Posted on:
Jul 8, 2023

AI: Creating Opportunities and Bridging Gaps in Work, Care, and Infrastructure

AI: Creating Opportunities and Bridging Gaps in Work, Care, and Infrastructure

AI: Creating Opportunities and Bridging Gaps in Work, Care, and Infrastructure

Building the right tech stack is key

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How to choose the right tech stack for your company?

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What to consider when choosing the right tech stack?

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What are the most relevant factors to consider?

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What tech stack do we use at Technology?

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The rapid development of Artificial Intelligence (AI) has the potential to reshape various industries, including our three areas of focus: work, care, and infrastructure, by leveraging this transformative technology, existing biases and disparities can be addressed, creating opportunities for underrepresented groups, particularly Black founders, to build innovative solutions and thrive in the age of AI.

Statistically, the U.S. population is split down the middle when surveying the trust of AI tools to perform autonomous functions. Still, our collective imagination is the ceiling for the potential for AI tools to enhance how to work, care, and live — and now is the time to envision how Black founders can leverage AI to address bias and disparities in three areas that affect disenfranchised populations most.

The Future of Work 💼

Use-Cases for AI to address bias and close skill gaps:

A. AI-driven recruitment: AI can analyze vast amounts of data to identify patterns and trends in job applicants’ profiles. By incorporating fairness algorithms, AI can eliminate biases based on race, gender, or socioeconomic background, creating a more inclusive recruitment process.

Example: An AI-driven recruitment platform that uses natural language processing (NLP) to analyze applicants’ resumes and cover letters while eliminating demographic information that could lead to biased decisions.

Note: About 48% of people trust AI in the workplace often because the common assumption is that technology lacks the logic, empathy, and nuanced reasoning that humans provide. However, personal bias has traditionally affected how job candidates are perceived.

B. Skill development and upskilling: AI-powered learning platforms can tailor training and upskilling programs to individual learners’ needs, helping bridge the skills gap for those from disadvantaged backgrounds.

Example: An AI-driven learning platform that uses machine learning to assess a user’s skills, knowledge gaps, and learning preferences, followed by creating a personalized curriculum to help the user upskill and stay competitive in the job market.

Note: With the widely shared fear of job insecurity with AI, building new and transferrable skills will grow increasingly important for those looking to stay competitive professionally.

The Future of Care 🩺

Use-Cases for AI to improve access to quality care and curb disparities:

A. Bias-free diagnostics: AI algorithms can be developed to analyze medical images and other diagnostic data while being designed to minimize biases based on race or ethnicity. By training these algorithms with diverse and representative datasets, we can improve diagnostic accuracy and prevent potential disparities in treatment.

Example: The medical field still centers whiteness as the baseline for assessing health, like calculating BMI. This mathematical approach has proven to ignore different types of healthy bodies and create space for healthcare providers to omit context. Using AI to evaluate basic patient metrics against their racial demographic can garner more personalized recommendations, goal setting and treatment plans, and early identification of health risk factors that affect different groups to varying degrees.

AI-driven platforms can analyze genetic data from Black patients to identify genetic markers that are more prevalent within their population, allowing for the future development of targeted treatments or therapies. AI’s ability to assess large sets of data also AI-powered tools can analyze population health data to identify communities with high rates of chronic diseases that disproportionately affect Black populations. These tools can then recommend targeted allocation of healthcare resources, like community health clinics, to ensure equitable access to care for Black patients.

B. Addressing social determinants of health: AI can be used to analyze data on social determinants of health, such as socioeconomic status, education, and living conditions, to identify patterns that contribute to health disparities. By understanding these factors, healthcare providers can develop targeted interventions and policies to improve the health of Black patients and other disadvantaged communities.

Example: An AI-powered tool can analyze data on social determinants of health, such as housing conditions, air quality, access to healthy food, and even stress due to underemployment or spikes in violence, to identify neighborhoods with poor health outcomes for Black residents. These factors are not often explored during doctor’s visits and, when unaccounted for, can lead to ineffective recommendations, treatments, or denial of care altogether due to inconclusive findings.

Note: By implementing these AI-driven strategies, the healthcare system can work towards providing unbiased care to patients and ultimately reducing healthcare disparities. However, ensuring that AI technologies are developed and implemented ethically and transparently is essential to avoid perpetuating existing biases or creating new ones.

The Future of Infrastructure 🏗️

Use cases for living conditions and smart cities that empower residents:

A. Smart cities: AI can optimize urban planning and resource allocation, ensuring that underprivileged communities can access essential services such as public transportation, education, and healthcare.

Example: An AI-powered platform that creates insights from censused data to analyze population growth, traffic patterns, and public transportation usage to optimize urban planning decisions, ensuring efficient resource allocation and reduced disparities in access to services.

Local governments can develop systems to gather and analyze mass feedback from residents on local issues, ensuring that diverse voices are heard and considered in urban planning and policy decisions. Smart cities can promote equity and fairness by involving all community members in decision-making.

Furthermore, AI algorithms can analyze air quality, water quality, and waste management data to identify environmental issues disproportionately affecting marginalized communities. Local governments can then implement targeted interventions, such as green infrastructure projects or stricter pollution regulations, to address these disparities and promote environmental justice.

Where We Stand

As AI evolves, we can shape industries and create a more inclusive, equitable future. By addressing biases and disparities in work, care, and infrastructure, we can empower Black founders to build innovative solutions and thrive in the age of AI. Our collective responsibility is to ensure that the AI revolution benefits everyone and leaves no one behind.

All observations of opportunities to support equity in our workforce, healthcare, and cities rely solely on positive intent and a willingness to create pathways toward a just society. However, without a commitment to using technology in service to our entire population, the advancements of AI will only exacerbate the existing disparities.