paint-brush
Will We See AI Like Jarvis and Samantha in Our Lifetime?by@jamesking
1,022 reads
1,022 reads

Will We See AI Like Jarvis and Samantha in Our Lifetime?

by James KingDecember 13th, 2023
Read on Terminal Reader
Read this story w/o Javascript
tldt arrow

Too Long; Didn't Read

Artificial Intelligence (AI) has made unprecedented advancements in recent years. Examples like [Jarvis] from Marvel's *Iron Man* series and Samantha from the film *[Her] come to mind. While these AI systems have been glamorized and personified in Hollywood, it begs the question: are we on the cusp of seeing such advanced AI in our lifetime?

People Mentioned

Mention Thumbnail

Company Mentioned

Mention Thumbnail
featured image - Will We See AI Like Jarvis and Samantha in Our Lifetime?
James King HackerNoon profile picture

August 29th, 1997. That’s the day Skynet became self-aware, and the day it decided to attack humanity. Of course, that was in Terminator 2. A movie. Nothing close to real life. While it’s a classic, it’s guilty of emphasizing the negative consequences of technology that most humans couldn’t understand at the time.


Things are different now. Artificial Intelligence (AI) has made unprecedented advancements in recent years: think self-driving cars, voice assistants, and smart home systems. And none of these things are “bad” or “evil.”


Examples like Jarvis from Marvel's Iron Man series and Samantha from the film Her come to mind.


While these AI systems have been glamorized and personified in Hollywood, it begs the question: are we on the cusp of seeing such advanced AI in our lifetime? Let’s get into the possibility and implications of such a reality.

The Evolution of AI: A Historical Perspective

AI has been touted as the next big thing for decades. The term 'Artificial Intelligence' was first used in the 50s by computer scientist John McCarthy at a conference in Hanover, New Hampshire.


Since then, researchers have made impressive strides in developing AI systems capable of complex tasks and even learning from experience.

From Turing's Test to Deep Learning

In 1950, computer scientist Alan Turing proposed a test to determine if a machine could exhibit intelligent behavior equivalent to a human's. This became known as the “Turing Test” and remains a benchmark for measuring AI.


Deep learning - a subset of machine learning - took center stage in 2012 with an AI system that could recognize cats in YouTube videos.


The breakthrough sparked the current deep learning revolution, leading to natural language processing, image recognition, and autonomous decision-making advancements.

Current State of AI: How Close Are We?

Today's AI systems can perform a wide range of tasks. They can play complex games like chess and automate routine tasks in industries such as finance and healthcare.


While these systems are impressive, they still fall short in terms of general intelligence - the ability to adapt and learn new things.

Narrow vs. General AI

The current AI landscape is dominated by narrow AI. These are systems designed to perform specific tasks efficiently.


It can be used for professional and entertainment purposes. Many marketers use automation tools to help them do more in less time.


General AI, on the other hand, can reason and think like a human. It can learn and adapt. That’s what would be required to come up with a Jarvis or a Samantha.


But achieving general AI is no easy feat. We’ll need to push through significant scientific ceilings in areas such as natural language processing, emotional intelligence, and creativity, among others.

The Path to Advanced AI: Challenges and Considerations

While we may be closer than ever to witnessing advanced AI systems like Jarvis and Samantha, significant challenges still need to be addressed. These include:


  • Data bias: AI systems rely on vast amounts of data to learn and make decisions. Any bias in the data can lead to unideal outcomes.


  • Safety and ethics: Advanced AI systems with general intelligence raise important questions about safety and ethical considerations. Who is responsible if an AI system makes a harmful decision? How can these systems be used ethically?


  • Human interaction: If advanced AI systems become a reality, how will they interact with humans? Will they be able to empathize and understand human emotions?

Jarvis and Samantha: Breaking Down the Fictional Reality

The idea of AI systems like Jarvis and Samantha is not entirely out of the realm of possibility. We’ve already seen significant advancements in natural language processing and emotional intelligence in AI systems.


Companies like Moemate are laying the groundwork today for what AI will be tomorrow. It’s essentially AI as a Service, allowing users to chat with AI based on fictional characters. Users can also create their own chat buddy.


But what can we see from brands like this five or 10 years from now? There’s no way to know, but the results so far are stellar.


It’s also important to note that Jarvis and Samantha are highly romanticized versions of AI. They have personalities and emotions modeled after humans.


While it is possible that we may see AI systems, such as what Moemate has developed, with similar capabilities in our lifetime, they won’t be exactly the same as the characters depicted in movies.

The Future of AI: What Can We Expect?

The journey towards advanced AI, like Jarvis and Samantha, is still evolving. While we have made significant strides in AI technology, we have yet to completely bridge the gap between today's AI and tomorrow's possibilities.


The challenges, primarily concerning data bias, ethical considerations, and human interaction, need attention. However, with the rapid pace of technological advancements, we remain optimistic.

The focus should lie on nurturing an AI future that is beneficial and safe for humanity.


While the prospect of seeing AI like Jarvis and Samantha remains an enticing possibility, these AI systems will blend our technological accomplishments and our shared human values when they do come to life.


These values may be much different from what we saw in movies over a decade ago.