Differences

This shows you the differences between two versions of the page.

--- playground:playground [2025/02/21 11:40] – external edit 127.0.0.1
+++ playground:playground [2025/04/01 13:11] (current) – team5
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 ====== PlayGround ======
-Test stuff here.
+Test stuff here.==== - Market Analysis ====
+=== - PESTEL Analysis ===
+{{:pestel_analysis_bibolink.png?600|}}
+----
+**1. Political**
+- Government Support & Smart City Programs: Municipalities are increasingly investing in smart infrastructure and public health solutions. BiboLink fits into these strategies and could benefit from government funding or partnerships.
+- Health Policy Alignment: National and local health policies that promote hydration and active lifestyles support the installation of public water dispensers.
+- Infrastructure Regulations: Public installations require permits and must meet local safety and hygiene regulations, which can influence the implementation process.
+**2. Economic**
+- Public Funding & Affordability: BiboLink’s pricing must align with public budgets. Funding may come from cities, health departments, or sponsors.
+- Economic Pressure: Inflation, budget cuts, or financial crises could reduce available funds for non-essential public infrastructure.
+- Long-Term Savings: BiboLink can contribute to economic efficiency by reducing single-use plastic waste and supporting public health, potentially lowering long-term costs for cities.
+**3. Social**
+- Health Awareness: There is growing public interest in health, fitness, and hydration. BiboLink supports these values by making water access convenient and personalized.
+- Environmental Awareness: Public concern about plastic waste is rising. BiboLink offers a sustainable alternative by encouraging refillable bottle use.
+- Usability and Inclusiveness: The product must be accessible, intuitive, and suitable for all age groups, including children, the elderly, and people with disabilities.
+**4. Technological**
+- Smart Features & IoT: BiboLink integrates modern technologies like sensors, microcontrollers (e.g., ESP32), and app-based control, aligning with Smart City trends.
+- Renewable Energy: The use of solar power (with optional grid backup) shows technological adaptability and eco-awareness.
+- Data & Personalization: The app allows for personalized supplement dispensing and hydration tracking—but requires secure data handling.
+**5. Environmental**
+- Waste Reduction: BiboLink helps reduce single-use plastic bottles by encouraging water refill behavior.
+- CO₂ Savings: Using local water and renewable energy reduces transport emissions and energy consumption.
+- LCA-Based Optimization: A conducted Life Cycle Assessment (LCA) supports continuous environmental performance improvement.
+**6. Legal**
+- Drinking Water Regulations: The system must comply with EU and national drinking water safety standards.
+- Data Protection (GDPR): If user data is collected via the app, all features must comply with data privacy laws.
+- Product Safety & Certification: All components (e.g., electronics, valves, housing) must be CE certified and safe for public use.
+=== - Macro-environment ===
+=== - Micro-environment ===