VIRTUAL BEINGS FOR THE ELDERLY & ALZHEIMER’S

Memory Care AI: Enhancing Elderly Support

The COVID-19 pandemic exposed many gaps in healthcare systems in Canada and around the world, particularly as they relate to the care we are currently providing to the elderly. Fortunately, the rise of AI-powered virtual beings present a revolutionary opportunity to assist patients, families, and healthcare professionals alike. Our virtual AI beings can play a crucial role in providing support to the elderly and those with memory-related conditions, significantly impacting the lives of their loved ones, caregivers and healthcare providers.

• Remote patient check-ins
• Automated reminders for meals and scheduled events
• Translation application
• Daily wellness survey

• Virtual companionship to combat loneliness
• Fluent in 22 languages
• Apps for music, photos, weather, and games
• CMS for family to personalize AI companion
• Secure family video calling

• Reduce healthcare costs
• Integration into existing sensor systems
• Midigate Transfer Trauma
• Automated warning messages

By 2030, seniors will comprise 25% of Canada's population, reaching 12 million by 2051. Globally, the World Health Organization predicts the number of seniors over the age of 60 will double (from 12% to 22%) by 2050, drastically impacting healthcare and economies. Before 2023, approximately 50 million people around the world already had dementia, and that number is predicted to rise to 82 million by 2030 – and 152 million by 2050.

Reimagine AI's virtual companions address pressing needs:

  • Seniors living at home or in care facilities often experience feelings of isolation due to the passing of their friends or the relocation of their social circle. Virtual beings can serve as perfect companions, bridging the gap when family, friends, and healthcare workers are unavailable.

  • The Memory Care AI platform integrates applications for engagement and fun, all tuned to help combat loneliness. With AI-initiated engagement our virtual beings can start conversations and encourage activities.

  • Moving an elderly individual from their home to a residence can cause incredible stress, leading to hospitalization in 35% of patients. Our virtual beings have the potential to ease this transition and reduce hospitalizations.

  • Virtual companions can give users friendly reminders about mealtimes, activities, bedtime, and medication reminders. They can also be integrated into existing sensor monitoring systems.

  • "We believe that attention must focus on supporting the wellbeing of people who are living with dementia and fully support the work of Reimagine AI."

    Alzheimer Society of Ontario

  • “Its potential to transform patient experiences, particularly for those grappling with memory-related conditions, is immense."

    OROT - Connected Health Innovation Hub

  • "We extend our heartfelt support to Reimagine AI's vision and are filled with anticipation for the transformative impact our synergized efforts will yield in the world of eldercare."

    Amba Health and Care

  • "We support the Reimagine AI initiative and its vision to harness technology in service of our aging population. We look forward to witnessing its continued development and the positive impact it will undoubtedly have on our society."

    Sheldon Memory Lab at McGill University

  • "We look forward to supporting the continued development of the Memory Care AI project and exploring ways to leverage our 20-year history of applied research in this space to support Reimagine AI’s project goals."

    SIRT Centre for Elder Research

  • "It is imperative that we develop new tools and technologies that can benefit individuals living with dementia and provide some valuable supports for their care partners. OBI is committed to supporting the Reimagine AI team."

    Ontario Brain Institute

TECHNOLOGY & API

Reimagine AI's tablet-based virtual being platform, powered by our API, is at the core of the Memory Care AI. Our API enables intricate control over an ecosystem of AI and interactive technologies.

Supported by the National Research Council of Canada