BeatBind

With a beating heart and fearful, I knew not why

Passive Income 2.0 Making money as you sleep is the ultimate goal for many of us. Like it or not, it’s something that we have come to accept in this space we call blockchain gaming. Yes, for those of us in the business of building and development, some (like myself) insist that the focus is on gaming, and that’s a big reason why my gaming team at recently released the pre-alpha as a pure playable game without any sort of token model built in. But we also know that blockchain gamers want the benefits of blockchain-enabled models that make them part of the revenue generation – something they’ve never been able to do in the traditional gaming world easily. Cradles Throughout the years, investors have been seeking ways to earn a steady income while being actively involved with other types of businesses. Using the money that one already has to make more money by being patient for a certain amount of time became a popular way to side hustle. Whether we call it , it is a smart way to extend your wealth. investing, asset building, or asset sharing Digital innovations changed the way we live, interact and conduct business on a daily basis. Bending on new trends in the realm of digital technologies, we found a way to make the next best investment, whether actively or passively. There are so many things you could actively do with digital assets, NFTs in particular, yet NFT staking refers specifically to an NFT owner locking up their digital asset for a certain amount of time to earn passive income in the form of cryptocurrencies. The tech behind NFT staking isn’t hard to comprehend. Namely, staking per se is a crucial trait of many divergent blockchains. And we can observe many gaming projects involved in staking cryptocurrencies and NFTs. The most basic manner to earn interest in crypto was to stake coins for a predetermined lock-up period in time. It was like earning interest in the sense of traditional banking. Then, thanks in a large part to gaming Dapps, we got the opportunity to stake NFTs on compatible platforms. The genuine features of NFTs make them an ideal option for wait-and-HODL strategies even though it may take some time before such long-term investments come to their expected fruition. Such staking opens many possibilities for collectors to monetize their collections. Hence, we have that lock up their NFTs in decentralized finance platforms and even gaming platforms to receive monetary rewards with the passage of time without the need to sell or give up ownership in any other manner. Not at all dissimilar to the concept of DeFi yield farming since both are investment strategies. HODLers Profit Talks Nevertheless, NFT staking is a concept still in its infancy. The NFT craze carried most people away with headlines about sellers who earned insane amounts of money for a piece of digital art. We won’t forget easily about the who earned $400,000 by creating and selling digital pics of whales while Beeple managed to acquire $69 million in an auction for his art, turning him into one of the most financially successful living artists. 12-year-old kid At the same time incredible and borderline strange, the rate of success is proportionate to the degree of market demand and the ability to sell. Otherwise, you are just stuck with a pic. Despite the attraction of NFT staking, there are some particular drawbacks such as liquidity problems due to the infancy of the ecosystem and the practice of buying NFTs for long-term investments. At the moment, the concept is not as notorious as cryptocurrency staking, yet the forecast is somehow sunny with the predictions of ETH2’s Merge with staking taking over mining. Furthermore, most investors have been attracted to the NFT world because of the hype surrounding the concept while thinking of the solidity of its foundations and profitability calculations. NFT staking could be a good business venture following the right conditions and taking certain matters into account. As the story goes with every type of investment and earning passive income, one has to understand the system. For instance, the Annual Percentage Yield (APY) refers to the rate reflecting the rewards that may be earned over a year, based on the rewards rate of the current year. A good degree of knowledge of staking platforms and return rates helps tremendously. Furthermore, understanding price volatility and price fluctuations, with the exception of the reserve price of NFT collections, is the step that makes the difference. Let’s think of a puppy NFT locked up on a fictional platform called RisingStar and the puppy produces 5$ tokens per day, currently worth $5 on CoinMarketCap. The NFT is now earning $25 per day just from staking. Let’s assume that the puppy NFT costs you $15,000. The math goes like this: $25 per day for 365 days amounts to $9,125, and we get the APY number by dividing the cost of the NFT by $9,125. Hence, APY amounts to 61%. Not that bad, right? Only, it doesn’t always work that way when the crypto earned from staking keeps going down in value in a crypto winter, stripping away at the APY… NFT Staking and Gaming: A Whole New Level with Staking-into-NFTs So NFT staking in its original concept may be in its death throes because it’s not sustainable and cannot only hope to produce profit in a short-lived bull market. The concept may encompass a number of problems due to the infancy of the system. As it goes with everything, beginnings are always hard, but we overcome obstacles with a little help from our friends. For us, we can see how NFT staking goes hand-in-hand with blockchain-based games, if done in creative ways that are more sustainable, and more meaningful. My team love to come up with new solutions to keep you entertained, focused, and satisfied with numerous options that don’t sacrifice gameplay, yet also seek to meet the earning needs of less-active players. We know many others that want to do the same, and I’ll be the first to say I hope one of us succeeds. That’s a big part of why we made up a new tokenomics model, under which we are introducing a subscription-based game with 0% transaction fees. And for those less interested in actual gaming, but who still want to earn, we have the new Staking-into-NFT (SIN) mechanism that also involves gameplay, but passively! In this system, passive players with game tokens can aid active players by staking crypto INTO the players’ NFTs, making them more powerful. Stake crypto into Player A’s sword and it deals more damage, for example. This player is then able to perform better and earn more from gameplay. In return for the “staking boost”, rewards earned by Player A are also shared proportionately to those who staked into his sword NFT. It’s a win-win situation as both parties earn more in-game coins along with broader rewards in the game itself. Additionally, live streamers are going to be rewarded with large sums of tokens and the possibility to call on their audience to Staking-into-NFTs on their behalf, further expanding on potential growth opportunities within the game. NFT staking may be dying, but long live Staking into NFTs! *I am the founder of blockchain MMORPG Cradles, and this is my introduction. I plan to write about the industry, much more about insight, much less about my company.

Staking NFTs – A Beating Heart Among Stillness or Clinically Dead?

By now, we can hopefully all agree that producing sustainable energy from renewable sources is something humanity should strive for. Though it’s taken us way too long to get started, great leaps have been made in that direction over the last decade. However, the main energy challenge of the 21st century is not making it sustainably. That part is easy. that energy . This is where come in. As we try to “beat” climate change, they will become ever-more important by helping to move cars, trucks and the power sector away from oil, coal and natural gas. Storing is hard and expensive new and improved batteries New battery technologies take many forms, and the world has not yet decided which technology will be the winner. Below is short a primer on the most promising ones. How do batteries work? It’s impossible to understand the below without basic engineering knowledge. Electricity is produced by electrons traveling from point A to point B. This movement creates an electrical current which can then be harnessed to power everyday objects. In batteries, point A is a “negative electrode” called the anode, and point B is a “positive electrode” called a cathode. Because batteries are not directly connected to a power source, they need a way to create electrons so they can travel. This is done thanks to “electrolytes”. This substance interacts with the anode, producing electrons and ions (you need both for balance). The electrons travel and produce power, while the ions are released into the electrolyte to balance the charge at both ends of the battery. When we recharge a battery, the chemical reaction that occurred during use is reversed. Pretty simple, right? Lithium-ion Batteries is the technology used in the majority of electric cars, PCs and mobiles today. In these batteries, the anode is generally made of either (lower costs), carbon or ( ), while the cathode is typically made of a lithium-cobalt or compound. These batteries have a high , and low , which is why they’re so widespread. A lot of Lithium-ion batteries varieties exist. Lithium iron phosphate (LFP) batteries, for example, offer worse performances, but are cheaper and safer. Lithium-ion graphite silicon the supposed best option lithium-nickel energy density self-discharge Despite their benefits, most lithium-ion batteries are safety hazard as they contain . If they are damaged or incorrectly charged, this can lead to explosions and fires. They are also expensive: today, these batteries can make up a quarter to a third of the cost of electric cars. flammable electrolytes Safety and costs are not the only downside to this technology : components from batteries come from mining, which is extremely harmful to the environment. There are also sociological and political aspects to the issue. Cobalt, for example, comes from , where it is mined by or by freelancers who sometimes employ children. Lithium mining harms Argentinian and American natives. The nickel industry, meanwhile, relies heavily on Russian suppliers. . the Democratic Republic of Congo Chinese-financed companies Other options need to be explored Lithium-sulfur Batteries As the name indicates, Lithium-Sulfur batteries still use lithium, but at least do away with cobalt. They instead use sulfur to make up the batteries’ cathodes. As such, these batteries lower environmental impacts and manufacturing costs while reducing the battery’s weight and providing high energy density. In fact, Li–S batteries offer twice the amount of energy per kilogram than Li-i batteries use. For all these reasons, Lithium–sulfur (Li-S) batteries may commercially replace lithium-ion cells in the future. Metal-Air Batteries A uses an anode made from pure metal and an external cathode of ambient air. As the battery is discharging, the anode is going through oxidation (losing electrons), while oxygen is in the cathode to induce a current flow. metal–air battery reduced The specific capacity and energy density of metal–air batteries is higher than that of lithium-ion batteries, making them a prime candidate for use in electric vehicles. are the most promising metal-air batteries. They have the highest energy densities of all batteries. They are however not widely used because of high costs. They also tend to be single-use (non-rechargeable). This has restricted their use to mainly military applications. However, a car with aluminium batteries has the potential for up to eight times the range of a lithium-ion battery with a significantly lower total weigh. As such, investments in research seem to be worth it. Aluminium–air and Lithium-air batteries Sodium-Ion Batteries The ( or ) is (very) similar to the lithium-ion battery, but uses sodium ions as the charge carriers instead of lithium. sodium-ion battery NIB SIB In fact, lithium, cobalt, copper and nickel are not strictly needed to make sodium-ion batteries. As such, this type of battery has received a lot of interest over the past decade because of the uneven geographic distribution, high environmental impact and high cost of these elements (as mentioned earlier). The largest advantage of sodium-ion batteries is the high natural abundance of sodium (salt is cheap). This would make commercial production of sodium-ion batteries far less costly than lithium-ion batteries. There are however many challenges to mass adoption : these batteries have low energy density, and a limited number of . Nevertheless, they may yet have a future as lithium-ion complements for lower-quality products. charge-discharge cycles Nanowire Batteries Regardless of the chemical make-up of future batteries, a nanowire battery would increase the surface area of the electrodes in contact with the electrolyte, thereby increasing the anode’s power density and allowing for faster charging and higher delivery. Nanowires are usually made of silicon, which tends to expend and damage the battery. In 2016, however, researchers at the University of California, Irvine announced the invention of a nanowire made of capable of over 200,000 charge cycles without any breakage. The technology could lead to batteries that never need to be replaced in most applications. gold, Solid-State Batteries The batteries above use liquid electrolytes, which cannot be compressed. The Holy Grail, as such, is — batteries with solid electrolytes. They would first and foremost improve safety levels: solid electrolytes are non-flammable and will work it harsher environments, unlike their liquid counterparts. Secondly, it permits the use of (such as carbon or ), enabling denser, lighter, 3D batteries with better shelf-life. Moreover, at system level, it will bring additional advantages such as simplified mechanics as well as thermal and safety management. As the batteries can exhibit a high power-to-weight ratio, they may be ideal for use in electric vehicles. solid-state batteries new materials glass Challenges however abound, especially if mass adoption is the goal. These batteries are difficult to mass-produce, and are very expensive. This isn’t surprising, as this is the trend for all new technologies. Many of these technologies are not new at all. Lithium-ion and Lithium-sulfur batteries, in fact, were first developed in the 60s. But as our needs and manufacturing capabilities evolves, so do our interests in various battery technology. Whatever the best technology, NextGen batteries will need to be cheaply produced at a large scale, with manufacturing capacities we do not have. They will need to have a long life-span to avoid them ending in landfills after a couple of charges. They will also be dependent on the chargers we use, a technology the still needs to evolve. We’ve got our work cut out for us. Good luck out there. Also Published . Here

New Battery Technologies and the Race to Beating Climate Change

The Ultimate AHREFs Guide: Keyword Research and Beating Your Competition

Digital Transformation articles tell us about Amazon putting bricks-and-mortar bookstores out of business or about Netflix killing video rental stores. Big game-changing moves. But business moves can't all be game-changers. What should companies which aren't tech giants be aiming at with Digital Transformation? What businesses should aim for is to become more adaptable so that they can avoid getting outpaced by a new competitor. The point is to avoid ending up like the now departed bookstores or the video rental stores. The authors of offer a succinct definition of what the goal of adaptability looks like - they call it : The Technology Fallacy Digital Maturity “Aligning an organisation’s people, culture, structure, and tasks to compete effectively by taking advantage of opportunities enabled by technological infrastructure, both inside and outside the organisation.” Digital Transformation is, or should be, about reaching Digital Maturity. But what does Digital Maturity mean in detail? And why is it such a mammoth task that companies are spending huge sums on? How Disruption Happens: The Complacency Trap Why was Blockbuster video on the wrong side of history when Netflix came along? It’s not that Blockbuster didn’t have the opportunity to do what Netflix did. Blockbuster famously even . declined on the chance to buy Netflix (Image from .) runningremote.com Blockbuster underestimated the threat posed by video streaming. But this was more than just an isolated case of an error in judgement. It is an example of what is called . 'The Complacency Trap' Companies tend to get large because their initial idea has proven successful. They find a market of customers and need to get big order to service more of that market. Most companies try to do this efficiently and so they keep operations focused around the core product. A specialised focus on the core idea/s of the company helps it maximise the competitive advantage. But specialisation also means that alternative paths become less visible to the company. A classic Complacency Trap example is how Wal-Mart overtook Kmart to become the largest chain of low-cost retail stores. Kmart had operated on a model where stores largely sourced their own supplies and set their own prices. This was part of Kmart’s philosophy which prized the instincts of local store managers and allowed stores to be suited to their local markets. Wal-Mart radically changed this by creating linked chains of stores supplied by a shared network. That made it viable to open stores in areas of lower population density (since supply costs were shared across the network) and access new economies of scale. “Kmart saw Wal-Mart like Goliath saw David - smaller and less experienced in the big leagues. But Wal-Mart’s advantages were not inherent in its history or size. They grew out of a subtle shift in how to think about discount retailing. Tradition saw discounting as tied to urban densities, whereas Sam Walton saw a way to build efficiency by embedding each store in a network of computing and logistics. Today we call this supply-chain management, but in 1984 it was an unexpected viewpoint.” Richard Rumelt, Good Strategy / Bad Strategy Technology was certainly part of Wal-Mart’s success. But KMart could in principle have leveraged the same technology. They didn’t because KMart had become specialised towards a particular model of operating and that led them to underestimate the potential of alternative approaches. The Complacency Trap is a key dynamic in business and is played out many times over many industries. Other classic examples are or how . What is unusual about the current period in history is how much change is happening and how frequently - companies that enter the S&P 500 Index (image from ). Kodak’s underestimation of digital photography Xerox underestimated small-scale printing technology do not stay there as long as they used to peerinsight Technology is becoming more widely available and advancing more rapidly. This is creating new business situations and new players are sometimes able to disrupt established markets very quickly. So how can companies become more adaptable and give themselves a better chance of surviving in times of change? Culture, Priorities and the Complacency Trap As a company becomes specialised around a particular operating model, its whole way of working becomes tailored to that approach. It will affect the way the company hires, the kinds of skills and perspectives that it sees as important, the way the organisation’s hierarchy is structured, the culture, the executive team and who it is that has most influence over the executive team. So the company self-selects for the skills and way of thinking that it prizes. Becoming more adaptable has to mean widening perspectives. It may mean more training, bringing in more tech-savvy younger staff, hiring more wizz-kid engineers and looking at how much voice they have in the organisation. But the way in which perspectives are expanded might need a specific focus. This is because organisations (and individuals) can struggle to learn new things that they don’t have adequate background for. call this : It is not simply about fostering general creativity - the organisation needs to target the kinds of knowledge and skills it wants to grow its capabilities for. Cohen and Levinthal Absorptive Capacity Ideas in nuclear physics are unlikely to be accessible to anyone who has not first studied foundational physics. This kind of learning barrier can apply in lots of ways. Some fields of knowledge are accessible at a basic level to the uninitiated but require deep background in order to apply them in new ways. Software engineering techniques are an example - more experienced developers able to do a wider range of more creative things using techniques that less experienced developers are aware of but aren't able to use so creatively. The absorptive capacity of an organisation is not simply the sum of the knowledge of the individuals. An individual may arrive at a brilliant new insight and find themselves unable to convince others at the organisation of the insight’s value. For example, and arrived at innovations such as GUIs and the mouse (images from ): Xerox was a pioneer of early personal computer research wikipedia But Xerox shut down that line of work rather than put a focus on the computing market, missing a huge opportunity. Xerox had done some brilliant computing product R&D. But . Xerox was a printer company, not a computing company, and never aligned enough around the venture to make it a commercial success Organisations with higher absorptive capacity will be better placed to spot new opportunities as they open up. But no organisation can master every skill and domain of knowledge. Companies need to be clear about their key domains of knowledge and what kinds of spaces to be watching for opportunities. Each Company is Different Not every organisation needs to become a tech company. Specific industries have their own opportunities and threats from technological change. Across many industries a key change is that consumer expectations for commercial interactions have been reshaped by digital media and e-commerce. People have grown accustomed to seeing searchable purchasing information clearly available to them, to being able to purchase with a click and to be managing future interactions through easy to use software. Not every industry has fully caught up to these expectations yet. That presents opportunities for those who can master it and risks for those who don’t master it faster enough. In other industries there are anticipated technologies in development with great potential for change. For example, driverless technologies look set to revolutionise the car industry, . according to the Boston Consulting Group It is not yet clear exactly how or who will be the main beneficiaries. This could mean making a list of the key changes they see or anticipate, what the potential impacts of those changes are. Not every technological change can be relevant or concrete enough to justify dedicating an initiative to. Each company needs to choose which areas are most important to them and how to reorganise to be best positioned. Companies need to tailor their digital transformation priorities to their own situation. Digital Maturity If Digital Transformation is about achieving Digital Maturity, it does not have to be a process of upheaval at every company. It can be a gradual process of evolution. It may involve running small pilot projects on particular concepts before working changes into the core business model. Becoming more responsive to changes in the business environment means becoming more experimental. To avoid that trap, companies need to look at their situation, their organisational structure and culture and how they gather and respond to customer feedback. depicts the interaction of these elements in the following organisation dynamics diagram (my rendition): Having a well-planned strategy and executing on it can be highly profitable but on its own it can also lead into the complacency trap. The Technology Fallacy Culture, people and structure will be set up to facilitate work in accordance with a particular strategy. As the company learns more from its customers and as the commercial environment changes, that strategy may need to change also. If it does then this can mean changing the culture, people and structure to fit the new strategy and the new work that it entails. Change may not necessarily come all at once or in a wholesale way. And further change later might mean going through another rethink and more restructuring. Reaching digital maturity means always being on the lookout for the next cycle of change - creating room for experimentation and treating change itself as a normal part of the company’s operation. We can now better understand the definition of Digital Maturity offered at the beginning. Digital Maturity is: “Aligning an organisation’s people, culture, structure, and tasks to compete effectively by taking advantage of opportunities enabled by technological infrastructure, both inside and outside the organisation.” Kane, Copulsky et al., The Technology Fallacy Successful tech companies exhibit digital maturity. They each have a clear strategy with a core set of products and services. They also experiment and adjust to market conditions - they improve existing offerings, add new ones and retire old ones. Tech companies are able to do this faster because much of their operation is around software rather than physical structures and arrangements. The pattern is broad and the particulars are unique to a particular company’s strategy and circumstances. This is part of what makes the challenge of Digital Transformation . Each company must confront the difficult details of its situation. Digital maturity is this broad pattern of using technology to be more adaptive to opportunities and challenges. so difficult Despite the hype, there’s no copy-paste formula for success. Title Image by from . Dmitry Abramov Pixabay If you liked this you can vote for me for Hacker Noon Contributor of the Year - Project Management

Digital Transformation: Beating the Complacency Trap

Beating Amazon with Blockchain

AI writing tools have drastically streamlined the content creation process across a wide range of fields and professions. However, the rise of AI detectors like GPTZero that work to detect AI content stands in the way of that. To make matters worse, these platforms aren’t foolproof. In other words, your content can still be falsely flagged even if you entirely wrote it yourself. This is why knowing how to bypass GPTZero is extremely vital, so let’s explore how to do that in detail. What Is GPTZero? GPTZero is an AI content detector initially launched in January 2023 by Princeton student, Edward Tian as part of his senior thesis project. Within the first week of release, it managed to successfully pull in over 30,000 active users. Since then, the company managed to raise $3.5 million in a seed round from several VC firms. This enabled its developers to further enhance the platform’s accuracy and even provide advanced capabilities like in-depth analysis reports, among other things. This made it a leading choice, especially among educators and academic institutions looking to identify students submitting AI-generated essays and papers. How To Bypass GPTZero AI Detection? While it is true that GPTZero is a powerful AI detector, the fact is that it is not unbeatable. There are several ways to go about making your AI-generated articles, essays, reports, and papers sound human-like enough to bypass GPTZero completely. Let’s explore them in detail below. Use An AI Humanizer Like BypassGPT Using an AI humanizer like BypassGPT is the most effective and easiest way to avoid GPTZero AI detection. Trained on millions of datasets of human-written texts, the advanced tool instantly rewrites AI content by mirroring authentic human-writing styles. This enables it to produce 100% undetectable output that can bypass even the most stringent AI detector including GPTZero. Best of all, BypassGPT does well to maintain content uniqueness and contextual accuracy at all times. Here are the key features and benefits of using BypassGPT: Features: Powerful AI humanization techniques that make AI content sound authentically human.
Multiple AI bypass modes that make AI text bypass any AI detection model.
Works with any type of AI-generated content including articles, essays, ad copy, etc. Benefits: Avoids GPTZero AI detection without fail.
Highly intuitive and user-friendly interface.
100% plagiarism-free and contextually accurate output. Aside from using an AI humanizer, there are a few other ways to make your AI content sound human-like enough to bypass GPTZero AI detection. Use More Specific AI Prompts Being specific with AI prompts can make a huge difference in the quality of output. For instance, if you include “In the style of…” when using an AI writer, it will usually match your desired tone and style. This can make the output sound less generic and robotic, which significantly reduces the likelihood of being flagged by AI detectors. Add More Sentence Variation AI detectors like GPTZero are trained to spot predictable word patterns, which is often seen in AI-generated content. This means implementing the use of varied sentences and paragraph lengths, as this will mirror how typical human conversation flows. In doing so, you are more likely to get high human scores on GPTZero and other AI detectors. Edit Using More Human Expression AI writing is easy to detect primarily because it lacks any distinctive human nuances. The content often sounds robotic and lifeless, which enables AI detectors like GPTZero to spot it. Instead, you can edit any AI-written text and implement more emotional cues like joy, humor, frustration, etc. This will help make the text sound more human and engaging. Focus On Active Voice AI text generators often use passive voice in the output, which makes the text unnecessarily wordy and harder to read. Most AI detectors are trained to look out for this but you can prevent that by editing the content using more active voice. This will help make the content sound more natural and human-like enough to bypass AI detection. Include Personal Anecdotes Unlike humans, AI writing tools can’t come up with personal stories or opinions. To this end, adding personal anecdotes can often help to make AI content sound authentic. In most cases, this can mean including case studies, testimonials, quotes, etc. As a result, you will give the text a more personal feel that AI detectors will recognize as human. Why Is It Important To Avoid GPTZero AI Detection? Avoid Penalties: Numerous academic institutions and publications use GPTZero to detect AI content. Moreover, Google’s policies on AI content are murky at best. Knowing how to beat GPTZero reduces the risk of facing consequences for using AI writing tools. Boost Reader Engagement: AI content can be bland and lifeless, which discourages audiences from reading any further. Beating GPTZero AI detection can be a great way to ensure that your content sounds more natural and relatable, which boosts reader engagement.


Maintain Originality: AI-generated content is often known to be generic and unoriginal. This can discourage teachers and readers from giving your work a chance. However, bypassing GPTZero will generally convey that the content has something unique to offer. Conclusion It has become increasingly necessary to avoid GPTZero AI detection, especially considering the rapid advancement of these AI detectors. If you are unable to make your content undetectable, then it will become very difficult for you to make full use of AI writing tools. In this article, we’ve summed up the different ways that you can use to bypass GPTZero effectively. The best option to consider is heading to Bypass GPT because it can help you humanize AI content in a flash until it is 100% undetectable. AI writing tools have drastically streamlined the content creation process across a wide range of fields and professions. However, the rise of AI detectors like GPTZero that work to detect AI content stands in the way of that. To make matters worse, these platforms aren’t foolproof. In other words, your content can still be falsely flagged even if you entirely wrote it yourself. This is why knowing how to bypass GPTZero is extremely vital, so let’s explore how to do that in detail. What Is GPTZero? GPTZero is an AI content detector initially launched in January 2023 by Princeton student, Edward Tian as part of his senior thesis project. Within the first week of release, it managed to successfully pull in over 30,000 active users. Since then, the company managed to raise $3.5 million in a seed round from several VC firms. This enabled its developers to further enhance the platform’s accuracy and even provide advanced capabilities like in-depth analysis reports, among other things. $3.5 million $3.5 million This made it a leading choice, especially among educators and academic institutions looking to identify students submitting AI-generated essays and papers. How To Bypass GPTZero AI Detection? While it is true that GPTZero is a powerful AI detector, the fact is that it is not unbeatable. There are several ways to go about making your AI-generated articles, essays, reports, and papers sound human-like enough to bypass GPTZero completely. Let’s explore them in detail below. Use An AI Humanizer Like BypassGPT Using an AI humanizer like BypassGPT is the most effective and easiest way to avoid GPTZero AI detection. Trained on millions of datasets of human-written texts, the advanced tool instantly rewrites AI content by mirroring authentic human-writing styles. BypassGPT BypassGPT This enables it to produce 100% undetectable output that can bypass even the most stringent AI detector including GPTZero. Best of all, BypassGPT does well to maintain content uniqueness and contextual accuracy at all times. Here are the key features and benefits of using BypassGPT: Features: Powerful AI humanization techniques that make AI content sound authentically human. Multiple AI bypass modes that make AI text bypass any AI detection model. Works with any type of AI-generated content including articles, essays, ad copy, etc. Powerful AI humanization techniques that make AI content sound authentically human. Multiple AI bypass modes that make AI text bypass any AI detection model. Works with any type of AI-generated content including articles, essays, ad copy, etc. Benefits: Avoids GPTZero AI detection without fail. Highly intuitive and user-friendly interface. 100% plagiarism-free and contextually accurate output. Avoids GPTZero AI detection without fail. Highly intuitive and user-friendly interface. 100% plagiarism-free and contextually accurate output. Aside from using an AI humanizer, there are a few other ways to make your AI content sound human-like enough to bypass GPTZero AI detection. Use More Specific AI Prompts Being specific with AI prompts can make a huge difference in the quality of output. For instance, if you include “In the style of…” when using an AI writer, it will usually match your desired tone and style. This can make the output sound less generic and robotic, which significantly reduces the likelihood of being flagged by AI detectors. Add More Sentence Variation AI detectors like GPTZero are trained to spot predictable word patterns, which is often seen in AI-generated content. This means implementing the use of varied sentences and paragraph lengths, as this will mirror how typical human conversation flows. In doing so, you are more likely to get high human scores on GPTZero and other AI detectors. Edit Using More Human Expression AI writing is easy to detect primarily because it lacks any distinctive human nuances. The content often sounds robotic and lifeless, which enables AI detectors like GPTZero to spot it. Instead, you can edit any AI-written text and implement more emotional cues like joy, humor, frustration, etc. This will help make the text sound more human and engaging. Focus On Active Voice AI text generators often use passive voice in the output, which makes the text unnecessarily wordy and harder to read. Most AI detectors are trained to look out for this but you can prevent that by editing the content using more active voice. This will help make the content sound more natural and human-like enough to bypass AI detection. Include Personal Anecdotes Unlike humans, AI writing tools can’t come up with personal stories or opinions. To this end, adding personal anecdotes can often help to make AI content sound authentic. In most cases, this can mean including case studies, testimonials, quotes, etc. As a result, you will give the text a more personal feel that AI detectors will recognize as human. Why Is It Important To Avoid GPTZero AI Detection? Avoid Penalties: Numerous academic institutions and publications use GPTZero to detect AI content. Moreover, Google’s policies on AI content are murky at best. Knowing how to beat GPTZero reduces the risk of facing consequences for using AI writing tools. Avoid Penalties: Numerous academic institutions and publications use GPTZero to detect AI content. Moreover, Google’s policies on AI content are murky at best. Knowing how to beat GPTZero reduces the risk of facing consequences for using AI writing tools. Google’s policies on AI content Google’s policies on AI content Boost Reader Engagement: AI content can be bland and lifeless, which discourages audiences from reading any further. Beating GPTZero AI detection can be a great way to ensure that your content sounds more natural and relatable, which boosts reader engagement. Maintain Originality: AI-generated content is often known to be generic and unoriginal. This can discourage teachers and readers from giving your work a chance. However, bypassing GPTZero will generally convey that the content has something unique to offer. Boost Reader Engagement: AI content can be bland and lifeless, which discourages audiences from reading any further. Beating GPTZero AI detection can be a great way to ensure that your content sounds more natural and relatable, which boosts reader engagement. Boost Reader Engagement: AI content can be bland and lifeless, which discourages audiences from reading any further. Beating GPTZero AI detection can be a great way to ensure that your content sounds more natural and relatable, which boosts reader engagement. Maintain Originality: AI-generated content is often known to be generic and unoriginal. This can discourage teachers and readers from giving your work a chance. However, bypassing GPTZero will generally convey that the content has something unique to offer. Maintain Originality: AI-generated content is often known to be generic and unoriginal. This can discourage teachers and readers from giving your work a chance. However, bypassing GPTZero will generally convey that the content has something unique to offer. Conclusion It has become increasingly necessary to avoid GPTZero AI detection, especially considering the rapid advancement of these AI detectors. If you are unable to make your content undetectable, then it will become very difficult for you to make full use of AI writing tools. In this article, we’ve summed up the different ways that you can use to bypass GPTZero effectively. The best option to consider is heading to Bypass GPT because it can help you humanize AI content in a flash until it is 100% undetectable. Bypass GPT Bypass GPT

How to Bypass GPTZero AI Detection

কিভাবে GPTZero AI সনাক্তকরণ বাইপাস করবেন

So umgehen Sie die GPTZero-KI-Erkennung

Cómo evitar la detección de IA GPTZero

Comment contourner la détection GPTZero AI

GPTZero AI डिटेक्शन को कैसे बायपास करें

GPTZero AI検出を回避する方法

GPTZero AI 탐지를 우회하는 방법

Como ignorar a detecção GPTZero AI

Как обойти обнаружение AI GPTZero

GPTZero Yapay Zeka Tespiti Nasıl Atlanır?

Cách vượt qua tính năng phát hiện GPTZero AI

如何绕过 GPTZero AI 检测

Why Humans Are Drawn to Games

কেন মানুষ গেমের প্রতি আকৃষ্ট হয়

Warum Menschen sich zu Spielen hingezogen fühlen

Por qué los humanos se sienten atraídos por los juegos

Pourquoi les humains sont attirés par les jeux

मनुष्य खेलों की ओर क्यों आकर्षित होते हैं?

BEATBIND

beatbind.io

-- employees

Since n.d.

COMPANY RANKING

BEATBIND

EVERGREEN INDEX #1804

Representing this company? Click here to claim and customize this page!

BeatBind WIKI

Apply to get your Tech Company News Page live on HackerNoon.com today!

BEATBIND

beatbind.io

-- employees

Since n.d.

COMPANY RANKING

BEATBIND

EVERGREEN INDEX #1804

RELATED COMPANIESRANK

STORIES ABOUT BEATBIND

Representing this company? Click here to claim and customize this page!

BeatBind WIKI

Apply to get your Tech Company News Page live on HackerNoon.com today!