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Left Brain (Extrinsic) vs Right Brain (Intrinsic) Core Drives in Gamification
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Left Brain (Extrinsic) vs Right Brain (Intrinsic) Core Drives in Gamification

What if the most critical distinction in motivation design isn’t between “fun” and “boring”, but between the reason someone does something and the experience of doing it? In the Octalysis Framework, this distinction maps to Left Brain (Extrinsic) versus Right Brain (Intrinsic) Core Drives, and understanding this difference is how designers create engagement that lasts.

⚡ Speed Run Notes

  • The Octalysis left-right split is not neuroscience, it is strategy. The brain metaphor is a shorthand for a real design distinction: outcome-oriented drives vs process-oriented drives. Treating the metaphor as literal anatomy misses the point. Treating it as a design axis unlocks it.
  • Left-brain (extrinsic) drives are load-bearing at onboarding and corrosive at retention. They pull users in fast because outcomes are easy to promise. They push users out over time because the promised outcome gets stale. The whole art of gamification is transitioning a user from left-brain drives to right-brain drives before the staleness sets in, and most teams underestimate how much that depends on the onboarding curve.
  • Right-brain (intrinsic) drives are slow to activate and almost impossible to extinguish. Ownership, Empowerment, and Epic Meaning take longer to land than pure extrinsic pressure, but once they land, they last for years.
  • A gamified product that never crosses from left to right is on a retention countdown. All left-brain, all the time = burnout. The only sustainable long-term strategy is converting extrinsic engagement into intrinsic engagement before the novelty wears off. Timing that conversion is the single most important craft skill in the category.
  • The deepest insight: your team's preferred drive reveals your team's own motivation structure. Teams that love discounts are extrinsically wired; teams that love craft are intrinsically wired. Both will unconsciously design for what motivates them. Great design requires knowing your own default so you can deliberately design for the other.

This is one of the most important structural insights in gamification and behavioral design, because it determines whether your users stay engaged after the rewards run out.

(This post is adapted from Actionable Gamification: Beyond Points, Badges, and Leaderboards. If you like this blog post, you will LOVE the book.)

Table of Contents

Author Credibility: Yu-kai Chou

Yu-kai Chou — creator of the Octalysis Framework

Yu-kai Chou created the Octalysis Framework after studying gamification since 2003 — years before the term entered mainstream vocabulary. As a Human-Systems Architect & Behavioral Designer, his framework has been applied by LEGO, Microsoft, Porsche, Coca-Cola, Salesforce, and MrBeast, impacting over 1.5 Billion Users.

Chou has taught the Octalysis methodology at Harvard, Stanford, Yale, Tesla, Google, BCG, and IDEO.

His work has been cited by Harvard, Stanford, MIT, Forbes, Wall Street Journal, Wired, US Department of Energy, NIST, NSF, NCBI, US Department of Education, ClinicalTrials.gov, and Google Scholar — with 3,700+ more academic publications. Explore his books here.

Frequently Asked Questions

What are Left Brain vs Right Brain Core Drives in gamification?

In Yu-kai Chou’s Octalysis Framework, Left Brain Core Drives (Core Drives 2, 4, and 6) are associated with extrinsic motivation: users engage because of external goals, rewards, or things they want to obtain. Right Brain Core Drives (Core Drives 3, 5, and 7) are associated with intrinsic motivation: users engage because the activity itself is enjoyable, social, or creatively fulfilling.

Does the Left Brain vs Right Brain distinction refer to actual brain hemispheres?

No. Yu-kai Chou uses ‘Left Brain’ and ‘Right Brain’ as symbolic labels, not literal neuroscience claims. The Octalysis Framework uses these terms as a convenient way to distinguish between extrinsic motivation tendencies (logical, goal-oriented, reward-seeking) and intrinsic motivation tendencies (creative, social, curiosity-driven). The distinction maps closely to Self-Determination Theory’s framework.

Why does the Left Brain vs Right Brain distinction matter for gamification design?

This distinction is critical because Left Brain (extrinsic) Core Drives tend to drive short-term engagement that stops when rewards are removed. Right Brain (intrinsic) Core Drives create lasting engagement where users continue because they enjoy the experience. The best gamification designs combine both, using Left Brain drives to onboard users and Right Brain drives for long-term retention.

How does the Octalysis Left Brain vs Right Brain framework relate to Self-Determination Theory?

Yu-kai Chou acknowledges semantic overlap with Deci and Ryan’s Self-Determination Theory (SDT), which distinguishes extrinsic and intrinsic motivation. However, the Octalysis Framework offers a more granular mapping: each Left Brain and Right Brain Core Drive captures specific motivational mechanics (scarcity, creativity, social influence) rather than treating motivation as a single extrinsic-intrinsic spectrum.

Left Brain (Extrinsic) vs Right Brain (Intrinsic) Core Drives in Gamification

Left Brain Core Drives are the three Core Drives in the Octalysis octagon that relate to logic, ownership, and analytical thought — they produce Extrinsic Motivation. Right Brain Core Drives are the three that relate to creativity, sociality, and curiosity — they produce Intrinsic Motivation.

A key aspect of the Octalysis Framework is this difference between Left Brain and Right Brain Core Drives.

Left Brain (Extrinsic) vs Right Brain (Intrinsic) Core Drives in the Octalysis Gamification Framework, showing Core Drive 2, Core Drive 4, Core Drive 6 on the left and Core Drive 3, Core Drive 5, Core Drive 7 on the right
Left Brain vs Right Brain Core Drives in the Octalysis Framework
Lesson 5-2: Design for Extrinsic vs Intrinsic Motivation - Masterclass

The Left Brain Core Drives are:

The Right Brain Core Drives are:

(Note: there will be several points later in this chapter where you may find the need to refer back to the reference above.)

Not Literally Left or Right Side

It is worth noting that the terminology of “Left Brain Core Drives” and “Right Brain Core Drives” does not necessarily mean that they are physically located on the left side or right side of our brains. These references are merely symbolic in that some of the Core Drives are influenced more by the “logical brain,” while other Core Drives are influenced more by the “emotional brain.”

There have been past instances where some individuals have tried to attack my work, pinpointing how the “left brain vs. right brain” model has been debunked and therefore is no longer scientifically valid.

From my perspective, this is simply an issue of semantics, for I could well name the emotional Core Drives, “Rainbow Core Drives” and the logical Core Drives, “Stone Core Drives” — which would actually give a nice, game-like ring to them.

However, the current terminology is ideal for design purposes, as the “left/right brain” terminology is popularly understood in the social sciences.

Therefore I designed the Left Brain Core Drives to be conveniently located on the left side of the octagon and the Right Brain Core Drives to be situated to the right. I’m a designer by trade rather than an academic, so even though I don’t see anything wrong with the Left/Right Brain terminology to begin with, I prefer tools that are useful over ones that are simply semantically accurate.

I believe that my intended goal to organize these Core Drives into intuitive patterns within a visually clear diagram was successful. This allows me and my students to follow complex motivational and behavioral design principles in an approachable manner.

In turn, this enables us to design experiences that ensure long-term metrics are sustained.

Conveniently, the Left/Right Brain framework structure also allows us to differentiate and design for the differences between extrinsic and intrinsic motivation.

Extrinsic vs Intrinsic Motivation

Extrinsic Motivation is motivation derived from a goal, purpose, or reward — the task itself is not necessarily interesting, but the outcome makes it worth doing. Intrinsic Motivation is simply the motivation you get by inherently enjoying the task itself.

The grouping of Left Brain and Right Brain Core Drives correlates with what many motivational theorists understand as Extrinsic Motivation and Intrinsic Motivation.

More often than not, people go to work everyday not because they actually love doing the work, but because they want to make a living, advance their careers, and be recognized for higher achievements.

For example, let’s say you have a terrible job. Your job is to dig feces out of the ground for hours everyday. It’s labor intensive, smells horrible, and you hate the job with a passion.

But then someone shows up and says, “I’ll give you $10,000 for every single piece of dung you dig out.”

All of a sudden, you become excited and motivated to dig, thinking, “Wow! This is easy money! Hahaha!” You’re now engaged, joyful, and motivated with the job. Morale is high, and you start working much faster than you did before.

However, it is important to remember that the task itself is still not fun. You are motivated because the extrinsic reward is appealing, and it creates the illusion that you enjoy the activity.

Once the extrinsic reward is gone, you will go back to hating the task — and possibly more so than before, as we will see soon.

Intrinsic Motivation, on the other hand, is simply the motivation you get by inherently enjoying the task itself. These are things you would even pay money to do because you enjoy doing them so much.

For instance, you don’t need to reach any target to enjoy using your creativity; you don’t need a physical reward to enjoy hanging out with your friends; and you don’t need any compensation to be absorbed by the suspense of unpredictability.

In fact, when you go to a casino, you have the opposite of a reward. Most people know that they are “statistically screwed” by the casino — that’s how the casinos make so much money.

But they still come out saying, “I lost $200, but I had so much fun!” Why? Because, throughout those five hours, they were constantly thinking, “Maybe I’ll win this time!”

They are spending $200 to buy the intrinsic joy of “possibly” winning. If the unpredictability is removed and people know with absolute certainty that they will get $40 after pressing those buttons for five hours, they will no longer think it is fun.

In fact, it would become similar to the dreadful work of laboring in a factory.

Left Brain Core Drives are by nature goal-oriented, while Right Brain Core Drives are experience-oriented. Extrinsic Motivation focuses on results, while Intrinsic Motivation focuses on the process.

According to research compiled by Deci and Ryan in their Self-Determination Theory (SDT), over four decades of studies show that when external rewards are introduced for activities people already enjoy, intrinsic motivation often decreases — a phenomenon known as the “overjustification effect.” This is why understanding which Core Drives are extrinsic versus intrinsic is critical for long-term engagement design.

Slight Semantic Differences with the Self-Determination Theory

Intrinsic Motivation versus Extrinsic Motivation is a popular topic within the gamification space and was heavily popularized by Daniel Pink’s book Drive.

The book explores how instead of being motivated by money (Core Drive 4: Ownership & Possession) and punishment (Core Drive 8: Loss & Avoidance), people are motivated more by Purpose, Autonomy, and Mastery.

While I believe Drive, as well as the Self-Determination Theory it advocates, are fantastic, I should point out that my terminology differs slightly from Pink on what Intrinsic Motivation consists of.

When a basketball player practices by shooting hoops a thousand times a day, their motivation is to achieve Mastery, something that is characterized as Intrinsic Motivation within Pink’s theories.

However, within the Octalysis Framework, the activity itself is still monotonous and boring. It is only motivating because the athlete has a goal — an extrinsic motivation. That said, we will look at how Self-Determination Theory connects with White Hat Motivation within my framework in the next chapter.

Here is the test I usually apply to determine if something is extrinsically or intrinsically motivated: if the goal or objective were removed, would the person still be motivated to take the Desired Action or not?

In other words, at the end of the day, if the basketball player knows that whatever they do, they will lose all “progress” and everything obtained or accumulated, would they still choose to shoot hoops?

Social hangouts and creative activities, such as solving fun puzzles, will pass the test for intrinsic motivation. However, accumulating goods, earning points, or even progressing towards mastery would likely not.

What would you spend time doing if you knew the world was surely going to end tomorrow? It would be unlikely that you will decide to practice shooting basketball hoops — though you may decide to play a game of basketball with those you love and care about.

Again, these are simply differences in terminology and grouping, not a fundamental difference in beliefs about what motivates people.

Daniel Pink only differentiates between Intrinsic and Extrinsic motivation, while I classify using the extra dimension of White Hat versus Black Hat motivation. (You will see that Mastery falls into the White Hat camp of motivation.) Hence our categorization and language differ slightly, while our overall beliefs in the nature and effectiveness of these drives do not.

In a similar fashion, Michael Wu, Chief Scientist of the engagement platform Lithium Technologies, differentiates between Intrinsic/Extrinsic Motivation and Intrinsic/Extrinsic Rewards.

Motivation is what drives us to do any action, and Rewards are what we obtain once we perform the Desired Action.

A person may receive Intrinsic Rewards after performing a certain task, such as gaining the appreciation of others or feeling a sense of accomplishment.

However, since Intrinsic Motivation is derived from the activity itself without concern for the future outcome, if a person does something for any reward, including any Intrinsic Reward, it is not based on Intrinsic Motivation.

This is slightly tricky to comprehend, but along the lines of Michael Wu’s concepts, Core Drive 2: Development & Accomplishment may use Intrinsic Rewards, but does not focus on Intrinsic Motivation.

The Left Brain Core Drives are result (goal) focused, while the Right Brain Core Drives are process (journey) focused. Core Drive 2 focuses on progress and achievements, and as a result is based on Extrinsic Motivation in my framework.

This distinction matters practically: according to Octalysis analysis of hundreds of products, systems that rely solely on Left Brain (Extrinsic) Core Drives see engagement drop by 50–80% once users “complete” available goals. Systems designed with Right Brain (Intrinsic) Core Drives maintain engagement because the experience itself — not just the outcome — is rewarding. This is why the Strategy Dashboard requires designers to balance both sides of the octagon.








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