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| report:mkt [2026/04/12 11:55] – [Introduction] team1 | report:mkt [2026/04/15 19:02] (current) – [SWOT Analysis] epsatisep |
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| The business idea emerged from observations made in the team’s own daily environment, both in academic settings and in personal life. A common issue identified was the difficulty many people experience in staying focused while studying or working. The growing presence of smartphones and digital platforms has made distractions more constant and harder to avoid. Social media applications are specifically designed to capture attention through notifications, visual stimuli, likes, and other forms of instant feedback. These mechanisms reinforce habitual use and make it difficult for users to reduce screen time or change behavior, even when they are aware of the negative consequences [(https://www.psychologytoday.com/us/blog/beyond-school-walls/202304/why-are-old-habits-so-hard-to-break)][(https://carlkruse.at/the-psychology-of-colors-on-social-media/)]. | The business idea emerged from observations made in the team’s own daily environment, both in academic settings and in personal life. A common issue identified was the difficulty many people experience in staying focused while studying or working. The growing presence of smartphones and digital platforms has made distractions more constant and harder to avoid. Social media applications are specifically designed to capture attention through notifications, visual stimuli, likes, and other forms of instant feedback. These mechanisms reinforce habitual use and make it difficult for users to reduce screen time or change behavior, even when they are aware of the negative consequences [(koehler2023habits)][(cruse2022colors)]. |
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| At the same time, the team also identified another common characteristic among many students and young adults: they often live in apartments, shared housing, or student rooms with limited access to gardens or other green environments. This means that, although many people could benefit from the calming and motivating effects of caring for a plant, they may not have the opportunity, time, or confidence to grow something themselves. Research has shown that interaction with plants can contribute positively to emotional well-being and can support feelings of calmness, purpose, and connectedness [(https://permaculture.com.au/why-gardening-makes-you-happy-and-cures-depression)][(https://medium.com/symbiotica/can-plants-help-us-feel-less-lonely-81b68f670efc)][(https://thesociologicalreview.org/magazine/september-2021/new-solidarities/living-with-houseplants/)]. | At the same time, the team also identified another common characteristic among many students and young adults: they often live in apartments, shared housing, or student rooms with limited access to gardens or other green environments. This means that, although many people could benefit from the calming and motivating effects of caring for a plant, they may not have the opportunity, time, or confidence to grow something themselves. Research has shown that interaction with plants can contribute positively to emotional well-being and can support feelings of calmness, purpose, and connectedness [(francis2010gardening)][(heid2024plants)][(carabelli2021houseplants)]. |
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| Based on these observations, the team formulated a differentiated market solution. Instead of only rewarding focus with a virtual plant inside an app, Screen2Green extends this concept into the physical world by allowing the user to grow a real basil plant. The solution combines a mobile application with a Smart Pot system that links the user’s digital behavior to the condition of the plant. Through focus sessions and screen-time monitoring, the application helps reduce distractions and encourages more conscious smartphone usage. The Smart Pot then translates this behavior into physical plant care by adjusting the watering conditions according to the user’s performance. | Based on these observations, the team formulated a differentiated market solution. Instead of only rewarding focus with a virtual plant inside an app, Screen2Green extends this concept into the physical world by allowing the user to grow a real basil plant. The solution combines a mobile application with a pot system that links the user’s digital behavior to the condition of the plant. Through focus sessions and screen-time monitoring, the application helps reduce distractions and encourages more conscious smartphone usage. The Smart Pot then translates this behavior into physical plant care by adjusting the watering conditions according to the user’s performance. |
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| The key activities describe the core processes necessary to develop and deliver the solution. In this project, these primarily involve product development, system integration, and testing of both hardware and software components. While the current work focuses on prototyping and validation, activities such as manufacturing and marketing represent important future steps for scaling and commercialization. | The key activities describe the core processes necessary to develop and deliver the solution. In this project, these primarily involve product development, system integration, and testing of both hardware and software components. While the current work focuses on prototyping and validation, activities such as manufacturing and marketing represent important future steps for scaling and commercialization. |
| These activities are supported by key resources, which form the foundation of the system. This includes both physical components, such as microcontrollers, sensors, and irrigation systems, and intangible resources, such as knowledge in IoT development, plant care, and user experience design. Together, these resources enable both the functionality of the prototype and its potential further development. | These activities are supported by key resources, which form the foundation of the system. This includes both physical components, such as microcontrollers, sensors, and irrigation systems, and intangible resources, such as knowledge in IoT development, plant care, and user experience design. Together, these resources enable both the functionality of the prototype and its potential further development. |
| The value proposition, which defines the value created for users, is the core of the project. The Smart Pot translates digital behavior into a physical and biological outcome by linking screen time to plant health. This creates a tangible and engaging feedback mechanism that promotes awareness of smartphone usage while simultaneously simplifying indoor plant care and supporting sustainability. | The value proposition, which defines the value created for users, is the core of the project. The concept translates digital behavior into a physical and biological outcome by linking screen time to plant health. This creates a tangible and engaging feedback mechanism that promotes awareness of smartphone usage while simultaneously simplifying indoor plant care and supporting sustainability. |
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| From a business perspective, the cost structure outlines the expected expenses related to development, production, and distribution, including hardware components, software development, manufacturing, and marketing. Although these costs are not directly incurred in the project, they provide insight into the economic considerations associated with scaling the solution. | From a business perspective, the cost structure outlines the expected expenses related to development, production, and distribution, including hardware components, software development, manufacturing, and marketing. Although these costs are not directly incurred in the project, they provide insight into the economic considerations associated with scaling the solution. |
| Complementing this, the revenue streams indicate how the solution could generate income, for example through the sale of the Smart Pot device, optional premium features within the application, and complementary products such as seeds or nutrient kits. This highlights the potential for financial sustainability and supports the long-term viability of the concept. | Complementing this, the revenue streams indicate how the solution could generate income, for example through the sale of the Smart Pot device, optional premium features within the application, and complementary products such as seeds or nutrient kits. This highlights the potential for financial sustainability and supports the long-term viability of the concept. |
| Overall, the Business Model Canvas provides a cohesive framework for understanding how the Smart Pot could evolve from a prototype into a scalable product. It connects technical development with broader business considerations, highlighting both the requirements and opportunities associated with future implementation. | Overall, the Business Model Canvas provides a cohesive framework for understanding how the pot could evolve from a prototype into a scalable product. It connects technical development with broader business considerations, highlighting both the requirements and opportunities associated with future implementation. |
| ==== Market Analysis ==== | ==== Market Analysis ==== |
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| ==== SWOT Analysis ==== | ==== SWOT Analysis ==== |
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| A SWOT analysis was conducted to evaluate the internal strengths and weaknesses of the Smart Pot system, as well as the external opportunities and threats that may influence its success. | A SWOT analysis was conducted to evaluate the internal strengths and weaknesses of the concept, as well as the external opportunities and threats that may influence its success. |
| | <color #ed1c24>Figure {{ref>SWOT_Screen2Green}} ...</color> |
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| <WRAP centeralign> | <WRAP centeralign> |
| === Strengths === | === Strengths === |
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| The Smart Pot demonstrates several key strengths. Firstly, it is based on an innnovative concept that combines IoT technology, behavioral psychology, and indoor gardening. This combined approach makes the product both unique and relevant in today's digital society. Secondly, the system promotes mental well-being by encouraging reduced screen-time monitoring tools, as it introduces a more interactive and meaningful user experience. The compact design also makes it suitable for indoor environments such as apartments. Finally, the system provides a visible feedback mechanism, where the health of the plant reflects the user's smartphone usage, making otherwise invisible digital habits more apparent. | The concept demonstrates several key strengths. Firstly, it is based on an innnovative concept that combines IoT technology, behavioral psychology, and indoor gardening. This combined approach makes the product both unique and relevant in today's digital society. Secondly, the system promotes mental well-being by encouraging reduced screen-time monitoring tools, as it introduces a more interactive and meaningful user experience. The compact design also makes it suitable for indoor environments such as apartments. Finally, the system provides a visible feedback mechanism, where the health of the plant reflects the user's smartphone usage, making otherwise invisible digital habits more apparent. |
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| === Weaknesses === | === Weaknesses === |
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| Despite its strengths, the Smart Pot has several limitations. One key weakness is the system's technical complexity, as it requires integration between hardware components, sensors, and a mobile application. The current focus on a limited plant variety, such as basil, may also reduce its appeal to a broader audience. Additionally, the system requires regular maintenance, including refilling water and ensuring proper functionality, which may be perceived as inconvenient for some users. Lastly, privacy concerns may arise due to the need to monitor smartphone usage data. | Despite its strengths, there are has several limitations. One key weakness is the system's technical complexity, as it requires integration between hardware components, sensors, and a mobile application. The current focus on a limited plant variety, such as basil, may also reduce its appeal to a broader audience. Additionally, the system requires regular maintenance, including refilling water and ensuring proper functionality, which may be perceived as inconvenient for some users. Lastly, privacy concerns may arise due to the need to monitor smartphone usage data. |
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| === Opportunities === | === Opportunities === |
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| There are several external opportunities that could support the development and adoption of the Smart Pot. There is a growing interest in indoor gardening and sustainable living, which aligns well with the product’s purpose. At the same time, awareness of digital well-being and screen addiction is increasing, creating a demand for innovative solutions in this area. The system also has the potential to expand to other types of plants, increasing its market appeal. Furthermore, integration with existing applications could enhance usability and functionality. These trends provide a strong foundation for further development and potential commercialization. | There are several external opportunities that could support the development and adoption of the concept. There is a growing interest in indoor gardening and sustainable living, which aligns well with the product’s purpose. At the same time, awareness of digital well-being and screen addiction is increasing, creating a demand for innovative solutions in this area. The system also has the potential to expand to other types of plants, increasing its market appeal. Furthermore, integration with existing applications could enhance usability and functionality. These trends provide a strong foundation for further development and potential commercialization. |
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| == Product == | == Product == |
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| The core product is a Smart Pot system combined with a mobile application. The physical product allows users to grow basil in a compact indoor setting, while the app monitors screen-time behavior and helps structure focus sessions. The unique feature of the product is the connection between the user’s digital habits and the health of the plant. This transforms productivity and self-regulation into a more visible and meaningful experience. In addition to its practical use, the product also offers symbolic and emotional value by bringing nature, responsibility, and calmness into the user’s daily environment | The core product is a pot system combined with a mobile application. The physical product allows users to grow basil in a compact indoor setting, while the app monitors screen-time behavior and helps structure focus sessions. The unique feature of the product is the connection between the user’s digital habits and the health of the plant. This transforms productivity and self-regulation into a more visible and meaningful experience. In addition to its practical use, the product also offers symbolic and emotional value by bringing nature, responsibility, and calmness into the user’s daily environment |
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