Author: lucia.hossainova

Gamification, at its core, aims to enhance user engagement, boost productivity, and increase interaction. Its foundation lies in behavioral psychology; these principles are combined with game mechanics and applied in non-game environments.

This poses a profound ethical challenge: there is a fine line between designing digital experiences that promote genuine user engagement and those that control or even coerce the user. In this post, I would like to explore how we can design ethical gamified content and identify when motivation shifts into manipulation.

Gamification is essentially a persuasive technology used to influence user behavior and decisions. The line between motivation and manipulation starts to blur when game mechanics primarily serve business goals at the expense of user autonomy. Elements used in gamification, such as leaderboards, streaks, or points, may become manipulative depending on the goal being advanced. Interaction needs to be transparent for the user, and they should always have the opportunity to freely opt out.

There are several methods and tactics in the gamification of UX/UI that can be classified as manipulative:

• Goal misalignment: The primary goal of the platform is to increase time on site, ad views, and data collection. This engagement benefits the system but is harmful to the users’ interests or health.
• Hidden agendas and opacity: A lack of transparency where users do not know what the game is optimizing or how gamification mechanics are used to shape their behavior.
• Undermined autonomy: The system makes it hard for the user to quit by creating social penalties or threatening the loss of streaks, thereby creating artificial friction. In addition, known cognitive biases like the sunk cost fallacy or social comparison may be exploited.
• Reward detachment: Users lose track of their initial goals and start to focus solely on points, badges, and streaks. In this process, the intrinsic motivation for the task is lost.
• Asymmetric power and vulnerability: Targeting children or users who are distressed or have low impulse control, taking advantage of their vulnerability for financial gain.

Using one or several of these mechanics crosses the line into behavioral control, causing the initial intrinsic motivation of the user to be lost and disregarded.

A central concept used in many platforms is the “Ludic Loop.” It describes a state where a habit itself becomes the reward, thus creating an addictive pattern. It involves a cycle of action, anticipation, and variable rewards that keep people engaged; these mechanics are most obviously found in slot machines or social media. Variable rewards trigger a steady release of dopamine that keeps the user hooked and in a state of perpetual engagement.

Design choices specifically made to deceive users are also known as “Dark Patterns.” There are several ways to achieve these. One example is the sunk cost fallacy mentioned above: by emphasizing the time and effort a user has already invested, the cost of quitting seems disproportionately higher than it actually is. Another common method is the Zeigarnik Effect. Our brains tend to remember uncompleted tasks better than completed ones; by including elements like progress bars, the system nudges the user to return to the platform to complete the task.

Even though there are an array of factors to consider, it is possible to design gamification in an ethical and meaningful way. The goal is to move away from “Black Hat” gamification and toward designing interfaces with a positive and meaningful intent that puts the well-being of the user at the forefront.

To ensure an ethical outcome, several principles should be followed:

• Transparency and Informed Consent: These are crucial. Users need to know the goal of the gamified content and exactly how they are being nudged. The criteria must be visible.
• The Right to Opt Out: Respecting user autonomy is vital. Elements of gamification should enhance the experience rather than lead to stress. They should always remain optional and never become mandatory.
• Alignment with User Goals: Following Self-Determination Theory, the intrinsic motivation of the user should be channeled without relying solely on extrinsic motivators.
• Space for “Play”: The user should not fear negative consequences but rather have the opportunity to experiment and engage freely.

The ethical line between motivation and manipulation is defined by autonomy. An ethical gamified system does not trick a user into staying; it provides them with the tools and clarity to achieve their own goals more effectively. As we move further into an era of “nudging” and behavioral design, the responsibility lies with designers and developers to prioritize the user’s long-term well-being over short-term engagement metrics. By shifting our focus from behavioral control to human-centered empowerment, we can ensure that gamification remains a force for good.

Sources:
Sustainability Directory. (2025, October 15). How might we design ethical gamified systems? Medium. https://sustainabilitydirectory.medium.com/how-might-we-design-ethical-gamified-systems-ffe22ea2cb88
Pong, J., Pilat, D., & Chudleigh, S. (2022, September 12). Design is becoming behavioral: Here’s how to ethically implement gamification. The Decision Lab. https://thedecisionlab.com/insights/technology/design-is-becoming-behavioral-heres-how-to-ethically-implement-gamification
Chou, Y. (n.d.). Gamification, manipulation, and ethics. Yu-kai Chou: Gamification Expert. Retrieved January 20, 2026, from https://yukaichou.com/gamification-study/gamification-manipulation-ethics/
Zhao, A. K. (2025, November 25). Ethics of UX design in social media. Viterbi Conversations in Ethics, 8(3). https://vce.usc.edu/semester/fall-2025/ethics-of-ux-design-in-social-media/
Conick, H. (2019, July 30). Gamification is manipulative. Is it ethical? American Marketing Association. https://www.ama.org/marketing-news/gamification-is-manipulative-is-it-ethical/

Note: This text was developed with the assistance of artificial intelligence for research purposes and to refine the linguistic clarity and flow of the final draft.

At this point, humanity finds itself at a critical turning point. The following text is a collection of my key takeaways from the Foundations of Humane Technology course. It explores the challenges posed by modern technology and the paradigm shifts required to build a future that aligns our tools with our human nature and collective well-being.

The sociobiologist E.O. Wilson observed the following: “The real problem of humanity is the following: we have paleolithic emotions, medieval institutions, and god-like technology.”

This massive mismatch makes us incredibly vulnerable. While our tools become more powerful, cheaper, and available to everyone, we are launching them into a world that still operates on ancient biological instincts and outdated political rules. This gap between our power and our wisdom is the greatest challenge of our time.

Each big leap in technology throughout history posed as a double-edged sword. Through the industrial revolution our productivity was increased by a significant amount but brought with it the exploitation of our natural resources and created the climate crisis. The same can be observed in the digital world. At first, algorithms were desgined to help us find content that we like, now they prioritize engagement and clicks. By doing this, they take out attention hostage and they foster the spread of fake news and create a sense of anxiety in the users. The primary intent of many digital platforms has become to keep to user engaged for as long as possible, the sharing of knowledge and care for the user wellbeing has taken second place.

These systems work by making use of persuasive technologies. These are design strategies, that are build to systematically manipulate human behavior. The constant drive for attention has created new economic roles, such as the social media influencer. This, in turn, fueled the demand for photo-editing software that lets people “perfectionize” their appearance. Eventually, this cycle reaches our physical bodies, as people seek cosmetic surgery to look like the digital filters they use online. To fix this, it is not enough to just change a few buttons or settings. The researcher Donella Meadows identified the “Leverage Points”, which give deeper insight into this issue; Real change happens when we shift our fundamental beliefs, the “paradigms” that dictate why and how we build our tools in the first place.

A central lesson in creating humane technology is the difference between “complicated” and “complex” systems. Our current approach often treats the world as a complicated system, like a car engine or a Swiss watch. These systems have many moving parts, but they are predictable and follow set rules. If a watch breaks, an expert can analyze the parts and fix it. Human society on the other hand is complex. It is constantly evolving, alive, and adaptive. In a complex system, every small change can cause a “butterfly effect” that makes long-term prediction impossible. Many of today’s crises exist because we try to solve complex human problems with rigid, mechanical solutions. We treat people like predictable machines, and when they don’t react the way the algorithm expects, the system begins to break down.

To protect our future, we need a new definition of success in the tech world. We cannot solve global challenges like climate change or pandemics if our tools continue to distract us, divide us, and degrade our ability to think together. Instead, we must champion technology that respects our human vulnerabilities rather than exploiting them for profit. We need tools that account for their impact on the whole system, not just the individual user. This means moving beyond simple metrics like “time spent on site” and focusing on real-world values. We can see glimpses of this future in places like Taiwan, where digital tools are used to support “participatory democracy,” helping citizens reach consensus rather than driving them apart.

Transitioning to this new way of thinking requires a coordinated effort from designers, politicians, and users. By showing that humane technology is not only possible but necessary for our survival, we can turn growing public distrust into a demand for a different kind of digital world. We have the opportunity to move away from a model that simply “extracts” our data and attention, and move toward one that supports the shared understanding we need to thrive. The path forward begins with acknowledging a simple truth: technology is not a neutral tool. It is a powerful force that shapes our lives, our minds, and our future. It is our responsibility to ensure that our “god-like technology” serves to elevate the human experience rather than diminish it.

Source:
Center for Humane Technology. (n.d.). Foundations of humane technology (Online course) https://www.humanetech.com/course

Note: This text was developed with the assistance of artificial intelligence for research purposes and to refine the linguistic clarity and flow of the final draft.

Gamification is the use of game mechanics in non-game contexts. A game’s sole purpose is to evoke pleasure in the user, which boosts motivation. The mechanics for gamification have been mastered in game development. Applied to UX and UI design, it is used to enhance engagement, motivation, and interaction in otherwise mundane experiences such as financial apps or productivity tools. Examples of elements of gamification are badges that the user can earn by completing a task, point systems, or social challenges where users can compete against each other.

Gamification can have different values for a company. For instance, it can boost customer loyalty to the brand and also enhance user engagement with the application. This can only happen when gamification is used intentionally, and when it is not forced upon the user or used to control or coerce them into performing a certain task. There is also a clear distinction to be made between gamification and game-based learning. The latter is an educational approach that uses games to teach subjects, while gamification adds game mechanics to already existing tasks.

Successful gamification does not just include game elements; it understands and implements the core drivers behind human-centered design to create user motivation. Yu-Kai Chou, one of the earliest pioneers in the field of gamification, created the Octalysis Framework, which analyzes human motivation and applies it to gamification. These principles optimize the feelings and motivation that users experience when engaging with gamified content. Chou defines the core drivers for successful gamification as follows:

Epic Meaning & Calling: The player or user is given the sense of doing or achieving something greater than oneself. It involves a sense of destiny, purpose, and belief that one is contributing to something in the world. An example of this would be Wikipedia, people voluntarily contribute countless hours writing and reviewing content for free. They are motivated by the belief that they are helping to make information more accessible and easily available for everyone.

Development & Accomplishment: This mechanic builds on the user’s internal drive for progress by completing challenges and learning and implementing new skills. This growth is then visualized with badges, point systems, progress bars, or level upgrades to validate that achievement.

Empowerment of Creativity & Feedback: The user is given tasks and challenges to figure out by using their own creativity. They explore possibilities and use different combinations to complete a task and receive immediate feedback and results. Clear examples of this are games like The Sims or Minecraft, where players can build something in the world and immediately see their creation come to life. This type of instant reward fuels continuous engagement.

Ownership & Possession: When the user feels that they own something, they will want to improve, protect, and care for it. It builds on the drive to own things, be it material goods, virtual possessions, or even intangible concepts like status. One example would be the creation and customization of avatars and profiles by personalizing them with unique appearances.

Social Influence & Relatedness: The implementation of social elements such as mentorship, competition, or companionship builds on the way we relate to other people. This can be seen in fitness tracking apps like Strava, where users can compare their workouts to those of their friends, creating a sense of competition. It builds on peer pressure and external validation, which in this case can lead to more physical exercise.

Scarcity & Impatience: The motivation to obtain things that are hard to receive or only available for a limited amount of time. The fear of missing out on something creates a sense of urgency and leads to impulsive decisions. Prime examples of this are e-commerce websites with limited-time sales and countdowns that urge the user to purchase things under time pressure.

Unpredictability & Curiosity: The desire to find out what will happen next, to seek out and discover new information. This desire is also satisfied by reading books, watching movies, or even scrolling through a social media feed.

Loss & Avoidance: The user wants to avoid negative outcomes or the loss of something they perceive as valuable. Snapchat or Duolingo make use of this mechanic by encouraging daily use of their app through maintaining a daily streak. Users do not want to lose their accumulated progress and are thus motivated to use the app.

A deeper understanding of these mechanics and a focus on human-centered design can lead to long-term engagement.

Sources:

Doukas, A. (2024, March 20). Gamification in App Design and User Engagement. Solwey Consulting. https://www.solwey.com/posts/exploring-embedded-finance-uploaded

Chou, Y.-K. (2023, September 5). The Octalysis Framework for Gamification & Behavioral Design. Yu-kai Chou. https://yukaichou.com/gamification-examples/octalysis-complete-gamification-framework/

Successful gamification is deeply rooted in behavioral psychology. The Self-Determination Theory is a framework proposed by Edward L. Deci and Richard M. Ryan that is used to study human motivation. According to the Self-Determination Theory, there are three basic psychological needs, at least one of which must be met for human motivation to occur. These three factors are:

Autonomy: The need to have power over one’s choices; behavior occurs willingly without feelings of control or pressure.

Competence: The need to feel effective and useful in one’s actions. The development of new skills and mastery of these also plays a key role in this factor.

Relatedness: The need for connection and a feeling of belonging with other people.

In addition to these, the Self-Determination Theory differentiates between two main types of motivation:

Intrinsic motivation: This describes motivation that is fueled by excitement, enjoyment, and genuine interest in the subject matter. The motivation comes from within the person and is not influenced by external pressure. Studies show that intrinsic motivation leads to higher academic achievement.

Extrinsic motivation: This type of motivation stems from an external source. The activity is pursued due to external rewards or punishments; thus, the decision to engage in the activity is not made autonomously but controlled externally. Examples of extrinsic motivation are badges, money, or status.

Generally, designers should try to prioritize intrinsic motivators in their designs. An activity that is enjoyable in itself will lead to more user engagement than one that relies solely on external rewards. Extrinsic motivation, on the other hand, is successful in the short term but struggles to build lasting habits. A combination of both motivation types can be useful when extrinsic motivators are used at the beginning, during the onboarding process, to provide instant rewards, which can lead to further engagement. This could take the form of “Welcome Badges” or easily earned points. An example of this is the language learning app Duolingo, where users are rewarded with experience points from the first lesson on and can see their initial progress as well as daily streaks to build a habit. To build long-lasting engagement, intrinsic motivators need to be at play. The user’s psychological needs must be met, this can also be seen in the example of Duolingo. Users unlock new levels and begin to understand words and sentences in their chosen language, which gives them a feeling of competence. They can personalize their lessons and focus on weak areas, promoting autonomy. Finally, they can see themselves and others on the leaderboard, which caters to the need for relatedness. Ideally, extrinsic motivational factors engage the user initially, and intrinsic motivational factors gradually replace them to create long-term engagement.

Reversing this order, adding extrinsic motivational factors to an activity already fueled by intrinsic motivation, can yield negative results. This phenomenon is called the “Overjustification Effect,” and it describes how an external reward, such as money, can weaken or destroy the enjoyment of an intrinsically motivated activity, like drawing. This happens because the perception of motivation changes: suddenly, activities are completed for a reward rather than for the initial enjoyment. In a language learning app, this could mean that users start with intrinsic motivation to learn a new language but shift their focus to external motivators like badges and points, meaning they use the app not to learn but to earn points.

The Octalysis Framework also expands on extrinsic and intrinsic motivation. It distinguishes between the left brain, which in this case represents extrinsic motivation, and the right brain, which represents intrinsic motivation. This distinction is purely symbolic and does not refer to the literal left and right sides of the brain. Chou states that this terminology is interchangeable, one of the core drivers is emotional, while the other is logical and he merely used this terminology because it is well known.

Following this distinction, Development & Accomplishment, Ownership & Possession, and Scarcity & Impatience all belong to the left-brain category. All of these are externally driven, and the motivation is goal-oriented.

On the other hand, Empowerment of Creativity & Feedback, Social Influence & Relatedness, and Unpredictability & Curiosity fall into the right-brain category. The motivation here is inherent in the process, and the focus lies on creativity and curiosity.

The two remaining drives, Epic Meaning & Calling and Loss & Avoidance, are not strictly part of either category but are still essential for creating motivation.

Sources:

Ryan, R. M., & Deci, E. L. (2020). Intrinsic and extrinsic motivation from a Self-Determination Theory perspective: Definitions, theory, practices, and future directions [Preprint]. Contemporary Educational Psychology, 61, 101860. https://doi.org/10.1016/j.cedpsych.2020.101860

Morris, L. S., Grehl, M. M., Rutter, S. B., Mehta, M., & Westwater, M. L. (2022). On what motivates us: A detailed review of intrinsic v. extrinsic motivation. Psychological Medicine, 52(10), 1801–1816. https://doi.org/10.1017/S0033291722001611

Dah, J., Hussin, N., Zaini, M. K., Helda, L. I., Senanu, D., Ametefe, A. A. A., & Caliskan, A. (2023). Gamification equilibrium: The fulcrum for balanced intrinsic motivation and extrinsic rewards in electronic learning systems. International Journal of Serious Games, 10(3), 83–116. https://doi.org/10.17083/ijsg.v10i3.633

Egbert, J., & Shahrokni, S. A. (2022). Incorporating gamification into technology-enhanced language learning. Issues and Trends in Learning Technologies, 10(1). https://journals.librarypublishing.arizona.edu/itlt/article/id/4872/

Ryan, R. M., & Deci, E. L. (2020). Self-Determination Theory: Basic psychological needs in motivation, development, and wellness (PDF version). Retrieved from https://selfdeterminationtheory.org/wp-content/uploads/2020/04/2020_RyanDeci_CEP_PrePrint.pdf

Chou, Y.-K. (n.d.). The Octalysis Framework for Gamification & Behavioral Design. Retrieved October 28, 2025, from https://yukaichou.com/gamification-examples/octalysis-complete-gamification-framework/