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IA3 Technical Proposal - Coggle Diagram
IA3 Technical Proposal
Criteria
Presribed
- Recognize and describe key elements of data exchange applications, components of data exchange systems, and data security processes
- Symbolize and explain data interfaces, data structures, and data specifications using mind maps and constructed sketches, annotated diagrams, images, or screenshots
- Analyze data exchange problems to identify data structures, input and output requirements, and data exchange methods
- Determine data exchange system requirements
- Evaluate the most suitable process for exporting and importing data between two digital systems against prescribed and self-determined criteria
- Symbolize and explain data flow relationships within and between systems using mind maps and constructed sketches, annotated diagrams, images, or screenshots
- Symbolize and explain programming features and ideas using annotated code segments
- Communicate algorithms in pseudocode
- Determine prescribed and self-determined criteria for the data exchange solution
- Synthesize data, algorithm, and coded component ideas to generate a data exchange solution that simulates data exchange between two digital systems
- Evaluate the accuracy of code after testing, identifying errors and actions to improve
- Evaluate the digital data exchange solution against prescribed and self-determined criteria for functionality, usability, and efficiency
- Make refinements and justified recommendations for current and future improvements
- Recognize and describe risks associated with storing and accessing data and digital security strategies, including authentication and encryption
- Analyze data security problems to identify risks to the system and data security and privacy
- Determine a security strategy for data
- Evaluate the impact of data transmission on personal, social, and economic needs against prescribed and self-determined criteria
- Recommend appropriate strategies to increase data security
Self-Determined
The website should have a visually appealing design that is clean, modern, and professional. This will be done through using relevant colours and images to the UI
The website should adhere to WCAG (Web Content Accessibility Guidelines) to ensure it is accessible to users with disabilities.
The website should load quickly, ideally within 3 seconds, to prevent user frustration.
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Ensure that data remains unchanged during transfer through checksums and other integrity verification methods.
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Impacts
Social
By providing accurate and up-to-date weather information, communities can be better prepared for severe weather events, reducing potential harm and fatalities.
The website can increase awareness about climate change and extreme weather events, creating a more informed community.
Vulnerable groups such as the elderly, children, and those with medical conditions can receive alerts about extreme temperatures or high pollution days, helping to mitigate health risks.
Economical
Companies can manage supply chains more effectively by anticipating weather-related delays, reducing costs associated with spoilage, delays, and rerouting.
Timely weather data can help protect infrastructure by informing maintenance schedules and emergency responses, reducing repair and replacement costs.
Accurate weather forecasting can help insurance companies manage risks better, offering more cost-effective policies to customers.
Personal
Individuals can plan their daily activities, commutes, and travel with greater certainty, reducing stress and enhancing personal productivity.
Weather forecasts that include pollen counts and air quality indexes can help individuals manage allergies and respiratory conditions more effectively.
Knowing upcoming weather conditions can help users adjust their heating, cooling, and other energy use, leading to cost savings and reduced environmental impact.
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