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9 Common interview questions for AI jobs

AI job seekers should be prepared to answer common interview questions on their experience, skills and approach to AI-focused projects.

Artificial intelligence (AI) is a rapidly growing field, and as a result, the job market for AI professionals is expanding. AI job interviews can be particularly challenging because of the technical nature of the field. However, technical expertise is not the only factor that interviewers consider. Non-technical candidates who can demonstrate an understanding of AI concepts and an eagerness to learn are also valued.

Technical candidates should be prepared to answer questions that test their knowledge of machine learning algorithms, tools and frameworks. They may be asked to provide detailed explanations of their past projects and the technical solutions they used to overcome challenges. Additionally, they should be prepared to answer questions about data preprocessing, model evaluation and their experience with AI-related tools and frameworks.

Related: 5 natural language processing (NLP) libraries to use

Non-technical candidates should focus on their understanding of the transformative potential of AI and their eagerness to learn more about the field. They should be able to explain the importance of data preprocessing and cleaning and provide an understanding of how machine learning algorithms work. Additionally, they should be prepared to discuss their ability to collaborate and communicate with team members and their methods of staying up-to-date with the latest developments in AI.

Here are nine common interview questions for AI jobs. While these are common interview questions for AI jobs, it's important to keep in mind that every job and company is unique. The best answers to these questions will depend on the specific context of the role and the organization you are applying to.

Use these questions as a starting point for your interview preparation, but don't be afraid to tailor your responses to fit the specific job requirements and culture of the company you are interviewing with. Remember that the goal of the interview is to demonstrate your skills and experience, as well as your ability to think critically and creatively, so be prepared to provide thoughtful and nuanced responses to each question.

1. What motivated you to pursue a career in AI?

This question is aimed at understanding a job seeker’s motivation and interest in pursuing a career in AI. It is an opportunity to showcase one’s passion and how it aligns with the job they are applying for. A candidate’s answer should highlight any experience or training they may have had that sparked their interest in AI, as well as any specific skills or interests they have in the field. 

Technical candidates can highlight their interest in the mathematical and statistical foundations of machine learning, while non-technical candidates can focus on the transformative potential of AI and their desire to learn more about the field.

2. What experience do you have with AI-related tools and frameworks?

This question is aimed at assessing a candidate’s technical knowledge and experience with AI-related tools and frameworks. Their answer should highlight any experience they have had working with specific tools and frameworks, such as TensorFlow, PyTorch or scikit-learn. 

Technical candidates can provide specific examples of tools and frameworks they have worked with, while non-technical candidates can highlight their willingness to learn and adapt to new technologies.

3. Can you describe a machine learning project you worked on?

This question is designed to assess the candidate’s experience and understanding of machine learning projects. The interviewer is interested in hearing about a machine learning project that the candidate has worked on in the past. The candidate’s response should be structured to describe the project from start to finish, including the problem that was being solved, the data used, the approach taken, the models developed and the results achieved.

The candidate should use technical terms and concepts in their answer but also explain them in a way that is easy to understand for non-technical interviewers. The interviewer wants to gauge the candidate’s level of understanding and experience with machine learning projects, so the candidate should be prepared to provide details and answer follow-up questions if necessary.

Technical candidates can provide a detailed explanation of the project, including the algorithms and techniques used, while non-technical candidates can focus on the project’s goals and outcomes and their role in the project.

4. How do you approach data preprocessing and cleaning?

This question aims to assess the candidate’s approach to data preprocessing and cleaning in machine learning projects. The interviewer wants to know how the candidate identifies and addresses issues in data quality, completeness and consistency before feeding the data into machine learning models.

The answer should describe the steps taken to ensure that the data is properly formatted, standardized and free of errors or missing values. The candidate should also explain any specific techniques or tools used to preprocess and clean the data, such as scaling, normalization or imputation methods. It is important to emphasize the importance of data preprocessing and cleaning in achieving accurate and reliable machine learning results.

Technical candidates can provide a step-by-step explanation of their data preprocessing and cleaning techniques, while non-technical candidates can explain their understanding of the importance of data preprocessing and cleaning.

5. How do you evaluate the performance of a machine learning model?

The purpose of this question is to evaluate your knowledge of machine learning model evaluation techniques. The interviewer wants to know how to assess the performance of a machine learning model. One can explain that various evaluation metrics, such as accuracy, precision, recall, F1-score and AUC-ROC, among others, are available. Each of these metrics has its own significance based on the problem at hand.

One can mention that to evaluate the performance of the model, the data is typically split into training and testing sets, and the testing set is used for evaluation. Additionally, cross-validation can be used for model evaluation. Finally, one should consider the problem context and specific requirements while evaluating the model’s performance.

Technical candidates can provide a detailed explanation of the metrics and techniques used to evaluate the performance of a model, while non-technical candidates can focus on their understanding of the importance of model evaluation.

Related: 5 programming languages to learn for AI development

6. Can you explain the difference between supervised and unsupervised learning?

The interviewer aims to gauge how well you comprehend the core ideas of machine learning through this question. The interviewer wants you to explain the difference between supervised and unsupervised learning.

You can explain that supervised learning is commonly used for tasks like classification and regression, while unsupervised learning is used for tasks like clustering and anomaly detection. It’s important to note that there are other types of learning as well, such as semi-supervised learning and reinforcement learning, which combine elements of both supervised and unsupervised learning.

Technical candidates can provide a technical explanation of the differences between the two learning types, while non-technical candidates can provide a simplified explanation of the concepts.

7. How do you keep up with the latest developments in AI?

This question is aimed at understanding your approach to staying up-to-date with the latest developments in the field of AI. Both technical and non-technical candidates can explain that they regularly read research papers, attend conferences and follow industry leaders and researchers on social media.

Additionally, you can mention that you participate in online communities and forums related to AI, where they can learn from others and discuss the latest developments in the field. Overall, it’s important to show that you have a genuine interest in the field and are proactive in keeping up with the latest trends and advancements.

8. Can you describe a time when you faced a difficult technical challenge and how you overcame it?

This question is aimed at understanding the problem-solving skills of the job seeker. The interviewer wants the candidate to describe a time when they faced a challenging technical problem and how they tackled it. The candidate should provide a detailed description of the problem, the approach they took to solve it and the outcome. 

It is important to highlight the steps taken to resolve the issue and any technical skills or knowledge utilized in the process. The candidate can also mention any resources or colleagues they reached out to for assistance. The purpose of this question is to evaluate the candidate’s ability to think critically, troubleshoot and persevere through difficult technical challenges.

Technical candidates can provide a detailed explanation of the challenge and the technical solutions used to overcome it, while non-technical candidates can focus on their problem-solving skills and ability to learn and adapt to new challenges.

9. How do you approach collaboration and communication with team members in an AI project?

This question aims to assess the candidate’s ability to work collaboratively with team members in an AI project. The interviewer wants to know how the candidate approaches collaboration and communication in such a project. The candidate can explain that they prioritize effective communication and collaboration by regularly checking in with team members, scheduling meetings to discuss progress and maintaining clear documentation of project goals, timelines and responsibilities.

The candidate can mention that they also strive to maintain a positive and respectful team dynamic by actively listening to and valuing the perspectives of their team members and providing constructive feedback when needed. Finally, the candidate can explain that they understand the importance of establishing and adhering to a shared code of conduct or best practices for collaboration and communication to ensure the success of the project.

Both technical and non-technical candidates can explain their methods of communicating and collaborating with team members, such as providing regular updates, seeking feedback and input, and being open to new ideas and perspectives.

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7 popular tools and frameworks for developing AI applications

TensorFlow, PyTorch, Keras, Caffe, Microsoft Cognitive Toolkit, Theano and Apache MXNet are the seven most popular frameworks for developing AI applications.

Artificial Intelligence (AI) is a rapidly growing field with numerous applications, including computer vision, natural language processing (NLP) and speech recognition. To develop these AI applications, developers use various tools and frameworks that provide a comprehensive platform for building and deploying machine learning models.

This article will discuss the seven popular tools and frameworks used for developing AI applications: TensorFlow, PyTorch, Keras, Caffe, Microsoft Cognitive Toolkit, Theano and Apache MXNet. These tools have become the go-to choice for developers thanks to their ease of use, scalability and efficient execution of complex mathematical operations.

TensorFlow

TensorFlow is an open-source platform developed by Google, which provides a comprehensive framework for building and deploying machine learning models across multiple platforms. It is widely used for various applications, including computer vision, natural language processing and speech recognition. For example, it can be used to build a chatbot that can understand and respond to natural language queries.

PyTorch

PyTorch is another popular open-source machine learning framework, widely used for developing AI applications such as image recognition, natural language processing and reinforcement learning. It offers dynamic computation, making it easier to experiment with different model architectures.

For example, it can be used to build an image recognition system that can detect and classify different objects in an image.

Keras

Keras is an open-source neural network library that runs on top of TensorFlow or Theano. It is a user-friendly platform that allows developers to create and train deep learning models with just a few lines of code. Keras can be used to build a speech recognition system that can transcribe spoken words into text.

Related: 5 natural language processing (NLP) libraries to use

Caffe

Caffe is a deep learning framework developed by Berkeley AI Research (BAIR) and community contributors. It is designed for fast training of convolutional neural networks and is commonly used for image and speech recognition.

Microsoft Cognitive Toolkit (CNTK)

CNTK is an open-source framework developed by Microsoft that provides a scalable and efficient platform for building deep learning models. It supports multiple programming languages, including C++, Python and C#. It can be used to build a machine translation system that can translate text from one language to another.

Theano

Theano is a popular Python library for numerical computation, specifically designed for building and optimizing deep neural networks. It is known for its efficient execution of mathematical expressions, making it useful for training complex models. For example, it can be used to build a sentiment analysis system that can identify the sentiment of a given text.

Related: 5 programming languages to learn for AI development

Apache MXNet

Apache MXNet is a scalable and efficient open-source deep learning framework, which supports multiple programming languages, including Python, R and Scala. It is widely used for computer vision, NLP and speech recognition applications. For example, it can be used to build a system that can identify different emotions in a given text or speech.

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OpenAI’s CTO says government regulators should be ‘very involved’ in regulating AI

The executive recently sounded off about government regulators, the “pause” letter, and how close the company is to reaching artificial general intelligence.

Mira Murati, the chief technology officer at OpenAI, believes government regulators should be “very involved” in developing safety standards for the deployment of advanced artificial intelligence models such as ChatGPT. 

She also believes a proposed six-month pause on development isn’t the right way to build safer systems and that the industry isn’t currently close to achieving artificial general intelligence (AGI) — a hypothetical intellectual threshold where an artificial agent is capable of performing any task requiring intelligence, including human-level cognition. Her comments stem from an interview with the Associated Press published on April 24.

Related: Elon Musk to launch truth-seeking artificial intelligence platform TruthGPT

When asked about the safety precautions OpenAI took before the launch of GPT-4, Murati explained that the company took a slow approach to training to not only inhibit the machine’s penchant for unwanted behavior but also to locate any downstream concerns associated with such changes:

“You have to be very careful because you might create some other imbalance. You have to constantly audit […] So then you have to adjust it again and be very careful about every time you make an intervention, seeing what else is being disrupted.”

In the wake of GPT-4’s launch, experts fearing the unknown-unknowns surrounding the future of AI have called for interventions ranging from increased government regulation to a six-month pause on global AI development.

The latter suggestion garnered attention and support from luminaries in the field of AI such as Elon Musk, Gary Marcus, and Eliezer Yudkowski, while many notable figures including Bill Gates, Yann LeCun and Andrew Ng have come out in opposition.

For her part, Murati expressed support for the idea of increased government involvement, stating, “these systems should be regulated." She continued: "At OpenAI, we’re constantly talking with governments and regulators and other organizations that are developing these systems to, at least at the company level, agree on some level of standards.”

But, on the subject of a developmental pause, Murati’s tone was more critical:

“Some of the statements in the letter were just plain untrue about development of GPT-4 or GPT-5. We’re not training GPT-5. We don’t have any plans to do so in the next six months. And we did not rush out GPT-4. We took six months, in fact, to just focus entirely on the safe development and deployment of GPT-4."

In response to whether there was currently “a path between products like GPT-4 and AGI,” Murati told the Associated Press that “We’re far from the point of having a safe, reliable, aligned AGI system.”

This might be sour news for those who believe GPT-4 is bordering on AGI. The company’s current focus on safety and the fact that, per Murati, it isn’t even training GPT-5 yet, are strong indicators that the coveted general intelligence discovery remains out of reach for the time being.

The company’s increased focus on regulation comes amid a greater trend towards government scrutiny. OpenAI recently had its GPT products banned in Italy and faces an April 30 deadline for compliance with local and EU regulations in Ireland — one experts say it’ll be hard-pressed to meet.

Such bans could have a serious impact on the European cryptocurrency scene as there’s been increasing movement towards the adoption of advanced crypto trading bots built on apps using the GPT API. If OpenAI and companies building similar products find themselves unable to legally operate in Europe, traders using the tech could be forced elsewhere.

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StabilityAI launches StableLM open-source alternatives to ChatGPT

StabilityAI announced the launch of StableLM, a suite of open-source large language models.

The large language model sector continues to swell as StabilityAI, maker of the popular image-generation tool Stable Diffusion, has launched a suite of open-source language model tools.

Dubbed, StableLM, the publicly-available alpha versions of the suite currently contain models featuring three and seven billion parameters with 15, 30, and 65-billion parameter models noted as “in progress” and a 175-billion model planned for future development.

By comparison, GPT-4 has a parameter count estimated at one trillion, six times higher than its predecessor GPT-3.

The parameter count may not be an even measure of LLM efficacy, however, as Stability AI noted in its blog post announcing the launch of StableLM:

“StableLM is trained on a new experimental dataset built on The Pile, but three times larger with 1.5 trillion tokens of content […] The richness of this dataset gives StableLM surprisingly high performance in conversational and coding tasks, despite its small size of 3 to 7 billion parameters.”

It’s unclear at this time exactly how robust the StableLM models are. The StabilityAI team noted on the organization's Github page that more information about the LMs capabilities would be forthcoming, including model specifications and training settings.

Related: Microsoft is developing its own AI chip to power ChatGPT

Provided the models perform well enough in testing, the arrival of a powerful open-source alternative to OpenAI’s ChatGPT could prove interesting for the cryptocurrency trading world.

As Cointelegraph reported, people are building advanced trading bots on top of the GPT API and new variants that incorporate third-party tool access, such as BabyAGI and AutoGPT.

The addition of open-source models into the mix could be a boon for tech-savvy traders who don’t want to pay OpenAI’s access premiums.

Those interested can test out a live interface for the 7B-parameter StableLM model hosted on HuggingFace. However, as of the time of this article’s publishing, our attempts to do so found the website overwhelmed or at capacity.

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Microsoft is developing its own AI chip to power ChatGPT: Report

The software giant is reportedly developing its own machine learning chips to power AI projects for OpenAI and its own internal teams.

Microsoft has secretly been developing its own artificial intelligence (AI) chips to deal with the rising costs of development for in-house and OpenAI projects, per a report from The Information. 

Reportedly in the works since 2019, Microsoft’s recently revealed hardware venture appears to be designed to reduce the Redmond company’s reliance on Nvidia’s GPUs.

A Google search reveals that the Nvidia H100, one of the more popular GPUs for training machine learning systems, costs as much as $40,000 on reseller service such as eBay amid increasing market scarcity.

These high costs have pushed several big tech companies to develop their hardware, with Meta, Google, and Amazon all developing machine-learning chips over the past few years.

Details remain scarce as Microsoft hasn’t officially commented yet, but The Information’s report claims that the chips are being developed under the codename “Athena” — perhaps a nod to the Greek goddess of war, as the generative AI arms race continues to heat up.

Related: Italy ChatGPT ban: Data watchdog demands transparency to lift restriction

The report also mentions that the news chips are already being tested by team members from Microsoft’s internal machine learning staff and OpenAI’s developers.

While we can only speculate at this time as to how OpenAI intends to use Microsoft’s AI chips, the company’s co-founder and CEO, Sam Altman, recently told a crowd at MIT that the infrastructure and design that got the company from GPT-1 to GPT-4 is “played out” and will need to be rethought:

“I think we're at the end of the era where it's going to be these, like, giant, giant models. We'll make them better in other ways.”

This comes on the heels of a busy news cycle for the AI sector, with Amazon recently entering the arena as a (somewhat) new challenger with its first self-developed models leaping onto the scene as part of its Bedrock AI infrastructure rollout.

And, on April 17, tech mogul and world’s richest person Elon Musk announced the impending launch of TruthGPT, a supposed “truth-seeking” large language model designed to take on ChatGPT’s alleged left-wing bias, during an interview with Fox News’ Tucker Carlson.

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9 Tech YouTube channels to follow

Discover nine tech-focused YouTube channels covering topics such as programming, machine learning, cybersecurity, blockchain and Web3.

Learning tech via YouTube channels can be a great way to supplement traditional learning methods, as it provides a more interactive and engaging experience. Many YouTube channels dedicated to tech provide in-depth tutorials and explanations of complex concepts in a way that is easy to understand, making it accessible to learners of all skill levels.

Additionally, YouTube channels often provide access to industry experts, giving learners the opportunity to learn from individuals with real-world experience and knowledge. For instance, Cointelegraph’s YouTube channel provides news, interviews and analysis on the latest developments in the cryptocurrency and blockchain industries. The channel’s content is well-produced and features engaging visuals, making it an accessible and entertaining way to learn about these topics.

Here are nine other YouTube channels to follow and learn beyond cryptocurrencies.

Ivan on Tech 

Ivan on Tech is a popular YouTube channel focused on blockchain technology, cryptocurrencies and decentralized applications (DApps). The channel is hosted by Ivan Liljeqvist, a software developer and blockchain expert.

Liljeqvist offers educational material on his YouTube channel on a range of subjects relating to blockchain technology, such as crypto trading, the creation of smart contracts, decentralized finance (DeFi) and more. Also, he offers updates on the most recent events and trends in the sector.

Liljeqvist also maintains an online school called Ivan on Tech Academy in addition to his YouTube channel. This school includes classes on blockchain development, cryptocurrency trading and other relevant subjects.

Andreas Antonopoulos

Andreas Antonopoulos’ YouTube channel is an invaluable resource for anyone seeking in-depth knowledge and insights into Bitcoin (BTC) and cryptocurrencies, featuring a wealth of informative talks, interviews and Q&A sessions.

Antonopoulos is a renowned advocate, speaker and author in the field of Bitcoin and cryptocurrencies. He is widely regarded as a leading expert on blockchain technology and has written several books on the subject, including Mastering Bitcoin and The Internet of Money.

He is renowned for his fervent defense of decentralized systems and his capacity to concisely and clearly convey difficult ideas. Since the beginning of cryptocurrencies and blockchain technology, Antonopoulos has been a vocal proponent of their development and use.

Crypto Daily 

Crypto Daily is a popular YouTube channel dedicated to providing daily news, analysis and commentary on the world of cryptocurrencies. With over 500,000 subscribers, the channel covers a broad range of topics, from the latest developments in cryptocurrencies to initial coin offerings and blockchain technology.

James, the host of the channel, makes his insights interesting for both inexperienced and seasoned crypto aficionados by combining wit, humor and intellect in his delivery. The channel also offers interviews with industry leaders, product reviews and educational content, making it a well-rounded resource for anybody interested in the world of cryptocurrency.

Cybersecurity Ventures 

Cybersecurity Ventures is a YouTube channel focused on providing educational content on cybersecurity, cybercrime and cyberwarfare. The channel offers in-depth analyses of new trends and technology, news updates on the most recent cyber threats and assaults, and interviews with top industry experts.

The channel, which has over 20,000 members, offers guidance and best practices for people and businesses wishing to safeguard themselves against online risks, making it a useful tool for both inexperienced and seasoned cybersecurity professionals.

Related: Top 10 most famous computer programmers of all time

Machine Learning Mastery

Machine Learning Mastery also has a YouTube channel that complements its website by providing video tutorials on machine learning topics. The channel, which is hosted by Jason Brownlee, provides a range of content, including lessons, interviews with business leaders, and discussions of the most recent developments and difficulties in the field of machine learning.

The videos are well-made and very educational, covering everything from the fundamentals of machine learning to more complex subjects, such as neural networks and computer vision. The channel, which complements the substantial materials already offered on the Machine Learning Masters website, has a growing subscriber base and is a great resource for anybody wishing to learn about machine learning in a visual format.

Two Minute Papers 

Two Minute Papers is a popular YouTube channel that summarizes and explains complex research papers in the fields of artificial intelligence, machine learning and computer graphics in two minutes or less. 

The channel, hosted by Károly Zsolnai-Fehér, provides an easy way to stay up-to-date on the most recent developments and discoveries in these areas. The professionally made videos include simple visual explanations and can help viewers understand even the most challenging studies.

In order to personalize the information, Two Minute Papers also includes interviews with researchers and subject-matter experts. Two Minute Papers, a popular and useful resource for people interested in cutting-edge research and advancements in AI and related subjects, has more than 1.5 million subscribers.

 Web3 Foundation

The Web3 Foundation is a nonprofit organization dedicated to supporting and building the decentralized web, also known as Web3. Its YouTube channel provides educational content and updates on the latest developments in Web3 technology, including blockchain, distributed systems and peer-to-peer networks.

Related: What are peer-to-peer (P2P) blockchain networks, and how do they work?

The channel offers talks by prominent authorities in the field, including programmers, researchers and businesspeople, as well as discussions and interviews on subjects pertaining to Web3 technology. Also, it provides updates on the progress of the Polkadot network, an open-source platform for constructing interoperable blockchain networks. Overall, the Web3 Foundation YouTube channel is a great resource for anyone interested in the decentralized web’s future because it has over 20,000 followers.

Dapp University 

Dapp University’s YouTube channel complements its educational platform by providing video tutorials on blockchain development, smart contracts and decentralized application (DApp) development. Hosted by developer and entrepreneur Gregory McCubbin, the channel features clear and concise explanations of complex topics in blockchain technology, making it accessible to beginners and experts alike.

The videos cover a wide range of topics, including Ethereum, Solidity and other blockchain tools and technologies. With over 300,000 subscribers, the Dapp University YouTube channel is a valuable resource for individuals looking to learn how to develop decentralized applications on the blockchain.

Tech With Tim

Tech With Tim is a popular YouTube channel dedicated to teaching programming and computer science concepts to beginners and intermediate learners. The channel offers tutorials on a range of programming languages, including Python, Java and C++, as well as web development, game development and machine learning.

It is hosted by Tim Ruscica, a software engineer and seasoned tutor. The well-produced videos have straightforward explanations and examples of programming topics, making them understandable to a variety of students. Tech With Tim is a great resource for anybody wishing to learn programming and computer science skills, with more than 800,000 members.

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Environmental Impact of AI Models Takes Center Stage Amid Criticism Against Bitcoin Mining

Environmental Impact of AI Models Takes Center Stage Amid Criticism Against Bitcoin MiningWhile bitcoin’s effect on the environment has been discussed at length over the last two years, the latest trend of artificial intelligence (AI) software is now being criticized for its carbon footprint. According to several headlines and academic papers this year, AI consumes significant electricity and leverages copious amounts of water to cool data centers. […]

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Elon Musk reaffirms AI’s potential to destroy civilization

Speaking about artificial intelligence's potential for civilizational destruction, Musk said, “Anyone who thinks this risk is 0% is an idiot.”

While tech giants across the world work on materializing the idea of having a generative artificial intelligence (AI) to aid humans in their daily lives, the risk of the nascent technology going rogue remains imminent. Considering this possibility, Tesla and Twitter chief Elon Musk reminded the people of AI’s potential to destroy civilization.

On March 15, Musk’s plan of creating a new AI startup surfaced after the entrepreneur was reportedly assembling a team of AI researchers and engineers. However, Musk continues to highlight the destructive potential of AI — just like any other technology — if it goes into the wrong hands or is being developed with ill intentions.

According to Musk, AI can be dangerous. In a FOX interview, he said that AI can be more dangerous than mismanaged aircraft design or production maintenance, for example. While acknowledging the low probability, he stated:

“However small one may regard that probability, but it is non-trivial - it has the potential of civilizational destruction.”

As Crypto Twitter picked up on the discussion, Musk followed up with strong support for his statement:

“Anyone who thinks this risk is 0% is an idiot.”

On the other hand, tech entrepreneurs like Bill Gates remain more optimistic about AI and the positive impacts it can bring to humanity.

Related: Elon Musk reportedly buys thousands of GPUs for Twitter AI project

On April 13, Amazon became the latest tech giant to join the race of creating AI services. Amazon Bedrock allows users to build and scale generative AI apps.

According to a blog post announcing the service, Bedrock allows users to “privately customize foundation models with their own data, and easily integrate and deploy them into their applications.”

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A brief history of artificial intelligence

AI has evolved from the Turing machine to modern deep learning and natural language processing applications.

Multiple factors have driven the development of artificial intelligence (AI) over the years. The ability to swiftly and effectively collect and analyze enormous amounts of data has been made possible by computing technology advancements, which have been a significant contributing factor. 

Another factor is the demand for automated systems that can complete activities that are too risky, challenging or time-consuming for humans. Also, there are now more opportunities for AI to solve real-world issues, thanks to the development of the internet and the accessibility of enormous amounts of digital data.

Moreover, societal and cultural issues have influenced AI. For instance, discussions concerning the ethics and the ramifications of AI have arisen in response to worries about job losses and automation.

Concerns have also been raised about the possibility of AI being employed for evil intent, such as malicious cyberattacks or disinformation campaigns. As a result, many researchers and decision-makers are attempting to ensure that AI is created and applied ethically and responsibly.

AI has come a long way since its inception in the mid-20th century. Here’s a brief history of artificial intelligence.

Mid-20th century

The origins of artificial intelligence may be dated to the middle of the 20th century, when computer scientists started to create algorithms and software that could carry out tasks that ordinarily need human intelligence, like problem-solving, pattern recognition and judgment.

One of the earliest pioneers of AI was Alan Turing, who proposed the concept of a machine that could simulate any human intelligence task, which is now known as the Turing Test. 

Related: Top 10 most famous computer programmers of all time

1956 Dartmouth conference

The 1956 Dartmouth conference gathered academics from various professions to examine the prospect of constructing robots that can “think.” The conference officially introduced the field of artificial intelligence. During this time, rule-based systems and symbolic thinking were the main topics of AI study.

1960s and 1970s

In the 1960s and 1970s, the focus of AI research shifted to developing expert systems designed to mimic the decisions made by human specialists in specific fields. These methods were frequently employed in industries such as engineering, finance and medicine.

1980s

However, when the drawbacks of rule-based systems became evident in the 1980s, AI research began to focus on machine learning, which is a branch of the discipline that employs statistical methods to let computers learn from data. As a result, neural networks were created and modeled after the human brain’s structure and operation.

1990s and 2000s

AI research made substantial strides in the 1990s in robotics, computer vision and natural language processing. In the early 2000s, advances in speech recognition, image recognition and natural language processing were made possible by the advent of deep learning — a branch of machine learning that uses deep neural networks.

Modern-day AI

Virtual assistants, self-driving cars, medical diagnostics and financial analysis are just a few of the modern-day uses for AI. Artificial intelligence is developing quickly, with researchers looking at novel ideas like reinforcement learning, quantum computing and neuromorphic computing.

Another important trend in modern-day AI is the shift toward more human-like interactions, with voice assistants like Siri and Alexa leading the way. Natural language processing has also made significant progress, enabling machines to understand and respond to human speech with increasing accuracy. ChatGPT — a large language model trained by OpenAI, based on the GPT-3.5 architecture — is an example of the “talk of the town” AI that can understand natural language and generate human-like responses to a wide range of queries and prompts.

Related: Biased, deceptive’: Center for AI accuses ChatGPT creator of violating trade laws

The future of AI

Looking to the future, AI is likely to play an increasingly important role in solving some of the biggest challenges facing society, such as climate change, healthcare and cybersecurity. However, there are concerns about AI’s ethical and social implications, particularly as the technology becomes more advanced and autonomous.

Moreover, as AI continues to evolve, it will likely profoundly impact virtually every aspect of our lives, from how we work and communicate, to how we learn and make decisions.

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OKX launches AI integration to monitor market volatility

Cryptocurrency exchange OKX announced a new integration aimed to help users monitor market volatility in real-time via advanced AI algorithms.

After the latest update of the infamous artificial intelligence (AI) chatbot ChatGPT-4, the technology has been a buzzword inside and outside the crypto industry. While opinions on the technology may be mixed, companies continue to integrate AI to enhance their user experience.

On March 31, the cryptocurrency exchange and Web3 technology company OKX announced that it will be launching a new integration from EndoTech.io which utilizes AI algorithms to capture crypto market volatility.

The algorithms incorporate both machine learning and “other advanced techniques” in an effort to conduct real-time analyses of data and trading opportunities.

According to Dmitry Gooshchin, chief operating officer of EndoTech.io, understanding market volatility is “essential for successful trading in the crypto space."

OKX also jumped on the AI bandwagon on March 30 when it posted an AI-generated poem from ChatGPT-4 about the company’s wallet.

This new platform update comes only a few days after the company announced its intention to expand its services to Australia while beginning to shut down its former operations in Canada.

AI is finding various use cases in the crypto industry, not just for identifying real-time market volatility. It’s also used to track blockchain transactions, deploy autonomous economic agents for trading and more.

Related: OKX latest proof of reserves reveals $8.9B in assets

In everyday life, it’s now used for personal assistant-like tasks, social media and customer service needs, among other use cases.

While some have a more positive outlook on the impact of AI technology in scenarios like the metaverse, a letter recently emerged signed by 2,600 researchers and leaders in fintech calling for a pause in AI development.

The primary concern the collective of industry professionals voiced was that “human-competitive intelligence can pose profound risks to society and humanity,” among others.

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