue was never really about a toad. It was about authorship, authenticity, and trust when AI-assisted tools enter creative work.

The Riverfest artwork, created by local designer David Allen with AI assistance, triggered a broader community debate that's worth examining:

  • Is AI just another tool in the creative process?
  • Does AI involvement diminish originality?
  • Should disclosure be required when AI contributes to a work?
  • How should contests and competitions adapt?

What struck me was how Wichita became a microcosm of a global conversation on artificial intelligence. The same questions are now surfacing in marketing teams, software development shops, healthcare workflows, education, and community organizations.

AI does not eliminate responsibility. It concentrates it.

AI Basics — What Leaders Actually Need to Know

A key objective of the talk was cutting through both hype and fear by grounding AI in practical reality.

AI Is About Prediction, Not Understanding

Modern Large Language Models are trained on massive datasets and use deep learning to predict likely next words in a sequence. They don't "know" facts the way humans do. Instead, they analyze patterns, calculate probabilities, and generate statistically likely responses.

This distinction is foundational. When leaders treat AI as if it understands, they over-trust it. When they recognize it as probabilistic prediction, they govern it appropriately.

Tokenization: The Hidden Mechanics

When I explained tokenization — how AI breaks text into smaller units before processing — people up front were nodding, and afterward a few told me they felt they understood it better. A simple example helps illustrate the idea:

"I love pizza!" → ["I", "love", "pizza", "!"]

AI is not reading language holistically — it is processing structured fragments. This matters operationally because token volume drives cost, token structure affects accuracy, and token limits constrain context windows. For business leaders, token awareness is quickly becoming part of AI cost governance.

The Family Feud Analogy

I used a Family Feud analogy. Like contestants guessing the most popular survey answer, LLMs favor the tokens with the highest probability given the context. The model predicts the next token, appends it, and repeats the process.

The key insight here: AI doesn't understand meaning — it predicts patterns.

That single observation explains three major AI behaviors that organizations encounter regularly: hallucinations, bias propagation, and overconfidence.

Why AI Behaves Like a "Confidence Engine"

Another concept worth exploring is how modern LLM training rewards helpful-sounding responses. Because models are reinforced when their answers match human expectations, they can exhibit sycophantic tendencies — sounding agreeable even when uncertainty exists.

This leads to a critical leadership takeaway: AI is optimized for fluency and helpfulness, not guaranteed truth. The result is a pattern organizations are encountering more frequently — plausible-sounding inaccuracy.

I put it this way: In Star Trek, the computer would say, "That is incorrect." Modern LLMs are trained to give answers you like — not necessarily answers that are right.

It captures the current maturity gap. We are still early in the human-AI interface era — similar to learning touchscreens when smartphones first arrived. The tools are powerful, but the interaction model is still evolving.

Prompt Engineering and Context Engineering

The presentation also emphasized that effective AI use is not accidental — it is engineered. Two disciplines matter here.

Prompt Engineering

Prompts act as the instruction layer — effectively the "programming language" for guiding LLM behavior. Clear, precise instructions dramatically improve outcomes. Vague prompts produce vague results, while well-structured prompts produce outputs that are genuinely useful.

Context Engineering

Context is the environment the model sees before responding — background knowledge, rules, and boundaries that shape behavior. Well-designed context produces more consistent outputs, better alignment with intended goals, and reduced hallucination risk.

This is where experienced practitioners create real leverage. The difference between a generic AI response and a truly valuable one often comes down to how thoughtfully the context was constructed.

Viewing AI Through the Rotary Four-Way Test

The closing portion of the talk intentionally returned to Rotary principles. The core idea: AI cannot pass the Four-Way Test on its own — but we can. That framing transforms AI from a technology conversation into a leadership conversation.

Is it the truth?

  • Was the output verified against reliable sources?
  • Are the underlying data sources understood?
  • Is AI involvement disclosed transparently?

Is it fair to all concerned?

  • Could bias be present in the training data or outputs?
  • Is human oversight maintained throughout the process?
  • Are outcomes equitable across the people affected?

Will it build goodwill and better friendships?

  • Does this use of AI increase or erode trust?
  • Are we augmenting relationships responsibly?
  • Are we communicating transparently about AI's role?

Will it be beneficial to all concerned?

  • Does this create durable value for the community?
  • Are we introducing hidden risk that others will bear?
  • Would we defend this use publicly and confidently?

When I run the toad through those four questions, I land somewhere in between, leaning toward fine. On truth, the question is whether the WHAT matters more than the HOW. Is art weaker because AI tools helped make it, or do we judge the work at face value? Being honest when asked, plus a line on the media, "Digital, AI assisted," might be a good compromise, the way a gallery label says "oil on canvas."

Fairness is harder. Just ask Harrison Bergeron. Is a painter who spends weeks on a piece more valuable than one who paints live in an hour? Effort does not equal quality or marketability. Did the work meet the creative brief? The toad did, and it was judged best for the purpose against every other entry.

Allen was straightforward about the tools once people asked, and as far as I can recall, the festival neither apologized the problem away nor gave in to every demand. Goodwill was never going to mean pleasing everyone.

Benefit to all concerned is difficult in any juried contest, because the jury has to judge each piece on its merits, not the history of its creation. Here that meant an established designer using another arrow in his quiver. My worry is the next step: when a non-artist can do this quickly, we risk losing our master craftsmen and getting used to mediocre work.

Few modern governance frameworks are this immediately actionable. The Four-Way Test was written long before AI existed, yet it maps precisely to the ethical questions AI raises today.

Real-World AI in Action

To ground the discussion in tangible outcomes, the presentation highlighted several real projects already built using AI, including Zoom and Teams background generation, greeting automation at ClubBirthday.org, digital presence work for Wichita Sewer and Drain, wine dinner trivia experiences, PromptSpark tooling, and the TeachSpark and ArtSpark educational initiatives.

The message was clear: AI value is not theoretical — it is already being realized in practical, local ways.

The Leadership Moment We're In

The most important takeaway from the Rotary discussion is this: AI is not our replacement. It is our responsibility.

When guided by human judgment and grounded in enduring principles like the Four-Way Test, AI becomes what it should be — a multiplier of human capability, not a substitute for human accountability.

AI is not something happening to us. It is something we are actively shaping through the guardrails we set, the transparency we require, the judgment we apply, and the values we refuse to compromise. Service organizations like Rotary are uniquely positioned to help communities navigate this transition thoughtfully.

Because in the end, AI doesn't know truth, fairness, goodwill, or benefit. We do. And that is exactly why leadership still matters most.

Working through something similar?

If this maps to something you're working on, I'm glad to compare notes. Start with the system and the constraint that matters most.