Artificial intelligence (AI) proponents’ catchphrase, “AI for social good,” has evolved into something of a rallying cry, as much of the discussion surrounding this issue is now focused on AI applications that have been proven to be advantageous either for specific people or for society as a whole. It’s important to take a step back and evaluate what artificial intelligence is today and the impact of Artificial Intelligence on everyday life in both the personal and professional spheres before considering such artificial intelligence benefits (or drawbacks, as the case may be).
What Exactly Is AI?
To develop smart machines—devices and systems capable of performing complex tasks that frequently require human intelligence—in a way that equals or exceeds the capabilities of humans—artificial intelligence, or AI, is a branch of computer science that combines various disciplines.
Artificial general intelligence (AGI), often known as strong and narrow AI, are the two basic categories of artificial intelligence.
All present applications of artificial intelligence fall under the category of narrow or weak AI. It includes devices and systems created or configured to excel at a single activity, such, say, facial recognition. Weak AI for facial recognition cannot tell houses, vehicles, or other items apart, even though it can recognize faces faster or more accurately than a person.
Strong AI, often known as artificial general intelligence (AGI), is the ideal state in which intelligent robots can carry out a wide variety of tasks at levels well above those that a person is capable of. It’s a stage of AI development that we still need to attain.
The impact of Artificial Intelligence on everyday life
What is the purpose of artificial intelligence? How can I personally use AI? What is going to be the impact of Artificial Intelligence on my every day life?. Artificial intelligence would have contributed to your arrival if you arrived at this website via Google or another search engine. Every time you conduct a web search, the sophisticated algorithms or mathematical processes at the heart of the search engine generate suggestions based on logical connections with the words you enter or pronounce.
Additionally, they keep track of your reactions to the results and use this information to improve future searches.
One of the numerous uses of AI in daily life that we take for granted is in online search and recommendation engines. Other applications of AI span many different fields and sectors, including:
1. Virtual Assistants or Chatbots
Voice-to-text technology, internet accessibility, and AI skills are used by consumer platforms like Amazon Alexa, Apple’s Siri, and Google Assistant to conduct searches, make to-do lists, place online orders, set reminders, and respond to questions. Your daily routines can be automated by integrating them with your smart home and entertainment systems.
Conversational interfaces, sometimes known as chatbots, use algorithms to program machines to serve customers. Complex queries needing in-depth answers can be answered by sophisticated chatbots, giving users the appearance of speaking with a real customer service agent. Chatbots and other online artificial intelligence apps help businesses save money by lowering labor expenses while improving customer experience.
2. AI in Farming and Agriculture
AI-powered plant health and weather monitoring systems can assist farmers in increasing crop output. Robots, self-driving tractors, and drones are also being used in other areas of agriculture to monitor crop health conditions and carry out harvesting, increasing agricultural productivity and crop production.
3. Autonomous Vehicles and Aircraft
Unmanned aerial vehicles (UAVs), also known as drones, are a part of our airspace and perform surveillance as well as provide delivery services for an increasing number of projects, such as bringing medicine and other necessities to older adults who are confined to their homes as a result of COVID-19.
Although the market for autonomous or self-driving vehicles is still in its infancy, there are enough prototype and pilot projects to imply that as artificial intelligence and IoT (Internet of Things) technologies advance and mature, the prevalence of such cars and trucks will increase.
4. Online Commerce (eCommerce) and Shopping
By providing more individualized recommendations and more efficient purchasing procedures, machine learning (a subset of AI) is enhancing consumers’ online shopping experiences.
Commercial organizations’ logistics are being improved via automated supply chain management and warehousing solutions. Thanks to sentiment analysis, they can stay more in touch with their client’s preferences and behavior.
5. AI Helps in Security and Surveillance
The security profiles of organizations and governments that use drone surveillance, AI-based facial recognition, and biometric systems are improved. This has advantages, but there are also worries about privacy, espionage, and the “Big Brother” effect.
6. Manufacturing and Production
The security profiles of organizations and governments that use drone surveillance, AI-based facial recognition, and biometric systems are improved. This has advantages, but there are also worries about privacy, espionage, and the “Big Brother” effect.
7. Analysis of Healthcare and Medical Imaging
AI is becoming increasingly crucial in the fields of health and life sciences, powering the computers that identify, examine, and forecast the progression of various diseases and those that keep track of patients’ health. Robotics and AI technologies are also reducing the physical workload of healthcare workers and automating several administrative and regular tasks.
An example of AI in health is Ada, this AI assistant has been trained on clinical evidence to help users track their symptoms. For example, users can grade the severity of their symptoms and view medical guidance on the treatment options available.
Advantages of AI
How acceptable is the slogan “AI for social good” in light of all of this?
As we can see, artificial intelligence has several advantages, including the following:
- Continuous endurance and availability
AI-powered robots can accomplish repetitive or difficult jobs without making mistakes (as long as the initial programming is sound) and don’t need to eat or sleep.
- AI increases Industry Efficiency
Robotics and AI may assist businesses in completing their duties more effectively. With machine learning (ML) and deep learning (a sophisticated kind of ML employing artificial neural networks), AI can become wiser over time and more efficient.
- Â Convenience and Individual Opportunities
People may now complete daily chores more quickly and easily thanks to AI technologies like virtual support and intelligent automation of repetitive work, which also improves performance in many other ways. As a result, people have more time and energy to invest in creative and social endeavors.
- Safety and Health
Health providers may now work more effectively and efficiently thanks to AI, which positively impacts patient outcomes. By working in dangerous or unstable conditions, robots and automated systems also lower the risk to human workers.
While individual privacy, data governance, and institutional bias concerns are raised by technologies like drone surveillance and the use of AI in law enforcement and the justice system, overall, the advantages of artificial intelligence now exceed the drawbacks. By taking all required safety precautions and ensuring that the programming and use of AI remain in line with our aims and standards, it is our duty as humans to ensure it stays that way.
Summary
So far, we have seen the Impact of Artificial Intelligence on everyday life and how they can improve our life. To develop smart machines—devices and systems capable of performing complex tasks that frequently require human intelligence—in a way that equals or exceeds the capabilities of humans—Artificial intelligence (AI) is a branch of computer science that combines various disciplines.
Every day, both individuals and various sectors employ Artificial intelligence (AI). Learn about the different forms, applications, and advantages of it.
