Artificial Intelligence BenefitsA branch of computer science that makes machines and technology usually performed by humans, artificial intelligence (AI) includes problem solving, decision-making and understanding language. AI systems rely on algorithms and data collection to observe patterns, make predictions and provide answers.

By ethically using the power of machine learning and analytics, AI can complete administrative and automotive tasks. It can also make informed decisions, and cater to individuals who are typically underrepresented in communities. Artificial intelligence benefits has the potential to transform our society by improving education systems, health care and environmental sustainability.


One of the main advantages of AI is its ability to create personalized learning plans for students. AI can collect data and analyze a student’s learning style and performance. It does this based on students’ response time and the types of questions they get correct. Data can be used to customize curriculums that are tailored for individual students.

A “one-size-fits-all” approach is what most education systems use today because it is unrealistic to expect a teacher to create a custom plan for every student in their classroom. Challenges are presented with this education system, though. Many students do not find the current approach engaging. In fact, they actually find that it hinders their learning experience. Personalized learning can help resolve issues that higher education institutions face, such as dropout rates and overall lack of motivation.

In Pakistan, the educational platform Maqsad creates personalized educational content for students, catering to their specific needs through data analysis. This digital learning has been embraced when its need surged during the COVID-19 pandemic.

Artificial intelligence benefits education systems inside and outside of the classroom. At Staffordshire University in the U.K., an AI chatbot provides personalized answers to questions regarding university services and other support. This allows professors and campus staff more time to handle other administrative tasks. It also allows them to collect data on what individuals are confused about to better serve their student population.

Environmental Sustainability

Artificial intelligence benefits have the potential to facilitate environmental sustainability in many ways. Energy consumption, agriculture, manufacturing and resource management can improve with the help of AI technology.

When it comes to energy consumption, AI can optimize energy usage in buildings, transportation systems and manufacturing processes. The technology does this by using predictive analytics to manage the supply and demand chain of energy and stop carbon pollution.

In agriculture, AI can help predict weather patterns that would impact crops. It can reduce the use of fertilizer and water, two resources that, when used in large quantities, could harm the environment and ecosystems.

In Africa, advanced technology is being used to optimize agriculture and improve crop yields through “Digital soil mapping.” Digital soil mapping uses spatial data to predict the soil’s capacity to provide quality resources such as crops. It also identifies any deficiencies the soil might have, such as harmful aluminum toxicity.

By leveraging AI and machine learning, companies and communities can make data-driven decisions that have positive impacts on the environment and their businesses.

Health Care

Artificial Intelligence can improve patient outcomes with personalized treatment plans, medical imaging, decision-making and much more. It is documented that reviewing medical records and recording notes can take up to more than half a physician’s time. The use of AI language technology can free up time for medical practitioners by transcribing their meetings and inputting data into medical software. AI can also help diagnose patients by asking them a series of questions and analyzing their symptoms to provide accurate medical explanations.

In India, 70% of health care services operate from the private sector, which makes access to adequate health care extremely difficult for those living at or below the poverty line. AI-based technologies are being used to detect diseases and diagnose patients. One company, SigTuple, is developing a system that can analyze blood samples to detect abnormalities and diagnose diseases like tuberculosis.

These AI systems can help resolve the medical inequalities faced by people living in poverty. It can also uneven the ratio of doctors to patients in impoverished communities, as well as improve the overall efficiency of public health care.

Mental Health

Mental health is another area in which artificial intelligence benefits many people. A study conducted by the University of Southern California found that individuals suffering from PTSD and other mental illnesses are more comfortable speaking with virtual programs because of the fear of being judged. This could help advance mental health services by initially having patients speak with AI technology and then taking those answers and providing them with the best care.

Moving Forward

Based on recent trends, artificial intelligence can be beneficial to society when used correctly. In places like Pakistan, India and Africa, artificial intelligence and advanced technology models have already led to progress in areas of education, environmental sustainability and health care. And the positive outcomes suggest that there is room for even more progress.

Kellyjohana Ahumada

Photo: Pexels 

AI technology
AI technology is all around and many use it without even knowing it. However, many people in developing countries cannot access this technology without help. WorldData has reported that there are 152 developing countries worldwide, with a population of 6.69 billion. The entirety of Central and South America and Africa are developing nations, along with the majority of Asia and other island states. About 9% of the global population is living in extreme poverty, earning less than $1.90 per day, and living below the higher poverty line. More than 20% earn less than $3.20 per day and more than 40% earn less than $5.50.

What is Artificial Intelligence?

Artificial intelligence (AI) is basically coding and software that help people in daily life. While people know it best for its role in science and medicine, it also has a role in the productive robots in factories, the voice recognition in smartphones, the software that detects online viruses and the drones that deliver packages and help farmers. While there is no official definition for AI, it is typically a man-made machine that does things humans cannot do in a timely manner or at all. The term “artificial intelligence” or “AI” was created in 1956 at a conference in New Hampshire, the United States, but AI machines existed before that.

How is AI Technology Helping Developing Nations?

Agriculture. AI technology supports many different aspects of agriculture, particularly in Africa. It helps farmers take care of their crops by detecting when is the best time to plant and harvest. It can also help detect when crops are sick. For example, mCrops is a form of AI that helps diagnose crop diseases in Uganda. Additionally, another AI that is helpful in agriculture is drones that spray pesticides on sick plants. However, they can also spray water and help plant new crops in the healthiest parts of the ground. An example of this is Aerobotics, which works in Malawi, Zimbabwe and Mozambique.

Education. AI technology can help developing nations, especially in rural areas, with education because it is effective for illiteracy, coursework and general school subjects, and can alleviate the short supply of teachers and supplies using tutoring technology. Sites like Dapito, Eneza Education and Tutorful help people connect around the world. For example, they teach English to non-English speakers, customizing content and lessons for a specific student. Students in developing nations are intelligent, but they lack qualified teachers and are sometimes unable to travel to school. For example, travel might not be available when there are floods and when they are sick, especially when many schools are far away.

Recognition. This method of AI includes location and supports many fields, such as health care, natural disasters, deliveries and shipments, and more, generally by the use of drones. An earthquake hit Nepal in 2015 where the United Nations Office for the Coordination of Humanitarian Affairs (UNOCHA) used AI in relief to locate damage from social media posts, mobile devices, satellites and multiple other devices. Currently, the World Wildlife Fund uses drones in Kenya to arrest wildlife poachers, and UNICEF is building a machine to detect malnutrition using facial recognition.

AI Technology and Health Care

AI technology is helping globally, especially in rural countries in Africa. It is constantly undergoing development for health care but relies on the government, NGOs and medical professionals to authorize machines for medical use and support. AI can diagnose patients, recommend treatments and discover global viruses. For those living in rural and developing nations, AI is lifesaving as it can locate injured people which a normal navigation or GPS system cannot do, and send medicine and medical supplies via drones. It also provides qualified doctors to countries with a lack of medical professionals and to those who need a second opinion on diagnoses, treatment and surgery. This reduces costs, manual labor and mortality rates and develops education in health care and literacy.

In 2022, the University of West Scotland developed new AI technology that enables lung diseases to be identified faster with an accuracy of 98%, meaning diseases are less likely to spread and more people will be correctly diagnosed before a disease progresses and can receive treatment. Further research has found that it can detect COVID-19 cases. This technology is especially useful in developing nations during winter periods especially and globally in general. This will not replace human labor but will support hospitals. This AI technology cuts short the long wait and use of CT scans, blood tests, x-rays and ultrasounds, cutting down further costs and time taken to identify disease and illness.

– Deanna Barratt
Photo: Wikimedia Commons

kazakhstan-adopts-ai-into-health-careIn this modern world, Artificial Intelligence (AI) is having a positive impact on people’s lives in Kazakhstan, bringing the efficient technology that today’s health care systems increasingly need. More specifically, the country launched an AI health care device called PneumoNet to provide early diagnosis for the most infectious lung diseases.

Health Care in Kazakhstan

Here are a few key facts about health care in Kazakhstan:

  • Life expectancy at birth at 73.2 years in line with the global average.
  • The doctor-to-patient ratio stood at four doctors for every 1,000 people in 2014, exceeding the regional average of 3.3 and the global average of 1.8.
  • Lung disease is the third leading cause of death in Kazakhstan. Large cities and urban areas contributed to poor air quality, exacerbating lung diseases.
  • With the onset of the COVID-19 pandemic, an already overworked medical team faced more pressure to assess data and recommend therapies as the number of patients receiving computed tomography (CT) scans rose from an estimated 60 to 100 per day, the World Bank reports.

In addition, the extraordinary scope of the pandemic brought attention to the health care system’s need for creative and economical approaches to the quick and precise identification and treatment of lung disorders.

Implementing AI

Incorporating AI into the health care system has several advantages. The first is greater efficiency. An automated system allows medical professionals to analyze patient data faster in order to deliver better health care more quickly. This can reduce the stress of the doctors that may already be overwhelmed.

Overall, PneumoNet allows Kazakhstan to effectively diagnose 17 of the most contagious lung diseases using AI techniques. These include pneumonia, tuberculosis, cancer and COVID-19. The Kazakh Research Institute of Oncology and Radiology (KRIOR) and the firm Forus Data partnered to develop and implement the technology.

“In the early days of the pandemic, frontline medical staff were introduced to working with the PneumoNet system. By May 2020, the system was used by three frontline hospitals in Almaty and Nur-Sultan, allowing radiologists to do their work in half the time and expediting the triaging of patients based on need for critical care and hospitalization. In addition, the system complemented the PCR diagnoses as the number of COVID-19 cases increased,” Dauren Baibazarov, the executive director of Forus Data told the World Bank.

A Better Future

Kazakhstan continues to prioritize the implementation of technology in health care in order to benefit patients. This is needed more than ever as the “wear and tear of medical equipment is at the level of 49.6%.” PM Smailov has made the decision to centralize medical equipment purchases in order to help remedy this.

Kazakhstan’s health care system and general state of health should advance with time and stable expansion. The continual development of medical technology is making it easier to identify illnesses and prepare to treat them when they are still in their early stages. This lessens the strain on people who live in larger cities and cannot afford quality health care.

Frema Mensah
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