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| report:eth [2026/06/13 16:41] – [6.5 Liability] team4 | report:eth [2026/06/13 16:44] (current) – [6.6 Summary] team4 |
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| This chapter has examined the ethical and deontological considerations associated with the development of Maris Habitats. The main concerns include environmental protection, structural safety, data integrity, transparent communication, and responsibility for long-term maintenance. | This chapter has examined the ethical and deontological considerations associated with the development of Maris Habitats. The main concerns include environmental protection, structural safety, data integrity, transparent communication, and responsibility for long-term maintenance. |
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| Based on this ethical and deontological analysis, the team chose a modular habitat design with a separable smartlogger. This design allows the habitat structure to remain underwater while the electronic components can be removed for inspection, maintenance, or replacement. This reduces disturbance to the marine environment and lowers the risk of leaving failed electronic parts in the sea. | Based on this ethical and deontological analysis, the team chose a modular Reef Block design with a removable Smartlogger. This design allows the Reef Block to remain underwater while the electronic components can be removed for inspection, maintenance, or replacement. This reduces disturbance to the marine environment and lowers the risk of leaving failed electronic parts in the sea. |
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| The team also decided to distinguish clearly between the prototype and the final product. The prototype is intended to validate basic sensing and data logging functions in a controlled environment. The final product would require marine-grade sensors, pressure-resistant housing, anti-fouling measures, and long-term field testing. This distinction is important to avoid misleading claims about the current technical readiness of the system. | The team also decided to distinguish clearly between the prototype and the final product. The prototype is intended to validate basic sensing and data logging functions in a controlled environment. The final product would require marine-grade sensors, pressure-resistant Smartlogger housing, antifouling measures, and long-term field testing. This distinction is important to avoid misleading claims about the current technical readiness of the system. |
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| From an environmental perspective, the solution prioritizes durable and compatible materials, structural stability, and surface features that support marine organisms. From a data ethics perspective, the system should collect and report environmental data honestly, including its limitations. These decisions help ensure that Maris Habitats is developed as a responsible marine restoration and monitoring solution rather than only as a physical product. | From an environmental perspective, the solution prioritizes durable and compatible materials, structural stability, and surface features that support marine organisms. From a data ethics perspective, the system should collect and report environmental data honestly, including its limitations. These decisions help ensure that Maris Habitats is developed as a responsible marine restoration and monitoring solution rather than only as a physical product. |
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