A Glimpse Into the Biggest Tech Computer Trends to Watch!

Computer technology has been advancing at an unprecedented rate. As it continues to advance – and seeing how vital technology has become in our lives – the million-dollar question is: what new technological advances are we most likely to see in the coming year?

It’s impossible to know for sure what will happen in the future.

Still, most experts agree that some of the most influential trends in the tech world in 2024 will involve AI technology, quantum computing, sustainability, and tech ethics.

A Glimpse Into the Biggest Tech Computer Trends to Watch: eAskme

The Power of AI

It is already the norm to study online, shop online, and bank online. Entertainment is increasingly online, from social media sites to streaming TV shows.

You can even play your favorite casino games online – whether your favorite game is online poker, roulette, Diamond King Jackpot, or one of the many other slot games.

These things we take so much for granted all rely on artificial intelligence technology. Artificial Intelligence itself is not such a new technology; what is new is the number of ways in which AI is being applied to day-to-day life.

Companies like Microsoft are already using generative AI to help with content creation in their advertising.

In 2024, we can expect to see significant corporations such as Microsoft, OpenAI, and Google leading the innovations in AI – but more and more companies will develop their own generative AI technologies.

Quantum Computing

Our phones, tablets, and computers all work in the same way by encoding and decoding information in long strings of 0s and 1s - known as bits. Because each of these bits can only exist in one of two states at any time - a 0 or 1 - this means your device can only perform one calculation at a time.

Quantum computers use subatomic particles such as photons and electrons, which can be both 0 and 1 at the same time. This means that these quantum bits (known as qubits) have the potential to perform many calculations simultaneously.

December 2023 saw IBM launch the very first quantum computer with over 1000 qubits. To put the power of the machine into perspective, a regular home computer is equivalent to around 30 qubits.

Although this is not in the same league as the fastest conventional supercomputers, the technology has the potential to be millions of times more powerful.

Even though quantum computers are currently the only research tools in 2024, they have the potential to be game changers in sectors as wide-ranging as medicine, finance, and energy in the future.

Sustainability

People are becoming increasingly aware of how our activities affect our environment. As the population increases and resources become more scarce, it is increasingly important to ensure that our activities and technologies do not damage the environment.

In the year ahead, expect to see the rise of eco-friendly technologies (especially technologies that help to minimize the effects of other technologies – like manufacturing practices – on the environment).

In the year ahead, we can expect to see businesses really put their money where their mouths are and take some great strides toward sustainability, from the recycling of materials to the production of self-repairing gadgets.

Fossil fuels are on the way out, and solar power, with battery technology, is on the way in.

Tech Ethics and Regulation

As our reliance on technology increases, it will become increasingly important to ensure that it’s always used responsibly and ethically.

New technologies must always be used ethically so that people’s privacy is not threatened and data cannot be leaked to unauthorized parties.

2021 saw the European Commission proposing the world’s first regulatory framework that applies to AI. The move was part of the EU’s digital strategy and demonstrates its concern with regulating the use of AI to benefit society.

Conclusion:

As artificial intelligence becomes almost human-like in its capabilities, it’s important to remember that humans create all technology.

Humans should be held every bit as accountable for using AI responsibly as they are for anything else they do.

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Monetizing Compute Power: Golem’s Vision

Discover the revolutionary world of Golem's vision in this documentary.

Unveiling the ability to monetize dormant computing power, Golem's decentralized platform aims to bridge surplus resources with computational needs.

Parallel to Golem's unique approach to utilizing compute power, theflik offers users a different way to engage with the crypto market.

The Golem Platform Unveiled:

Monetizing Compute Power: Golem’s Vision: eAskme

This chapter delves into the intriguing concept at the heart of Golem's vision – the ability to monetize untapped computing power.

Golem's ambitious goal revolves around creating a decentralized network that seamlessly connects individuals with surplus computing resources to those needing computational capacity.

At its core, Golem envisions a global marketplace for computing power, where anyone can contribute their idle resources and earn rewards in return.

This innovative approach taps into the vast potential of distributed computing, aiming to harness the collective power of countless devices worldwide.

The mechanics of how Golem operates are rooted in blockchain technology.

The platform uses smart contracts to ensure secure and transparent interactions between compute power providers and requestors.

These contracts establish the terms of the computational transactions, guaranteeing fair compensation for the providers and efficient service for the requestors.

The decentralized nature of Golem's platform offers several advantages.

Distributing computation across a network of devices significantly reduces the risk of centralized failures.

Additionally, the platform's architecture allows for scalability, ensuring that as the demand for computational power grows, Golem can adapt and accommodate without compromising performance.

Revolutionizing Industries:

Within the bounds of this chapter, we delve into the profound implications of Golem's vision for revolutionizing diverse industries.

Beyond its technical intricacies, Golem promises to reshape how various sectors leverage computational power to achieve their goals.

One remarkable facet of Golem's impact is its potential to empower creatives and artists.

Through its decentralized network, Golem can significantly accelerate rendering times, enabling artists to bring their creative visions to life in a fraction of the time it would take with conventional methods.

This acceleration enhances artistic productivity and opens doors to more intricate and resource-intensive artistic endeavors previously constrained by computational limitations.

Furthermore, Golem's influence extends to scientific research and analysis. Complex simulations and data-intensive tasks often require substantial computational resources.

Golem's platform allows researchers to tap into a vast network of computing power, expediting the process of running simulations, analyzing data sets, and unraveling intricate scientific challenges.

Golem's network's decentralized and flexible nature enables industries to overcome the traditional constraints of computing power availability.

Sectors ranging from film production to pharmaceutical research can harness the distributed resources Golem offers, ultimately transforming how they operate and innovate.

This chapter serves as a gateway to comprehending how Golem's vision is not limited to technology but extends its transformative reach into various sectors that rely on computational power.

By revolutionizing industries through accelerated processes and enhanced capabilities, Golem is poised to leave an indelible mark on how we approach creativity, innovation, and scientific discovery.

The Economics of Golem:

Within this chapter, we delve into the intricate economics that underpin Golem's visionary platform.

Golem's decentralized network transforms the way computational power is accessed and introduces a unique economic model that benefits providers and requestors of computing resources.

One of the standout features of Golem's platform is its potential to enable individuals to earn passive income.

Those with unused computing resources can join Golem's network as providers, contributing their surplus power to the decentralized pool.

In return, they receive compensation for their contributions, effectively monetizing their otherwise dormant resources.

On the other side of the spectrum, Golem's model offers an attractive alternative to traditional cloud services for requestors of compute power.

The decentralized nature of Golem's network can potentially result in cost savings, as it leverages the available resources from providers rather than relying on centralized data centers.

The principles of supply and demand guide the economic dynamics of Golem's platform.

As the demand for computational resources fluctuates, so do the potential earnings for providers.

Similarly, requestors may benefit from more competitive prices during periods of lower demand.

However, as with any economic model, challenges and considerations exist.

Providers must assess factors such as energy costs, hardware maintenance, and network connectivity when determining the profitability of their participation.

Requesters, on the other hand, need to weigh the advantages of cost savings against potential variations in performance compared to traditional cloud services.

Conclusion:

As Golem paves the way for monetizing computer power, the future of technology is being rewritten.

This visionary platform empowers creatives, accelerates research, and reshapes economic paradigms.

With Golem's dynamic ecosystem, idle resources become valuable assets, setting the stage for a decentralized, empowered digital landscape.

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Advantages and Disadvantages of Deleting Computer Cookies

There's plenty of controversy around cookies nowadays. No, not the ones your gran bakes whenever you visit.

Computing cookies are contentious in the digital age, with some believing that they're a severe breach of privacy, while others claim they're a necessary evil.

As usual, the truth probably lies somewhere in the middle.

Advantages and Disadvantages of Deleting Computer Cookies: eAskme

But let's start with the obvious question: what are computer cookies, and should you delete them?

Well, cookies are files that websites can save in your browser whenever the browser asks for a page, picture, download, or more from the website.

Essentially, cookies help websites remember who their visitors are. But sometimes, this function can be problematic.

Here are a few ways first-party cookies help website visitors:

• Remember the choice of language
• Save visual preferences
• Personalized product recommendations
• Maintain shopping carts and wish lists

What are third-party tracking cookies?

Domains other than the websites you visit create third-party tracking cookies, usually to help multimedia giants like Google target you with ads.

When you search for a product and minutes later see it advertised everywhere on the Internet?

Yep, that's cookies.

Cookie consent popups

You can't go to most websites these days without them asking for your consent to use cookies.

This change is courtesy of new laws from the EU, telling websites to give users a choice to accept or reject cookies.

Pros and cons of deleting cookies:

Deleting your cookies will help remove data related to your online activity, login credentials, website settings, preferences, shopping carts, and more.

This action is helpful if you want to handle your privacy on a public or shared computer.

However, deleting cookies makes less sense on a private computer. For the most part, cookies are harmless.

Without your cookies, you'll be a stranger to your favorite websites every time you visit, losing your preferences and shopping lists.

Life on the Internet can also be tedious without cookies, as you'll have to enter your usernames and passwords every time on a personal device.

You may also have to go through extra security measures if the website takes precautions.

For example, when you try to log into PayPal without cookies proving your identity, the payment platform may ask you to prove your identity in other ways, even after entering your username and password.

Without cookies, PayPal may see you as a stranger with a client's login credentials, especially if your ISP provides a dynamic IP address or if you like to browse the Internet while on the road on different networks.

Similarly, your bank may ask you to call them or text you a password to verify that you're the account holder.

Deleting cookies doesn't delete your digital footprint:

Deleting cookies doesn't mean you're anonymous on the Internet, and Websites can still see your IP address.

A VPN that assigns a virtual IP address can hide your location and protect your data from fraudulent WiFi networks or invasive ISPs.

In addition to a VPN, you should limit your social media profiles to friends and get malware protection to stop spyware, adware, keyloggers, and stalkerware.

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What Are the Oldest Games You Can Play on Your Computer Today

You could be excused for thinking that gaming was a modern phenomenon, something that is usually done on a computer, smartphone or console, but that is far from reality.

Humans have always been competitive and enjoyed a challenge, which is why just about every recorded civilization has invented games of some sort.

What Are the Oldest Games You Can Play on Your Computer Today: eAskme

Other people are at:  Popular Spin to Win Games

Many of these games have been lost to time, but some have survived, and others have been brought into the 21st century, allowing us to play them from our electronic devices.

Monopoly

Monopoly is a board game that shouldn’t need any introduction.

There are few people in the world who haven’t been embroiled in some sort of argument over the game, often because few people actually know the official rules and make up their own instead.

Thanks to its flexibility, it's fun to play in a group on special occasions or alone with your partner.
 
Although the original game board featured many famous landmarks of New Jersey, it has been adapted, translated, and localized for just about every country in the world.

Not only that, but special edition versions like Monopoly Friends Edition and Monopoly Star Wars have resulted in more than 1100 variants being created since 1935.
 
Today, Ubisoft has a digital version of the game that does away with the faff of setting up and tidying away the board and all of its pieces.

It’s available to play on PC, Xbox, PlayStation, Switch, and Stadia platforms.

Blackjack

Blackjack is a card game that requires players to build a hand that has a value of 21, or as close as possible without going bust.

The game is played against the dealer, with both sides receiving two cards at the beginning.

The player can see their own cards but at least one of the dealer's remains face down until after they've finished.
 
Players can choose to "hit" (request another card) or "stand" (stick to the cards they have) and will have to consider the value of the cards they already have and weigh up the risk/reward of requesting another card.

When the player has finished, the dealer then does the same thing, though they are required to stick to a set of rules, (usually) standing on hands of 17 or higher.
 
With ancestors to the game existing across Europe, Asia, and North America, there have been numerous blackjack variations over the years, including many online versions, though most have always retained the basic premise of making hands of 21.
 
Some people may still know the game by a different name.

For example, in England, it used to be called "pontoon", while the French called their version "vingt-un" (21). Blackjack comes from Las Vegas, where early casinos created additional payouts for having certain cards in your hand. One of these was a "black jack". Over time, the name stuck and the name blackjack has been adopted worldwide.

Today, it’s possible to play blackjack from your smartphone, tablet or computer either through an online casino or by downloading a dedicated blackjack app.
 

Sudoku

Sudoku is a number puzzle that first began appearing in French newspapers towards the end of the 19th century.

They require the player to place the numbers 1-9 inside a 9x9 grid, ensuring each individual digit only appears once in each row and column.

To make things harder, the grid is also split into four smaller 3x3 grids which must also contain the numbers 1-9 without repetition.
 
Recognizing the difficulty of completing the puzzle, one French newspaper named La France called its version “carré magique diabolique”, which translates to “evil magic square”.

Modern Sudoku games didn’t first appear until the late 1970s, when US magazines began publishing them. They first appeared in Japan in 1984, which is where the now-international name of Sudoku was coined.

You can still find Sudoku puzzles in newspapers and magazines, as well as in dedicated Sudoku puzzle books.

However, it’s much more convenient to find them online with web-based versions as well as mobile apps available.

Do you still play old games?

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