How Companies are Using Artificial Intelligence?

How Companies are Using Artificial Intelligence?

Artificial Intelligence

Here is how AI companies are using AI

Artificial Intelligence (AI) is boosting business efficiency and productivity by automating procedures and operations that previously required human intervention. AI can also understand data on a level that no human has ever been able to. This skill has the potential to provide significant business benefits. Every function, business, and sector may benefit from AI. There are both general and industry-specific applications in this category. Let’s read more about how and why companies are using AI to increase efficiency.

Why Do Companies Use AI?

Improve User Experiences

It has been observed that balancing the need for high sales and conversion rates is also a challenge for companies. By developing UX-based functionality, Artificial Intelligence may be utilised to better user experience.

Better Personalization

The key to developing a great marketing campaign is to provide a personalised experience. Customers are more inclined to interact with marketing techniques that are tailored to them. Because AI is being integrated into the e-commerce sector, it is growing. Messages with custom subject lines are often highly received by both customers and clients. A tailored message combined with brand advertising allows the company to connect the consumer to previous encounters.

Utilizing Potential Channels

Artificial intelligence has the ability to open up new marketing channels for businesses. The use of AI aids in the expansion of digital marketing channels. Businesses are increasingly likely to use AI-powered technologies to automatically identify the channels that have the best probability of success.

Valuable Data Insights

Big business is dealing with a big amount of important data on their customers and trade. Many businesses benefit from the usage of artificial intelligence to comprehend the full scope of data sets.

Top Companies That Use AI


Apple is a global technology company that sells consumer goods like iPhones and Apple Watches, and also computer software and internet services. Apple employs machine learning and artificial intelligence in devices such as the iPhone, where the FaceID feature is enabled, and the Apple Watch, AirPods and HomePod smart speakers, where Siri is enabled. Apple is also expanding its service offerings, utilising AI to propose music on Apple Music, assist you in finding a photo in iCloud, and use Maps to route to your next appointment.


Baidu, China’s Google, employs artificial intelligence in a variety of ways. Deep Voice, a programme that utilises machine learning and deep learning to duplicate a voice, only requires 3.7 seconds of audio. They used the same technique to develop a programme that reads books with you in the writer’s voice, completely automated and without the need for a recording studio.


Alibaba is the biggest e-commerce platform in the world, selling more than Amazon and eBay altogether. Artificial intelligence (AI) is utilised to forecast what customers would wish to buy in Alibaba’s everyday operations. The firm uses natural language processing to produce product descriptions for the website. Alibaba’s City Brain initiative, which aims to construct smart cities, is another example of artificial intelligence in action. By tracking every car in the city, the initiative employs AI algorithms to assist alleviate traffic congestion.

Alphabet Google

Waymo, Google’s self-driving technology business, started as a Google initiative. Waymo’s goal now is to introduce self-driving technology to the rest of the globe in order to not only transport people around, but also to minimise the number of accidents. Its self-driving taxis are presently transporting passengers around California. Currently, the firm is unable to charge a fare, and a human driver is still in charge of the vehicle throughout the test programme. When Google bought DeepMind, it indicated its commitment to machine learning.


Amazon is not just a player in the AI game with Alexa, but it is also a component of many parts of its company. Another creative method Amazon employs artificial intelligence is to deliver items to you before you ever consider purchasing them. They collect the information about each person’s shopping patterns and are so confident in how the information they collect helps them propose goods to their clients that they are now utilising predictive analytics to anticipate what they need long before they need it.


One of the most common applications of artificial intelligence and machine learning at Facebook is to provide structure to unstructured information. They employ DeepText, a text comprehension engine, to automatically analyse and interpret the information and emotional mood of the thousands of postings (in many languages) published every second by its users. The social media behemoth uses DeepFace to automatically recognise you in a picture that is posted on its site. In addition, this technology is so adept at facial recognition that it outperforms humans. Artificial intelligence is also used by the firm to detect and delete photos that are posted on its platform as revenge porn.


For years, IBM has been at the vanguard of AI technology. It has been more than 20 years since IBM’s Deep Blue computer defeated a human world chess champion for the first time. The firm went on to win additional man vs. machine challenges, including the game show Jeopardy, using its Watson computer. Project Debater is IBM’s most recent artificial intelligence achievement. This AI battled against two expert debaters and generated human-like arguments.


The company’s overall performance is improving thanks to AI-powered solutions. Artificial intelligence is significant in every aspect, whether it is business marketing or data analytics. While powerful artificial intelligence may appear frightening at first, it is a highly user-friendly technology to integrate with current systems. In a variety of industries, many marketers are reaping the benefits of AI-enabled products. AI can disclose real-time data, enabling new strategies and capabilities for improving overall corporate growth.

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How Can Quantum Computing Change the World?

How Can Quantum Computing Change the World?

Quantum computing

Quantum computing will revolutionize the world by addressing issues that today’s conventional computers can’t solve.

There’s a reason why Microsoft, Google, IBM, and governments across the globe keep making large investments in quantum computing; they expect it will revolutionize the world by addressing issues that today’s conventional computers can’t solve.

Every industry will be affected by quantum computing. They will alter the way business is done and the security systems in place which protect data, how we battle illnesses and create new materials, as well as how we tackle health and climate challenges.

As the race to build the first commercially functional quantum computer heats up, here we discuss a handful of the ways quantum computing will alter our world.

Online security

When quantum computers become widely used, there will be both good and terrible consequences for internet security. Our present data encryption methods will be rendered obsolete. Most internet security measures now rely on the fact that “cracking the code” takes an inordinate amount of time as computers crunch big numbers. Quantum computers, on the other hand, will be able to handle this information swiftly, leaving our computers, financial firms, and private information exposed. The good news is that great progress has been made in the development of quantum encryption technologies like quantum key distribution, an ultra-secure communication technique that uses a key to decrypt a message. If the communication is intercepted, no one can read it due to the unusual features of quantum physics.

Artificial intelligence

Quantum computing is well adapted to processing information, required to enhance machine learning. Quantum computers can evaluate massive amounts of data in order to give artificial intelligence robots the feedback they need to enhance performance. Quantum computers can interpret data far more effectively than ordinary computers, resulting in a shorter learning curve for artificial intelligence robots. Artificial intelligence devices driven by quantum computing insights, like humans, can learn through experience and self-correct. Quantum computers will let AI spread to many sectors and technology become much more sensible in a very short period of time.

Drug development

To create an effective drug, chemists must examine the interactions between atoms, proteins, and chemicals to determine whether medicines will improve certain circumstances or cure diseases. This is time and labour expenses due to the large number of combinations that should be examined. Because quantum computers can examine many molecules, proteins, and chemicals at the same time, they allow scientists to identify promising therapeutic possibilities more quickly. Furthermore, certain medications are being withdrawn from clinical trials despite the fact that they may be effective in a portion of the population. Quantum computing will allow a person’s DNA to be sequenced and processed considerably faster than current technologies, allowing for individualized medicine creation.

Traffic control

Quantum computers will be able to swiftly determine the ideal routes concurrently, allowing for more effective scheduling and reducing traffic congestion. Quantum computers are also useful for improving supply chains, fleet operations, air traffic control, and deliveries for pretty much the same reasons.

Improve weather predictions

Since quantum computers can examine all the data simultaneously, meteorologists will have a far better idea of adverse weather conditions, allowing them to warn people and ultimately save lives, pain, and money. We will also acquire a better understanding of how we are impacting our environment since quantum computers will aid in the development of better climate models.

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How is Quantum Computing Impacting the Cybersecurity Industry?

How is Quantum Computing Impacting the Cybersecurity Industry?

Quantum computing

Here is how quantum computing impacting the cybersecurity industry

Quantum computing has a significant and game-changing impact on cybersecurity. Quantum computing holds immense promise in a range of sectors, including AI technology, health research, and weather prediction, to name a few. It does, however, pose a severe threat to cybersecurity, mandating a shift in how we protect our data. Regardless of the fact that quantum computers cannot yet crack most types of security, we must stay ahead of the curve and build quantum-proof technologies as quickly as possible. If we wait for those powerful quantum computers to breach our security, it will be too late.

The Scraping Threat

Irrespective of when commercialised quantum computers become accessible, the possibility of unscrupulous actors collecting data is another incentive to quantum-proof data now. They’ve already started taking data and keeping it until they can get their hands on a QC to decode it. The data has already been tampered with at that moment. The only way to maintain the security of data, especially information that must be kept secure indefinitely, is to protect it today with quantum-proof technology.

The Quantum Threat

Quantum computers will be able to tackle problems that traditional computers would be unable to address. Decoding the techniques that undergird encryption keys, which protect our data and the Internet’s architecture, is a part of this.

Much of today’s modern encryption is built on mathematical calculations that would take outlandishly long to decipher on today’s machines. Think of two enormous integers, for example, and combine them together to condense this. It’s simple to calculate the product, but it’s considerably more difficult to start with a huge number and divide it into two primes. A quantum computer, on the other hand, can instantly fold those numbers and decipher the code. Peter Shor created a quantum method (termed Shor’s algorithm) that can factor big numbers much faster than a traditional computer. Since then, researchers have been working on building QCs that can process increasingly larger numbers.

The 2048-bit numbers are utilised in today’s RSA encryption, which is a commonly used form of encryption, notably for delivering sensitive information over the web. Experts believe that breaking the encryption would require a quantum computer with 70 million qubits. Given that today’s greatest quantum computer is IBM’s 53-qubit quantum computer, it may be a while before that encryption is broken.

However, given the rapid speed of quantum research, the development of such a machine in the next 3 to 5 years cannot be ruled out.

It’s worth mentioning that when it pertains to the quantum cryptography issue, fragile sensitive data isn’t the major concern. The susceptibility of information that needs to maintain its confidentiality for the foreseeable future, such as domestic security data, financial data, privacy act data, and so on, poses a bigger danger. Those are the insights that need to be protected right now with quantum-proof cryptography, especially in the face of malicious people stealing it while they hunt for a quantum algorithm to crack it.

Addressing the Threat

There are many unanswered questions about quantum computing, and researchers are working hard to find answers. However, one thing is known about quantum computing’s effect on cybersecurity: it will represent a danger to cybersecurity and current types of encryptions. To counteract this threat, we must change how we protect our data and begin doing it immediately. We must handle the quantum threat in the same way we handle other security threats: by employing a defense-in-depth strategy that includes many layers of quantum-safe protection. Security-conscious companies recognise the importance of crypto flexibility and are looking for technologies like Quantum Xchange’s to make their cryptography quantum-safe now and quantum-ready for future threats.

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