Smart Monitor Wearable Device

Nigeria has a high burden of genetic diseases and a high prevalence of consanguineous marriages, which can increase the risk of rare genetic diseases. According to a study published in the Journal of Community Genetics, the estimated prevalence of rare genetic diseases in Nigeria is 11.6 per 1,000 live births, which is higher than the global average of 7.3 per 1,000 live births.

In addition, the lack of awareness and limited access to healthcare facilities in many parts of Nigeria can result in delayed diagnosis and treatment for patients with rare diseases. This can lead to poor health outcomes, reduced quality of life, and increased economic burden on patients and their families.

The rare disease patient diagnostic journey in Iwo, Osun State of Nigeria is a significant concern. Patients with rare diseases often face multiple challenges in accessing diagnosis, treatment, and care. Some of the major problems that patients with rare diseases face in Iwo, Osun State of Nigeria include:

 Lack of Awareness: Patients with rare diseases and their families often lack awareness of the available healthcare services and resources, making it difficult for them to access timely diagnosis and care.

 Limited Access to Healthcare Facilities: In many cases, patients with rare diseases have to travel long distances to access specialized healthcare facilities, which can be costly and time-consuming.

 Lack of Skilled Healthcare Professionals: There is a shortage of skilled healthcare professionals with expertise in rare diseases in Iwo, Osun State of Nigeria. This makes it difficult for patients to receive accurate diagnosis and treatment.

 Insufficient Funding: Rare diseases often receive limited funding from the government and private sector, leading to a lack of resources for research, diagnosis, and treatment.

 Stigmatization: Patients with rare diseases may face social stigma and discrimination, which can impact their mental health and quality of life.

 Addressing the challenges faced by rare disease patients in Iwo, Osun State of Nigeria requires a multi-pronged approach that involves raising awareness, improving access to healthcare facilities, training healthcare professionals, increasing funding, and addressing social stigma. The use of technology, such as wearable devices and mobile applications, can also play a critical role in improving the diagnostic journey for rare disease patients. Implementing solutions that address these issues can improve the lives of patients with rare diseases and their families in Iwo, Osun State of Nigeria.

The proposed solution involves the use of wearable devices that can collect patient data in real-time, enabling healthcare professionals to monitor patients remotely and identify potential issues early on. The wearable devices will be connected to a mobile application that patients and their caregivers can use to share medical information, including symptoms, test results, and medication adherence, with healthcare professionals.

The mobile application will use machine learning algorithms to analyze the data collected from wearable devices and provide healthcare professionals with real-time insights into patient health status. This will help to reduce the need for frequent in-person consultations and testing and enable healthcare professionals to provide more personalized care to rare disease patients.

In addition to providing real-time monitoring, the mobile application will also enable patients and their caregivers to access educational resources, support groups, and other resources to help them manage the emotional and practical challenges of the diagnostic journey. The application will also provide patients with reminders for appointments, medication, and other healthcare-related activities.

Benefits:

The proposed solution offers numerous benefits for rare disease patients and their caregivers, including:

Improved access to healthcare: The use of wearable devices and the mobile application will enable patients to access healthcare remotely, reducing the need for travel to healthcare facilities.

Cost-effective: The solution will reduce the cost of travel and accommodation for patients and their caregivers.

Faster diagnosis: The real-time monitoring provided by wearable devices and machine learning algorithms will help healthcare professionals to make more accurate diagnoses, reducing the time it takes for patients to receive a diagnosis.

Personalized care: The mobile application will enable healthcare professionals to provide more personalized care to rare disease patients.

Supportive network: The application will provide patients and their caregivers with access to educational resources, support groups, and other resources to help them manage the emotional and practical challenges of the diagnostic journey.

A wearable device solution for improving the rare disease patient diagnostic journey would serve multiple stakeholders, including:

 Patients: Wearable devices can help patients with rare diseases to monitor their symptoms and track changes in their condition in real-time. This can enable them to receive more personalized care and treatment, improve their quality of life, and reduce the need for frequent hospital visits.

 Caregivers: Wearable devices can provide caregivers with real-time data on their loved one's health, enabling them to monitor their condition and provide timely care and support. This can reduce the burden on caregivers and improve their ability to provide quality care.

 Healthcare Professionals: Wearable devices can provide healthcare professionals with valuable data on patients' health and symptoms, enabling them to make more informed decisions about diagnosis, treatment, and care. This can improve the accuracy of diagnosis and treatment and reduce the need for unnecessary testing and hospital visits.

 Researchers: Wearable devices can provide researchers with valuable data on the natural history of rare diseases, enabling them to develop more effective treatments and cures. This can accelerate the development of new therapies and improve the lives of patients with rare diseases.

 A wearable device solution for improving the rare disease patient diagnostic journey has the potential to impact lives in multiple ways, including:

 Early Detection: Wearable devices can detect changes in a patient's health and symptoms in real-time, enabling early detection of rare diseases. Early detection can increase the chances of successful treatment, improve health outcomes, and reduce the economic burden on patients and their families.

 Personalized Care: Wearable devices can provide patients with personalized care and treatment based on their individual needs and health data. This can improve the effectiveness of treatment, reduce the need for hospital visits, and improve patients' quality of life.

 Reduced Healthcare Costs: Wearable devices can reduce healthcare costs by enabling remote monitoring and reducing the need for frequent hospital visits and testing. This can make healthcare more affordable and accessible to patients with rare diseases.

 Improved Research: Wearable devices can provide researchers with valuable data on the natural history of rare diseases, enabling them to develop more effective treatments and cures. This can accelerate the development of new therapies and improve the lives of patients with rare diseases.

 Increased Awareness: Wearable devices can increase awareness of rare diseases and their impact on patients and their families. This can help to reduce social stigma and discrimination, increase public support for rare disease research, and improve access to healthcare services and resources.

Guildance Community Development Foundation's team proximity to the communities of Iwo in Osun State, Nigeria is second to none. The team have conducted a needs assessment to identify the specific needs of the community which involved gathering data through surveys, focus groups, and interviews with community members. The team also engage with community leaders and organizations to better understand the community's challenges and opportunities.

 The team have already involved community members in the design and development process of the wearable device to ensure that it meets their needs and preferences through workshops, user testing, and prototype demonstrations in the community.

 The team will establish partnerships with local organizations, such as schools, health clinics, and community centers, to provide access to the wearable device and offer support and training to community members. This can help to increase awareness of the device and its benefits, as well as provide opportunities for community members to learn more about the device and how it can improve their lives.

 Guildance Community Development Foundation’s team members have a deep understanding of the community of Iwo in Osun State of Nigeria which have helped in establishing trust and building relationships with community members. Guildance Community Development Foundation hired local staff, partnering with local organizations, and engaging community members as consultants or advisors. Guildance Community Development Foundation’s team is transparent and open with the community about the device's capabilities and limitations.

 Finally, Guildance Community Development Foundation is currently conducting ongoing engagement with the community to maintaining proximity and ensuring the successful adoption and use of the wearable device. The team has been providing support and education to community members, such as offering training sessions, user manuals, and customer support to address any issues or concerns that arise.

My wearable device solution has been developed into a prototype rather than a concept because it has been developed to a stage where it can be tested and evaluated in real-world conditions.

My wearable device is a physical device that can be worn or carried by the user, along with any necessary software, sensors, or connectivity components. It was designed to demonstrate the core functionality of the device, such as its ability to monitor health metrics, track activity levels, or provide notifications.

 The wearable device prototype involves some level of user testing and evaluation, it can gather feedback and identify any areas for improvement. The feedback from user testing can then be used to refine and improve the design of the wearable device, and to inform the development of a more polished and marketable product.

I am applying to win is a significant financial reward that can provide funding for further research and development, as well as raise awareness and credibility for my wearable device solution, recognition and support for my work.

 In addition to the financial reward and recognition, the Horizon Prize on wearable devices can also provide opportunities for networking and collaboration with other innovators and stakeholders in the field. This can help me and my team to accelerate the development and deployment of the wearable device solution, as well as provide access to valuable resources and expertise.

 Overall, the Horizon Prize on wearable devices is a prestigious award that can provide significant benefits to team of Guildance Community Development Foundation that are developing innovative solutions for improving the rare disease patient diagnostic journey. 

Adisa Kabiru Adeniyi is connected to the Iwo community in a variety of ways. He is a resident of Iwo with strong family ties to the community. He is involved in local organizations or businesses that operate in the area, with a personal interest in the community's development and well-being.

 Adisa Kabiru Adeniyi is involved in the Guildance Community Development Foundation wearable device project in Iwo, and he is working closely with the team to support their efforts to develop and implement the device

A wearable device solution from the Guildance Community Development Foundation is innovative and sustainable:

 Community-driven design: The wearable device solution was designed with the input and feedback of community members, ensuring that the device meets the specific needs and preferences of the people it is intended to serve.

 Low-cost and accessible: The wearable device solution was designed to be affordable and accessible to people in the community, potentially through partnerships with local healthcare providers or NGOs.

 Integration with local healthcare infrastructure: The wearable device solution was designed to integrate with existing healthcare infrastructure in the community, such as local clinics or hospitals. This helped to streamline data collection and analysis, and ensure that the device is integrated into the broader healthcare ecosystem.

 User-friendly interface: The wearable device solution features a user-friendly interface that is easy for community members to understand and use, potentially including visual cues or voice prompts in the local language.

 Sustainable power source: The wearable device solution was designed to run on a sustainable power source, such as solar or kinetic energy, ensuring that the device can be used in areas with limited access to electricity.

My short-term goals will focus on achieving specific milestones in the development process, such as completing a successful pilot study or obtaining regulatory approval. Long-term goals will focus on broader outcomes, such as improving access to timely and accurate diagnosis for patients with rare diseases, reducing the burden on patients and caregivers, and improving the overall quality of care.

 To achieve these goals, I and my team will use a variety of strategies, including:

 Building partnerships: A team might form partnerships with healthcare providers, advocacy groups, and other stakeholders to gain support and resources for the development and deployment of the wearable device solution.

 Conducting extensive research: We will conduct extensive research to understand the needs of patients with rare diseases and their families, as well as healthcare providers who treat these patients. This research can help to inform the development of the wearable device solution and ensure that it meets the needs of the target population.

 Iterative testing and development: A team will use an iterative approach to testing and development, starting with a prototype of the wearable device and then refining it based on feedback from patients and healthcare providers. This can help to ensure that the device is user-friendly, effective, and meets regulatory and safety standards.

 Scaling and deployment: Team will develop a plan for scaling and deploying the wearable device solution, including strategies for marketing, distribution, and training healthcare providers on how to use the device. This will help to ensure that the solution is widely available and adopted by healthcare providers.

Measuring progress toward impact goals is critical to ensuring the effectiveness and sustainability of wearable device solutions. Here are some ways I will measure progress toward impact goals:

 Identify measurable impact goals: Before I deploy the wearable device solution I will identify specific impact goals that the solution is designed to achieve. These goals should be measurable, such as reducing hospital readmissions or improving medication adherence.

 Develop data collection methods: In order to measure progress toward impact goals, data collection methods will be established to gather information on key metrics. This may involve using surveys, medical records, or other types of data collection methods.

 Track and analyze data: Data collected should be tracked over time to identify trends and patterns. This may involve using data analytics software to analyze the data and identify areas of success and areas for improvement.

 Adjust the wearable device solution as needed: Based on the data collected, adjustments can be made to the wearable device solution to improve its effectiveness and achieve impact goals. This may involve modifying the device itself or changing how it is deployed or used.

 Monitor long-term impact: It's important to monitor the long-term impact of the wearable device solution to ensure that impact goals are sustained over time. This may involve conducting follow-up surveys or tracking medical records over time.

 Overall, measuring progress toward impact goals is critical to ensuring the effectiveness and sustainability of wearable device solutions. By identifying measurable goals, developing data collection methods, tracking and analyzing data, adjusting the solution as needed, and monitoring long-term impact, progress can be measured and impact goals can be achieved.

A wearable device solution can have an impact on a problem because it is designed to monitor and track important health information in real-time. The device is worn on the body, usually on the wrist or as a patch, and can track things like heart rate, blood pressure, and medication adherence.

 The device sends this information to a smartphone app or a cloud-based database, where it can be analyzed and used to inform medical treatment decisions. This means that doctors and other healthcare providers can have access to real-time data about a patient's health, allowing them to make more informed decisions about treatment and potentially catch health problems before they become more serious.

 For example, if a wearable device detects that a patient's heart rate is consistently high, it can alert the patient and their healthcare provider to potential heart problems. This early warning can help the patient seek medical attention before a serious health event occurs.

 Overall, the wearable device solution is designed to improve patient outcomes by providing more accurate and timely information about a patient's health. By doing so, it can have a significant impact on the problem by helping to prevent serious health problems and improving overall health outcomes.

The core technology that powers wearable device solutions typically involves a combination of sensors, wireless connectivity, and software.

 Sensors are at the heart of wearable devices, as they allow the device to collect data about a person's body, environment, and activities. For example, a wearable device may have sensors that measure heart rate, blood pressure, temperature, and motion.

 Wireless connectivity is also a critical component of wearable devices, as it allows the device to send data to a smartphone app or a cloud-based database in real-time. This is usually done through Bluetooth or Wi-Fi connectivity.

 Software is the final component of wearable devices, as it is responsible for analyzing and interpreting the data collected by the sensors. The software may use machine learning algorithms to identify patterns and trends in the data, and it may also provide alerts or notifications to the wearer or healthcare provider based on the data collected.

 Overall, the core technology that powers wearable device solutions is a combination of sensors, wireless connectivity, and software. By leveraging these technologies, wearable devices can collect, analyze, and interpret important health data in real-time, providing valuable insights and improving health outcomes.

Full Time: Two

Part Time: One

10 months

According to Guildance Community Development Foundation, there are several key approaches to incorporating diversity, equity, and inclusivity into our organization's practices and culture:

 Foster a culture of inclusivity: This involves creating an environment where everyone feels welcome and valued, regardless of their background or identity. This can be achieved by promoting open communication, celebrating diversity, and actively seeking out diverse perspectives.

 Address unconscious bias: Unconscious bias can lead to unintended discrimination and exclusion. By raising awareness of unconscious bias and taking steps to address it, organizations can create a more equitable and inclusive workplace.

 Ensure equitable access: To promote diversity and inclusivity, it's important to ensure that everyone has equitable access to resources and opportunities. This may involve providing training and professional development opportunities to underrepresented groups, or implementing policies that promote equitable hiring and promotion practices.

 Engage with diverse communities: Engaging with diverse communities can help organizations better understand the needs and perspectives of underrepresented groups. This can be achieved by building relationships with community organizations, attending cultural events, or offering internships and mentorship opportunities to students from diverse backgrounds.

 Measure and track progress: To ensure that diversity, equity, and inclusivity are being effectively incorporated into Guildance Community Development Foundation's practices, it's important to measure and track progress over time. This may involve collecting demographic data, conducting employee surveys, or tracking metrics related to hiring, retention, and promotion.

 Overall, incorporating diversity, equity, and inclusivity into Guildance Community Development Foundation's practices and culture requires a concerted effort to promote inclusivity, address unconscious bias, ensure equitable access, engage with diverse communities, and measure progress over time. By doing so, Guildance Community Development Foundation can create a more equitable and inclusive workplace that benefits everyone.

Direct-to-consumer sales: Guildance Community Development Foundation will sell wearable device products directly to consumers through our e-commerce websites or through online retailers such as Amazon. This approach allows Guildance Community Development Foundation to retain control over the customer relationship and collect valuable customer data.

 Partnering with healthcare providers: Guildance Community Development Foundation partner with healthcare providers to integrate our products into medical treatment plans. This approach may involve selling devices to healthcare providers or working with insurers to cover the cost of the devices for patients.

 Licensing or white-labeling: Guildance Community Development Foundation will sell license technology or white-label our products to other companies. This approach allows us to scale quickly and expand our market reach without investing in additional manufacturing or distribution resources.

 Subscription-based model: Guildance Community Development Foundation will offer subscription-based services that provide ongoing monitoring, coaching, and support to users. This approach allows Guildance Community Development Foundation to generate recurring revenue and build long-term relationships with customers.

 Freemium model: Guildance Community Development Foundation will offer a free basic version of our product, with premium features available for purchase. This approach allows Guildance Community Development Foundation to attract a large user base and monetize through premium features or additional services.

There are several ways Guildance Community Development Foundation will bring in money to fund its wearable business:

 Crowdfunding: Crowdfunding platforms such as Kickstarter or Indiegogo will be used to raise funds. This involves creating a campaign and offering incentives for backers who support the project.

 Angel Investors: Guildance Community Development Foundation will contact Angel investors who are individuals who invest in start-ups in exchange for equity or convertible debt. They can provide the necessary funding for a wearable business to get off the ground like Guildance Community Development Foundation.

 Venture Capitalists: Venture capitalists are firms that invest in start-ups with high-growth potential. They typically invest larger sums of money in exchange for equity in the business. Guildance Community Development Foundation will make use of this window.

 Bank Loans: Guildance Community Development Foundation will obtain loan from bank.

 Grants: Guildance Community Development Foundation will write grant application to organisations like United States Agency for International Development (USAID), European Union (EU) and so on.

 Guildance Community Development Foundation will bring in money to fund a wearable business, including crowdfunding, angel investors, venture capitalists, bank loans, grants, personal savings, and friends and family. 

Guildance Community Development Foundation has already raised 5,000 USD for the purpose of this wearable device business.