Tag Archives: human behavior

Are Humans Just a Fleshy Generative AI Machine?

Are Humans Just a Fleshy Generative AI Machine?

GUEST POST from Geoffrey A. Moore

By now you have heard that GenAI’s natural language conversational abilities are anchored in what one wag has termed “auto-correct on steroids.” That is, by ingesting as much text as it can possibly hoover up, and by calculating the probability that any given sequence of words will be followed by a specific next word, it mimics human speech in a truly remarkable way. But, do you know why that is so?

The answer is, because that is exactly what we humans do as well.

Think about how you converse. Where do your words come from? Oh, when you are being deliberate, you can indeed choose your words, but most of the time that is not what you are doing. Instead, you are riding a conversational impulse and just going with the flow. If you had to inspect every word before you said it, you could not possibly converse. Indeed, you spout entire paragraphs that are largely pre-constructed, something like the shticks that comedians perform.

Of course, sometimes you really are being more deliberate, especially when you are working out an idea and choosing your words carefully. But have you ever wondered where those candidate words you are choosing come from? They come from your very own LLM (Large Language Model) even though, compared to ChatGPT’s, it probably should be called a TWLM (Teeny Weeny Language Model).

The point is, for most of our conversational time, we are in the realm of rhetoric, not logic. We are using words to express our feelings and to influence our listeners. We’re not arguing before the Supreme Court (although even there we would be drawing on many of the same skills). Rhetoric is more like an athletic performance than a logical analysis would be. You stay in the moment, read and react, and rely heavily on instinct—there just isn’t time for anything else.

So, if all this is the case, then how are we not like GenAI? The answer here is pretty straightforward as well. We use concepts. It doesn’t.

Concepts are a, well, a pretty abstract concept, so what are we really talking about here? Concepts start with nouns. Every noun we use represents a body of forces that in some way is relevant to life in this world. Water makes us wet. It helps us clean things. It relieves thirst. It will drown a mammal but keep a fish alive. We know a lot about water. Same thing with rock, paper, and scissors. Same thing with cars, clothes, and cash. Same thing with love, languor, and loneliness.

All of our knowledge of the world aggregates around nouns and noun-like phrases. To these, we attach verbs and verb-like phrases that show how these forces act out in the world and what changes they create. And we add modifiers to tease out the nuances and differences among similar forces acting in similar ways. Altogether, we are creating ideas—concepts—which we can link up in increasingly complex structures through the fourth and final word type, conjunctions.

Now, from the time you were an infant, your brain has been working out all the permutations you could imagine that arise from combining two or more forces. It might have begun with you discovering what happens when you put your finger in your eye, or when you burp, or when your mother smiles at you. Anyway, over the years you have developed a remarkable inventory of what is usually called common sense, as in be careful not to touch a hot stove, or chew with your mouth closed, or don’t accept rides from strangers.

The point is you have the ability to take any two nouns at random and imagine how they might interact with one another, and from that effort, you can draw practical conclusions about experiences you have never actually undergone. You can imagine exception conditions—you can touch a hot stove if you are wearing an oven mitt, you can chew bubble gum at a baseball game with your mouth open, and you can use Uber.

You may not think this is amazing, but I assure you that every AI scientist does. That’s because none of them have come close (as yet) to duplicating what you do automatically. GenAI doesn’t even try. Indeed, its crowning success is due directly to the fact that it doesn’t even try. By contrast, all the work that has gone into GOFAI (Good Old-Fashioned AI) has been devoted precisely to the task of conceptualizing, typically as a prelude to planning and then acting, and to date, it has come up painfully short.

So, yes GenAI is amazing. But so are you.

That’s what I think. What do you think?

Image Credit: Google Gemini

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Humanizing Agility

Humanizing Agility

GUEST POST from Janet Sernack

Like many others, I invested time in isolation during the pandemic to engage in various online learning programs. As a highly credentialed coach to many global Agile and SCRUM leaders in major international and local organizations, I enrolled in an Agile coach certification program and enthusiastically attended all daily sessions. It was a disastrous learning experience, verifying my perception of the Agile community’s focus on a prescriptive rules-driven process to agility. The Agile Manifesto’s  highest priority is satisfying customers through the early and continuous delivery of valuable software; only two of the 12 principles mention people – “Business people and developers must work together daily throughout the project” and “the best architectures, requirements, and design emerge from self-organizing teams.” So, with this in mind, what might be some of the benefits of integrating a technological and process-driven disciplined approach towards humanizing agility?

I am a conceptual and analytical thinker, an entrepreneur, and an innovator who is acknowledged as a global thought leader on the people side of innovation. I also teach, mentor, and coach people to be imaginative, inquisitive, and curious, always asking many open questions. I empower, enable, and equip them to become change-agile, cognitively, and emotionally agile and develop their innovation agility. The presenters responded to my method of inquiry by assuming that I knew nothing about Agile despite knowing nothing about my background.

As a result, they failed to certify me without communicating or consulting with me directly, despite my meeting all of the course evaluation criteria and having more than 10,000 hours of facilitation and more than 1,000 hours of coaching experience on the people side of change. I also have a comprehensive background in humanizing total quality management, continuous improvement, and start-up methodologies in major organizations.

I contacted the training company and challenged their decision, only not to be “heard” and be paid lip service when confronted by a rigid, linear, conventional, disconnected approach to agility and its true role and capability in catalysing change, innovation and teaming.

This is especially true considering the senior SCRUM and Agile leaders I was coaching at the time experienced very few problems with Agile’s disciplined process and technological side. They specifically requested coaching support to develop strategies to resolve their monumental challenges and complex issues involving “getting people to work together daily” and operating as “self-organizing teams.” How do they go about humanizing agility?

Making sense of agility

Despite my disappointment, I bravely continued researching how to make sense of agility and link and integrate it with the people side of change, innovation, and teams. I intended to enable leaders to execute agile transformation initiatives successfully by combining a human-centered approach to agile software development through humanizing agility.  

Agility refers to a leader, team, or organization’s ability to make timely, effective, and sustained changes that maintain superior performance. According to Pamela Myer’s book “The Agility Shift”, – an agility shift is the intentional development of the competence, capacity and confidence to learn, adapt and innovate in changing contexts for sustainable success. We have incorporated this approach into our innovation learning and coaching curriculum at ImagineNation™ and iterated and pivoted it over the past 12 years in empowering, enabling and equipping people to become “agility shifters” by humanizing agility.

Humanizing agility differently

Agility can be humanized and expanded to include change, cognitive, innovation, and organizational agility, all powerfully fueled by people’s emotional energy. This is fundamental to achieving success through non-growth or growth strategies and delivering equitable and sustainable outcomes that will make the world a better place for all humanity.  

It involves identifying pivots, unlearning, learning, and relearning, embracing new approaches, frameworks, and tools, and developing new 21st-century mindsets, behaviors, and skills.

Humanizing agility involves empowering, enabling, and equipping people to be, think and act differently autonomously and competently, especially in the conflicted, chaotic, unstable post-COVID world of emerging unknowns.

Like innovation, agility is contextual.

Humanizing agility supports people to adapt, grow and thrive, become nimble by enabling:

  • Teams to deliver product releases as shorter sprints to collect customer feedback to iterate and pivot product development.
  • Leaders, teams, and organizations respond quickly and adapt to market changes, internally and externally.
  • People must think and feel and be able to quickly make intentional shifts to be effective, creative, inventive, and innovative in changing contexts.

That empowers, enables and equips people with the mindsets, behaviors, and skills to adapt, grow, and thrive by developing their confidence, capacity, and competence to catalyze and mobilize their power to move quickly and easily, think creatively and critically to make faster decisions and solve complex problems with less effort.  

Humanizing Agility – The Five Elements

1. Emotional energy

Emotional energy is the catalyst that fuels creativity, invention, and innovation.

Understanding and harnessing this energy inspires and motivates individuals to explore and embrace creative thinking strategies in partnership with AI.

Emotional energy catalyses people’s intrinsic motivation, conviction, hope, positivity, and optimism to approach their world purposefully, meaningfully, and differently.

When people are true to their calling, they make extra efforts and are healthier, which positively impacts their well-being and improves their resilience.

2. Change agility

Change agility is the ability to anticipate, respond, be receptive, and adapt to constant and accelerating change in an uncertain, unstable, conflicted world.

It involves developing a new perspective of change as a continuous, iterative, and learning process that has to be embedded in every action and interaction, not a separate standalone process.

Requiring the development of new mental models, states, traits, mindsets, behaviors, and skills to drive business and workforce outcomes that are critical for an organization to survive and thrive through any change.

Change becomes an ongoing opportunity, not a threat or liability, and humanizing agility in the context of change agility is a core 21st-century competency for leaders, teams and coaches.

3.Cognitive agility

Cognitive agility is the extent to which people can adapt and shift their perspectives and thought processes when doing so leads to more positive outcomes. 

Cognitive agility refers to how flexible and adaptive people can be with their thoughts in the face of change, uncertain circumstances, and random and unexpected events and situations. Being cognitively agile helps people break down their neuro-rigidity and eliminate any core fixed mindsets; it supports their neuro-plasticity and develops a growth mindset and ability to perceive the world through multiple lenses and differing perspectives.

Humanizing agility in the context of cognitive agility enables people to make sense of and understand the range of challenges, problems, and paradoxes at the deeper systemic and surface levels, preparing them for smart risk-taking, effective decision-making, and intelligent problem-solving. 

4.Innovation agility

Innovation agility is the extent to which people develop the courage, compassion and creativity to safely deep-dive into and dance with cognitive dissonance—to passionately, purposefully, and apply creative tension and develop neuro-elasticity, to play in the space where possibility lives—between the present state and the desired creative, inventive, and innovative outcome.

To empower, engage, and enable people to use their human ingenuity and harness their collective intelligence to be innovative in the age of AI by adapting and growing in ways that add value to the quality of people’s lives, which is appreciated and cherished.

5.Organizational and leadership agility

Organizational agility involves developing an ability to renew itself, adapt, innovate, change quickly, and succeed in a rapidly changing, uncertain and unstable operating environment. It requires a paradoxical balance of two things: a dynamic capability, the ability to move fast—speed, nimbleness, responsiveness and stability, and a stable foundation—a platform of things that don’t change to provide a rigorous and disciplined pillar.

Organizations and leaders prioritizing humanizing agility also prioritize differing and creative ways of being, thinking and acting. They maintain their strength by focusing on their core competencies while regularly stretching themselves for maximum flexibility, adaptiveness and resilience.

Finally…. Imagine humanizing agility

Imagine what you could do and the difference we could make to people, customers, organizations, communities and the world by humanizing agility in ways that embrace and embody the five elements of agility to harness the human ingenuity and people’s collective intelligence guide vertical, horizontal and transformational changes the world and humanity need right now.

Please find out more about our work at ImagineNation™.

Please find out about our collective learning products and tools, including The Coach for Innovators, Leaders, and Teams Certified Program, presented by Janet Sernack. It is a collaborative, intimate, and profoundly personalized innovation coaching and learning program supported by a global group of peers over 9-weeks. It can be customized as a bespoke corporate learning program.

Image Credit: Pexels

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Top 10 Human-Centered Change & Innovation Articles of April 2024

Top 10 Human-Centered Change & Innovation Articles of April 2024Drum roll please…

At the beginning of each month, we will profile the ten articles from the previous month that generated the most traffic to Human-Centered Change & Innovation. Did your favorite make the cut?

But enough delay, here are April’s ten most popular innovation posts:

  1. Ignite Innovation with These 3 Key Ingredients — by Howard Tiersky
  2. What Have We Learned About Digital Transformation? — by Geoffrey A. Moore
  3. The Collective Growth Mindset — by Stefan Lindegaard
  4. Companies Are Not Families — by David Burkus
  5. 24 Customer Experience Mistakes to Stop in 2024 — by Shep Hyken
  6. Transformation is Human Not Digital — by Greg Satell
  7. Embrace the Art of Getting Started — by Mike Shipulski
  8. Trust as a Competitive Advantage — by Greg Satell
  9. 3 Innovation Lessons from The Departed — by Robyn Bolton
  10. Humans Are Not as Different from AI as We Think — by Geoffrey A. Moore

BONUS – Here are five more strong articles published in March that continue to resonate with people:

If you’re not familiar with Human-Centered Change & Innovation, we publish 4-7 new articles every week built around innovation and transformation insights from our roster of contributing authors and ad hoc submissions from community members. Get the articles right in your Facebook, Twitter or Linkedin feeds too!

Have something to contribute?

Human-Centered Change & Innovation is open to contributions from any and all innovation and transformation professionals out there (practitioners, professors, researchers, consultants, authors, etc.) who have valuable human-centered change and innovation insights to share with everyone for the greater good. If you’d like to contribute, please contact me.

P.S. Here are our Top 40 Innovation Bloggers lists from the last four years:

Subscribe to Human-Centered Change & Innovation WeeklySign up here to get Human-Centered Change & Innovation Weekly delivered to your inbox every week.

Top 10 Human-Centered Change & Innovation Articles of March 2023

Top 10 Human-Centered Change & Innovation Articles of March 2023Drum roll please…

At the beginning of each month, we will profile the ten articles from the previous month that generated the most traffic to Human-Centered Change & Innovation. Did your favorite make the cut?

But enough delay, here are March’s ten most popular innovation posts:

  1. Taking Care of Yourself is Not Impossible — by Mike Shipulski
  2. Rise of the Prompt Engineer — by Art Inteligencia
  3. A Guide to Effective Brainstorming — by Diana Porumboiu
  4. What Disruptive Innovation Really Is — by Geoffrey A. Moore
  5. The 6 Building Blocks of Great Teams — by David Burkus
  6. Take Charge of Your Mind to Reclaim Your Potential — by Janet Sernack
  7. Ten Reasons You Must Deliver Amazing Customer Experiences — by Shep Hyken
  8. Deciding You Have Enough Opens Up New Frontiers — by Mike Shipulski
  9. The AI Apocalypse is Here – 3 Reasons You Should Celebrate! — by Robyn Bolton
  10. Artificial Intelligence is Forcing Us to Answer Some Very Human Questions — by Greg Satell

BONUS – Here are five more strong articles published in February that continue to resonate with people:

If you’re not familiar with Human-Centered Change & Innovation, we publish 4-7 new articles every week built around innovation and transformation insights from our roster of contributing authors and ad hoc submissions from community members. Get the articles right in your Facebook, Twitter or Linkedin feeds too!

Have something to contribute?

Human-Centered Change & Innovation is open to contributions from any and all innovation and transformation professionals out there (practitioners, professors, researchers, consultants, authors, etc.) who have valuable human-centered change and innovation insights to share with everyone for the greater good. If you’d like to contribute, please contact me.

P.S. Here are our Top 40 Innovation Bloggers lists from the last three years:

Subscribe to Human-Centered Change & Innovation WeeklySign up here to get Human-Centered Change & Innovation Weekly delivered to your inbox every week.

Using Analytics to Understand Human Behavior

The Data-Driven Innovator

Using Analytics to Understand Human Behavior

GUEST POST from Art Inteligencia

In the world of change and innovation, there is a false dichotomy that has persisted for too long: the perceived conflict between **human-centered design** and **data science**. We often hear that the most profound insights come from intuition, empathy, and listening to the customer’s story. While true, that view misses a critical reality: the most powerful innovation emerges when intuition is fueled by rigorous data. As a human-centered change and innovation thought leader, I argue that the future belongs to the **Data-Driven Innovator**—the one who uses analytics not just to measure performance, but to deeply understand, predict, and ultimately serve complex human behavior. Data is not the enemy of empathy; it is the most sophisticated tool we have to **quantify human needs** and **de-risk the innovation process**.

The problem with relying solely on traditional methods—surveys, focus groups, and simple intuition—is that they are often limited by what people *say* they do, which rarely aligns with what they *actually* do. Behavioral data, gathered from digital footprints, transactional records, and usage patterns, provides an unbiased, unfiltered window into genuine human motivation. It tells us where customers get stuck, which features they ignore, and the specific sequence of actions that leads to delight or frustration. Innovation, therefore, must move beyond simply collecting Big Data to mastering **Deep Data**—the careful, ethical analysis of behavioral patterns to uncover the latent needs and unarticulated desires that lead to breakthrough products and experiences.

The Analytics-Driven Empathy Framework

To successfully fuse human-centered thinking with data rigor, innovators must adopt a framework that treats analytics as the starting point for empathy, not the endpoint for analysis:

  • 1. Behavioral Mapping (The ‘What’): Begin by mapping the customer journey using pure behavioral data. Which steps have the highest drop-off rate? What is the *actual* time between a pain point being identified and a solution being sought? This quantifies the problem space and directs attention to where human frustration is highest.
  • 2. Qualitative Triangulation (The ‘Why’): Once data identifies a “what” (e.g., 60% of users fail at this step), the innovator must deploy qualitative research (interviews, observation) to find the “why.” Data highlights the anomaly; human-centered methods explain the motivation, the fear, or the confusion behind it.
  • 3. Predictive Prototyping (The ‘How to Fix’): Use analytics to build predictive models that test new concepts. Instead of launching a full product, use A/B testing and multivariate analysis on small, targeted groups. Data allows you to quickly iterate on prototypes, measuring the direct impact on human behavior (e.g., effort reduction, time saved, emotional response captured via text analysis).
  • 4. Ethical Guardrails (The ‘Should We?’): Data analysis carries immense responsibility. Innovators must establish clear ethical guidelines to ensure data is used to serve customers, not to manipulate them. Prioritize transparency, privacy-by-design, and actively audit algorithms to eliminate bias and ensure fairness.

“Empathy tells you *how* to talk to the customer. Data tells you *when* and *where* to listen.”


Case Study 1: Netflix – Quantifying the Appetite for Content

The Challenge:

In the crowded media landscape, the challenge for Netflix was twofold: how to reduce churn (customers leaving) and how to justify the massive, risky investment in original content. They couldn’t rely on simple focus groups for such high-stakes, long-term decisions.

The Data-Driven Innovation Solution:

Netflix became the master of **deep data analysis** to understand the human appetite for content. They didn’t just track viewing habits; they tracked every micro-interaction: when a user paused, rewound, what they searched for, the time of day they watched, and the precise moment they abandoned a show. This behavioral data revealed clear, quantitative unmet needs. For example, the data showed that a significant cohort of users watched British period dramas, starring a specific type of actor, and favored directors with a particular cinematic style. This insight was then used to greenlight shows like House of Cards and Orange Is the New Black, not just because they sounded good, but because the data demonstrated a latent, high-demand audience for that exact combination of themes, talent, and viewing format.

The Human-Centered Result:

By using analytics as an engine for creative decision-making, Netflix revolutionized media production. They proved that data can fuel, rather than stifle, creativity. The result was not just reduced churn and massive market dominance, but a fundamentally improved customer experience—a personalized library that feels tailor-made for each user, making them feel genuinely understood. This is innovation where the data-driven decision leads directly to human delight.


Case Study 2: Spotify – Using Behavioral Data to Define Identity

The Challenge:

For a music streaming service, the challenge is not just providing access to millions of songs, but helping users navigate that overwhelming volume and connecting them with the *right* song at the *right* emotional moment. The user’s relationship with music is deeply personal and often unarticulable—how do you quantify musical identity?

The Data-Driven Innovation Solution:

Spotify innovated by translating passive listening into actionable behavioral data. They moved beyond simple “most played” lists to create products like **Discover Weekly** and **Wrapped**. These features rely on deep analytics that track everything from the track’s tempo and key (acoustic data) to the time of day it was played, the device used, and the listener’s immediate skip rate (behavioral data). The key innovation was to use machine learning to identify the musical identity of the user not by asking them, but by observing their habits, and then to use that data to serve them content they didn’t even know they wanted. The company uses this data to quantify a person’s mood, context, and latent taste.

The Human-Centered Result:

Spotify transformed passive music consumption into an active, highly personalized journey. Products like ‘Wrapped’ don’t just give users data; they give them a **narrative about themselves**, which is profoundly human-centered. This innovation has led to unmatched user engagement and loyalty. It demonstrates that data analytics, when applied empathetically, can be used to reflect a user’s identity back to them, deepening their connection to the service and making the abstract concept of personal taste tangible and delightful.


Conclusion: The Future of Innovation is Quantified Empathy

The time for the intuitive innovator to stand apart from the data scientist is over. The next great wave of innovation will be led by those who understand that **Deep Data is the greatest tool for Deep Empathy**. Analytics does not dehumanize the innovation process; it refines it, allowing us to move from generalized guesses about human needs to precise, actionable insights. By fusing human-centered design principles with the rigor of behavioral analytics, we create a powerful feedback loop. Data points us toward the friction, empathy reveals the solution, and data again validates the fix. This is the quantified path to innovation, ensuring that we are not just building things that are technically possible, but things that people genuinely need, deeply want, and, most importantly, actually use.

The future belongs to the data-driven innovators who treat every behavioral click, every pause, and every purchase as a precious piece of the human story they are trying to tell.

Extra Extra: Futurology is not fortune telling. Futurists use a scientific approach to create their deliverables, but a methodology and tools like those in FutureHacking™ can empower anyone to engage in futurology themselves.

Image credit: Pixabay

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What’s Next – The Only Way Forward is Through

What's Next - The Only Way Forward is Throughby Braden Kelley

The world needs you. The United States needs you. Your family needs you.

Both your heart and your mind are needed to work on potentially the greatest innovation challenge ever put forward.

What is it?

We must find a solution to the division and lack of meaning that has become the American experience.

I’m not sure about the country you live in, but here at home in the United States we are more divided than we have been in a long time – if ever. People are feeling such an absence of meaning and purpose in their lives that they are finding it in opposing ‘the other’.

In the most extreme cases, we are so divided that brothers and sisters, and parents and children are no longer speaking with each other or getting together for holiday meals.

We speak often about the importance of diversity of thought, diversity of group composition for innovation, but when a society reaches a point where people cannot productively disagree and debate their way forward together, innovation will inevitably begin to suffer.

When there is no dialogue, no give and take and a culture begins to emerge where opposition is mandatory, progress slows.

As long as the current situation intensifies, there will be no progress on other areas in desperate need of innovation:

  • Climate change
  • Gender equity
  • (Insert your favorite here)

We all need your help creating the idea fragments that we can connect as a global innovation community into meaningful ideas that hopefully lead to the inventions that will develop into the innovations we desperately need.

The innovations that will move social media from its current parallel play universe to one which actually encourages productive dialogue.

The innovations that will help people find the renewed sense of meaning and purpose that can’t be found making Sik Sok videos, watching other people play video games on Kwitch or investing in cryptocurrency pyramid schemes.

Meaning of Life Quote from Braden Kelley

Our entrepreneurs have made a lot of cotton candy the past couple of decades and people are starving, people are hangry.

There are certain constants in the human condition, and when we as a species stray too far away, it creates huge opportunities for innovators to create new things that will bring us back into balance.

But we can’t ignore where we are now.

We must acknowledge our current situation and fight our way past it. The only way forward is through.

As a thought starter, here is an ad campaign from Heineken from 2017:

We need everyone’s help to address the meaning crisis.

We need everyone’s help to bring America (and the rest of the world) back into productive conversation and connection – to end the division.

Are you up to the task?

Are you ready to help?

Let’s start the dialogue below and get that pebble rolling downhill in the winter, gathering snow as it goes.

I would love to hear your thoughts in the comments on:

  • other great thought starters
  • good idea fragments to build on
  • the way through

Image credit: Pixabay

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50 Cognitive Biases Reference – Free Download

by Braden Kelley

I came across this cognitive biases infographic from TitleMax that captures a wide range of cognitive biases, making it a useful tool for design thinking, and to help everyone out, I’ve taken the original infographic and reformatted it into a five page PDF for easy reading and printing on 8.5″ x 11″ letter size paper.

Cognitive biases are the invisible forces that derail innovation programs, stall organizational change, and cause smart leaders to make systematically poor decisions. They are not character flaws — they are hardwired features of human cognition that evolved to help us make fast decisions with limited information. In modern organizational life, that same wiring produces predictable, measurable errors in judgment that cost organizations enormous amounts of time, money, and competitive position.

The poster below documents 50 of the most important cognitive biases. But a list without context is just trivia. What follows is a practitioner’s guide to understanding how these biases actually show up in innovation and change management — and what to do about them.

→ Download the free 50 Cognitive Biases PDF reference poster


Cognitive Biases Infographic


What is a Cognitive Bias?

A cognitive bias is a systematic pattern of deviation from rationality in judgment — a mental shortcut that causes predictable errors in how we perceive, remember, evaluate, and decide. The term was introduced by psychologists Amos Tversky and Daniel Kahneman in the early 1970s, whose work on heuristics and biases eventually earned Kahneman the Nobel Prize in Economics.

Cognitive biases are not random errors. They are systematic — meaning they skew in predictable directions, affect virtually everyone, and can be anticipated and partially corrected for once you know what to look for. This is what makes them both dangerous and manageable: dangerous because they operate largely below conscious awareness, manageable because their patterns are well-documented and can be designed around.

There are over 180 documented cognitive biases. The 50 in the reference poster below represent the ones most relevant to decision-making, innovation, and organizational change.


The Most Important Cognitive Biases for Innovation and Change Leaders

Rather than listing all 50 in isolation, here are the biases that most consistently damage innovation and change efforts — grouped by the type of harm they cause:

Biases That Kill Good Ideas Before They Start

Status Quo Bias — The tendency to prefer the current state of affairs and perceive any change as a loss. This is the single most powerful force working against organizational change. People don’t resist change because they are irrational; they resist it because loss aversion is a fundamental feature of human cognition. Understanding status quo bias is the foundation of effective change management.

Not Invented Here (NIH) Bias — The tendency to dismiss ideas, technologies, or approaches that originated outside one’s own team or organization. NIH bias is why open innovation programs struggle to get internal adoption, why acquired companies’ best practices get discarded, and why organizations keep reinventing wheels others have already built.

Normalcy Bias — The tendency to underestimate the likelihood and impact of disasters or disruptions, and to assume that things will continue functioning as they have. Organizations with strong normalcy bias are the ones blindsided by competitive disruption — they saw the signals but assumed nothing would really change.

Anchoring Bias — Over-reliance on the first piece of information encountered. In innovation, anchoring causes teams to fixate on initial concepts and fail to explore the full solution space. In change management, early resistance anchors the narrative even after the change program has addressed the original concerns.

Biases That Corrupt Decision-Making

Confirmation Bias — The tendency to seek, interpret, and remember information that confirms existing beliefs. Confirmation bias is why market research so often validates the product the team already wanted to build, why change programs underestimate resistance (leaders see the evidence that supports adoption and discount the evidence that doesn’t), and why post-mortems on failed initiatives are so often incomplete.

Sunk Cost Fallacy — Continuing to invest in a failing course of action because of the resources already committed, rather than on the basis of future expected value. Innovation programs routinely suffer from sunk cost fallacy — continuing to develop products or approaches that early evidence has already shown won’t work, because stopping would mean admitting the original investment was wasted.

Overconfidence Bias — The tendency to overestimate one’s own abilities, the accuracy of one’s knowledge, and the likelihood of positive outcomes. Research consistently shows that people are overconfident about their predictions, their understanding of customer needs, and their ability to execute complex projects on time and on budget. Innovation forecasts are systematically optimistic for this reason.

Dunning-Kruger Effect — The cognitive bias in which people with limited knowledge or competence in a domain overestimate their own abilities. In organizational innovation, Dunning-Kruger manifests as executives with limited innovation experience making confident pronouncements about innovation strategy, or teams with no design experience dismissing the value of user research.

Planning Fallacy — The tendency to underestimate how long tasks will take and how much they will cost, even when similar tasks have taken longer and cost more in the past. Every innovation timeline is affected by planning fallacy. The research-based correction is to use “reference class forecasting” — looking at how long similar projects actually took rather than relying on bottom-up estimates of the specific project.

Biases That Distort What We See and Remember

Availability Heuristic — Overweighting information that is easy to recall — typically because it is recent, vivid, or emotionally significant. In innovation, the availability heuristic causes teams to overweight anecdotal customer feedback, recent competitive moves, and memorable failure stories while underweighting systematic data that is harder to remember. In change management, one vocal resister often receives more attention than dozens of quiet supporters.

Survivorship Bias — Focusing on successful examples while ignoring failures, leading to false conclusions about what actually drives success. Survivorship bias is endemic in innovation: we study successful companies, successful products, and successful leaders while systematically ignoring the failed companies, failed products, and failed leaders whose experiences would give us a more accurate picture of the odds.

Recency Bias — Giving more weight to recent events than to events further in the past. Recency bias causes organizations to over-respond to the most recent competitive threat, customer complaint, or market shift — making reactive strategy decisions that sacrifice long-term positioning for short-term reassurance.

Framing Effect — Drawing different conclusions from the same information depending on how it is presented. The same change initiative framed as “protecting what we’ve built” will get different responses than when framed as “transforming how we work” — even if the substance is identical. Understanding the framing effect is one of the most powerful tools available to change communicators.

Biases That Damage Team and Organizational Dynamics

Groupthink — The tendency for cohesive groups to prioritize consensus over critical evaluation, suppressing dissent and independent thinking. Groupthink is why leadership teams make decisions that each individual member privately doubted, why innovation committees approve mediocre ideas rather than rejecting them, and why post-mortems so often reveal that several people knew something was wrong but didn’t say so.

In-Group Bias — Favoring members of one’s own group over outsiders. In organizational innovation, in-group bias leads to silo thinking, resistance to cross-functional collaboration, and the dismissal of external perspectives that could provide genuinely valuable input.

Authority Bias — Overweighting the opinions of authority figures. Authority bias suppresses dissent in hierarchical organizations — junior employees with genuinely valuable insights about customer needs, operational problems, or competitive threats stay silent because the authority figure in the room has already expressed an opinion.

Bandwagon Effect — The tendency to adopt beliefs or behaviors because many others do. In innovation, the bandwagon effect produces waves of copycat strategy — every company rushes into the same trend simultaneously, often arriving too late and with insufficient differentiation. In change management, it produces the illusion of adoption — people publicly going along with a change while privately not changing their behavior.


How to Reduce the Impact of Cognitive Biases in Your Organization

You cannot eliminate cognitive biases — they are features of human cognition, not bugs that can be patched. But you can design processes, practices, and organizational structures that systematically reduce their impact:

Pre-mortems — Before launching an initiative, ask the team to imagine it has failed and work backwards to identify what went wrong. This technique, developed by Gary Klein, counteracts overconfidence, planning fallacy, and groupthink by legitimizing dissent before commitment is locked in.

Devil’s advocate roles — Formally assigning someone to argue against the prevailing view in key decisions. This counteracts confirmation bias, authority bias, and groupthink by structurally requiring that contrary evidence and arguments be surfaced.

Diverse decision teams — Including people with different backgrounds, perspectives, and organizational positions in key decisions. Diversity counteracts in-group bias, normalcy bias, and the availability heuristic by bringing different sets of information and reference points to the table.

Structured innovation processes — Using frameworks like design thinking, jobs to be done, and the Change Planning Canvas™ that require evidence-based decision making at each stage rather than intuitive judgment. Structured processes counteract anchoring, confirmation bias, and the sunk cost fallacy by requiring teams to explicitly revisit assumptions at regular intervals.

Reference class forecasting — When estimating timelines and costs, start with the actual track record of similar projects rather than bottom-up estimates of the specific project. This is the most evidence-based correction for planning fallacy available.

Psychological safety — Creating an environment where people can surface dissenting views, bad news, and uncomfortable data without fear of retaliation. Psychological safety is the organizational prerequisite for counteracting authority bias, groupthink, and the suppression of disconfirming information.


Download the Free 50 Cognitive Biases Reference Poster

The poster below documents all 50 biases in a visual reference format — designed to be printed and displayed as a reminder of the invisible forces at work in every decision your team makes.

→ Download the free PDF reference poster

Frequently Asked Questions About Cognitive Biases

What is a cognitive bias?

A cognitive bias is a systematic pattern of deviation from rationality in judgment — a mental shortcut that causes predictable errors in how we perceive, remember, evaluate, and decide. Cognitive biases are not random mistakes; they are systematic patterns that skew in predictable directions and affect virtually everyone. They were first formally described by psychologists Amos Tversky and Daniel Kahneman in the 1970s, whose research eventually earned Kahneman the Nobel Prize in Economics.

How many cognitive biases are there?

There are over 180 documented cognitive biases, though researchers continue to identify new ones. Wikipedia’s list of cognitive biases currently includes over 180 entries. The 50 biases covered in the reference poster on this page represent the ones most relevant to decision-making, innovation, and organizational change — the biases that most consistently affect how leaders and teams think and decide in organizational contexts.

What is the most common cognitive bias?

Confirmation bias — the tendency to seek, interpret, and remember information that confirms existing beliefs — is consistently identified as one of the most pervasive and damaging cognitive biases in organizational settings. Status quo bias and overconfidence bias are also extremely common and particularly damaging in innovation and change management contexts. Most researchers and practitioners agree that no single bias is universally “most common” — different biases dominate in different situations and different individuals show different bias profiles.

Can cognitive biases be eliminated?

No — cognitive biases cannot be fully eliminated because they are features of how the human brain processes information, not errors that can be corrected through willpower or awareness alone. Research shows that even people who are highly aware of a specific bias continue to exhibit it. What can be done is to design decision processes, team structures, and organizational practices that systematically reduce the impact of the most damaging biases — through techniques like pre-mortems, devil’s advocate roles, diverse decision teams, and structured frameworks that require evidence-based decision making.

How do cognitive biases affect innovation?

Cognitive biases affect every stage of the innovation process. Confirmation bias causes teams to validate concepts they already believe in rather than rigorously testing assumptions. Status quo bias and normalcy bias cause organizations to underestimate competitive threats and resist necessary change. Overconfidence and planning fallacy cause systematic underestimation of timelines, costs, and difficulty. Groupthink suppresses the dissenting voices that would catch fatal flaws before they become expensive failures. Survivorship bias causes organizations to draw false lessons from successful examples while ignoring the much larger population of failures. Understanding and designing around cognitive biases is one of the highest-leverage investments an innovation leader can make.

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Training Your Quantum Human Computer

Quantum Human Computing

What is quantum computing?

According to Wikipedia, “Quantum computing is the use of quantum phenomena such as superposition and entanglement to perform computation. Computers that perform quantum computations are known as quantum computers.”

Rather than try and explain all of the ins and outs of how quantum computing differs from traditional computing and why it matters, I encourage you to check out this YouTube video:

In case you were curious, according to the Guinness Book of World Records, the current record holder for quantum computing is a Google machine capable of processing 72 Quantum Bits. There is supposedly a machine in China capable of 76 Qubits, but it has yet to be fully recognized as the new record holder.

So, what does quantum computing have to do with humanity and the human brain and our collective future?

Is the human brain a quantum computer?

The easy answer is – we’re not sure – but scientists are conducting experiments to try and determine whether the human brain is capable of computing in a quantum way.

As the pace of change in our world accelerates and data proliferates, we will need to train our brains to use less traditional brute force computing of going through every possibility one after another to do more parallel processing, better pattern recognition, and generating an increase in our ability to see insights straight away.

Connect the Dots

But how can we train our brains?

There are many different ways to better prepare your brain as we move from the Information Age to the Age of Insight. Let me start you off with two good ones and invite you to add more in the comments:

1. Connect the Dots

Many of us grew up doing connect-the-dot puzzles, and they seemed pretty easy. But, that is with visual queues. The image above shows a number of different visual queues. Connect the dots, especially without numbers or visual queues are great proving grounds for improving your visual pattern recognition skills.

2. DLAIY JMBULE

One of my favorites is the word game DAILY JUMBLE in my local newspaper. You can also play it online. The key here is to work not on using brute force to reorder the letters into a word, but trying to train your brain to just SEE THE WORD – instantly.

Succeeding at this and other ways of training your brain to be more like a quantum computer involves getting better at removing your conscious analytical brain from the picture and letting other parts of your brain take over. It’s not easy. It takes practice – continual practice – because it is really hard to keep the analytical brain out of the way.

So, are you willing to give it a try?

Stay tuned for the next article in this series “The Age of Insight” …

Image credits: Utrecht University, Pixabay


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Making People Dance Instead of Jaywalk

Making People Dance Instead of JaywalkI love anything that is fun and investigates human psychology, especially crowd psychology, and the investigation of how you can use fun to potentially influence human behavior for social good (i.e. the piano stairs example I’ve shared before).

Nobody likes to wait at pedestrian crossings. Traffic lights can be dangerous for impatient pedestrians trying to save a few seconds to cross the street (and willing to risk their lives in the process).

The folks at Smart created The Dancing Traffic Light, an experiential marketing concept providing a fun and safe way to keep people from venturing too early into the street. They started by placing a dance room on a square in Lisbon, Portugal and invited random pedestrians to go into the box and dance. Their movements were then displayed on a few traffic lights in real time. This resulted in 81% more people stopping and waiting at those red lights.

It’s a genius marketing gimmick because it reinforces the brand value of fun by making people dance in a box that looks, imagine that, a bit like a smart car.

The question brought up by this example of a marketing campaign that claims that fun can be used to achieve social good, is that it claims a benefit, that without an extended test could be attributed to novelty…

Does the benefit hold up over time?

Or does it stop being fun and impactful after people have seen it once or twice or the live video component goes away and it becomes a recording? Do people then start jaywalking again at the normal rate?

What do you think?


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