Questions About Requirements - bounswe/bounswe2023group1 GitHub Wiki

  1. How should the platform handle different types of disasters and crises, including natural disasters, public health emergencies, and human-made disasters? What are the most common types of disasters that we would like this app to address?
  2. How should the platform be designed to ensure that it is scalable and adaptable to different types and scales of disasters, such as small-scale events like house fires or large-scale events like hurricanes or earthquakes?
  3. How should the platform be designed to account for the unique challenges and needs of different types of disasters, such as wildfires, floods, or pandemics?
  4. What are the key use cases and scenarios for the app, and how should those be prioritized? Consider global but focus on local. Also disaster areas and their geographical conditions need to be considered. For ex: city vs village
  5. What are the key geographical areas that the platform should cover, and how should those areas be defined?
  6. What are the most critical features that we would like to see in a disaster response app? How should the platform be designed to address different phases of disaster response, such as preparedness, response, recovery, and mitigation?
  7. How do we envision users interacting with the app during a disaster?
  8. What are the most important pieces of information that we would like to see included in the app?
  9. What kinds of data or analytics would we like the app to provide to aid in decision-making during a disaster?
  10. How would you like the app to alert users about impending disasters or emergencies?
  11. How can the app assist in coordinating responses between different agencies or groups during a disaster?
  12. What kinds of accessibility features would we like to see included in the app to ensure that it is usable for everyone? What are the key user interface and user experience (UI/UX) requirements for the app, and how should those be designed and implemented?App should ensure accessibility and usability for users with different levels of technical proficiency and should take into account individuals with disabilities. QR? Voice? Ease of use and positive user experience are important.
  13. How should the platform be designed to support different types of communication channels, such as text, voice, and video, to ensure that users can access and share information in the most appropriate and effective way?
  14. How should user feedback and insights be gathered and incorporated ? Feedback process at app development can be problematic. After the disaster, actions should be kept under the record. Thus this enables the feedback and coordination.
  15. What are the key risks and challenges associated with developing and deploying the app, and how should those be mitigated?
  16. How can the app be designed to ensure ease of use and intuitive navigation during high-stress situations?
  17. What types of user roles and permissions would we like to see in the app? Admin, User, Responser, Victim?
  18. How should the app be tested and evaluated to ensure that it meets all necessary standards and requirements? Testing can be tough considering disaster conditions.
  19. What are the key technical constraints and limitations that must be considered during app development?
  20. What is the timeline for development and deployment of the app, and how should progress be tracked and communicated?
  21. What kinds of data and analytics should the app provide to help users make informed decisions? How should the app be integrated with existing systems and data sources? Integrating with IoT sensors and Twitter are great ideas. Ensuring interoperability with other platforms, such as social media or news outlets, to provide a comprehensive view of the disaster response landscape is important that we see from latest experience.
  22. How should the platform be designed to provide real-time situational awareness and analysis, such as by aggregating data from multiple sources and providing actionable insights to decision-makers?
  23. How should the platform be designed to leverage emerging technologies, such as AI, machine learning, or blockchain, to improve disaster response and management?
  24. How should the platform be designed to facilitate data collection and analysis, such as by or other data sources, and what kinds of data should be prioritized for collection and analysis?
  25. What are the key workflows and processes that the platform should support, and how should those be designed and implemented? Benefiting from existing projects will be beneficial
  26. Integration and Collaboration: How should the platform be designed to support interoperability with other systems and platforms, including emergency management systems, aid organizations, and government agencies? What are the technical requirements for the app, including compatibility with different devices and operating systems, integration with existing systems, and scalability?
  27. What are the key user groups that the platform should serve, and how should those user groups be defined and prioritized? People live in disaster areas should be proioritized and information of people which have chronic diseases and volunteer responsers who already signed up should be recorded.
  28. In the event of a natural disaster, such as a hurricane or earthquake, how should the platform be designed to provide real-time updates on the location and severity of the disaster, as well as on the availability of emergency services and supplies?
  29. In the event of a public health emergency, such as an outbreak of a contagious disease, how should the platform be designed to provide up-to-date information on the spread of the disease, as well as on the availability of medical resources and personnel?
  30. In the event of a terrorist attack or other man-made disaster, how should the platform be designed to provide real-time updates on the location and severity of the attack, as well as on the availability of emergency services and law enforcement?
  31. How should the platform be designed to support the needs of individuals and families affected by a disaster, such as by providing information on relief resources or by facilitating community support networks?
  32. How should the platform be designed to support the needs of healthcare workers and other frontline responders, such as by providing real-time updates on the availability of medical supplies and personnel, or by facilitating telemedicine consultations?
  33. How should the platform be designed to support the needs of first responders, such as by providing real-time updates on the location and severity of a disaster, as well as on the availability of emergency services and supplies?
  34. How should the platform be designed to support the needs of aid organizations, such as by facilitating coordination and collaboration among different organizations, or by providing a centralized platform for the collection and analysis of data?
  35. How should the platform be designed to support the needs of volunteers and community members who want to contribute to disaster response efforts, such as by providing information on volunteer opportunities or by facilitating fundraising campaigns?
  36. How should the platform be designed to support the needs of decision-makers and policymakers, such as by providing real-time situational awareness and predictive analytics to inform policy and resource allocation decisions?
  37. How should the platform be designed to facilitate the coordination and collaboration of different types of responders, such as medical professionals, search and rescue teams, or logistics experts and providing their needs?
  38. How should the platform be designed to support the needs of vulnerable populations, such as refugees, immigrants, and those with disabilities, in the event of a disaster?
  39. How should the platform be designed to support multiple languages and cultures, particularly for disasters that impact diverse communities? Language barriers
  40. How should the platform be designed to support the needs of vulnerable populations, such as the elderly, children, or those with chronic health conditions, during a disaster?
  41. How should the platform be designed to ensure data privacy and security, particularly for sensitive personal information that may be collected during disaster response efforts? What kinds of security and privacy features should the app include to protect sensitive information? And how should those be implemented and tested? KVKK
  42. How should the platform be designed to support the needs of animals and pets impacted by a disaster, such as by providing information on pet-friendly shelters or by facilitating animal rescue and care efforts?
  43. How should the platform be designed to provide real-time updates on the status of critical infrastructure, such as power grids, transportation systems, and communication networks, during and after a disaster?
  44. How should the platform be designed to support the needs of remote or rural communities that may have limited access to traditional communication and resource channels during a disaster?
  45. How should the platform be designed to integrate with existing emergency response and management systems, such as FEMA or state and local emergency management agencies?
  46. How should the platform be designed to support collaboration and coordination between different stakeholders involved in disaster response efforts, such as government agencies, non-profit organizations, and community groups?
  47. How should the platform be designed to provide relevant and timely information and communication to different types of users, such as first responders, volunteers, and impacted individuals and communities?
  48. How should the platform be designed to provide training and education resources for disaster preparedness and response, both for users of the platform and for the broader community? Usually global disaster platforms focused on here.
  49. How should the platform be designed to support the recovery and rebuilding process after a disaster, such as by facilitating access to resources and funding, and by providing a platform for community engagement and rebuilding
  50. What are some of the key resources that are typically needed during a disaster? Resource = Human resources and supplies
  51. How do resource managers prioritize the allocation of resources during a disaster?
  52. How do resource managers ensure that resources are distributed fairly during a disaster?
  53. What role does communication play in resource management during a disaster and what are some common communicational problems that can occur during a disaster? How can communication breakdowns be addressed during the disaster?
  54. How can misinformation and rumors be addressed during a disaster? Assuming good intention is decided from meetings.
  55. How can conflicting messages from different sources be addressed during a disaster?
  56. How can the distribution and keeping the track of resources be systematic? What is inside of this truck or shoe number, size of the clothes vs.
  57. How should dynamic actions and resource management can be coordinated?
  58. What can be considered at the app development about emergent properties? Such as the people who knows set up tent.
  59. How should be the logistic decisions and plans? Shouldn’t be redundant, optimization is important.
  60. How should be the authentication? Not strict, more like verification. Again assume good intentions.
  61. How should be the login considering especially during disaster scenarios? Without password, recognize the device with the owner as a name and surname.
  62. Resource Management source allocation problems? Sources can be tagged semantically. Wikidata can be used for semantic relations. Resources can be matched such as shoes-boots or heater-stove. If sources are labelled, distribution system can be automated too such as this place needs these, send those to there.
  63. Location and mapping? W3Geolocation API integration