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El Salvador to introduce Bitcoin education in schools by 2024

The nonprofit and NGO Mi Primer Bitcoin partnered with the Ministry of Education of El Salvador to include Bitcoin in its curriculum.

The Ministry of Education of El Salvador and the nonprofit, nongovernmental organization Mi Primer Bitcoin (MPB), meaning “My First Bitcoin,” partnered to add Bitcoin (BTC) education to public school curriculum by 2024.

John Dennehy, the founder of MPB, confirmed to Cointelegraph that this is a project of the Ministry of Education that MPB is assisting with, along with Bitcoin Beach.

The Mi Primer Bitcoin program, from which students receive a diploma of completion, will be the primary source material for the Bitcoin portion, according to Dennehy. 

He said training for the pilot program begins on Sept. 7 with assistance from Bitcoin Beach. The Bitcoin diploma program will be taught to 150 public school teachers from 75 schools to provide them with a “base knowledge” of Bitcoin.

“As the first nation to adopt Bitcoin, El Salvador will be an example for the world. Quality education is our best chance to ensure that that example is a positive one.”

Dennehy said that after the initial training, the teachers will return to their own schools and teach from the curriculum created by the Ministry of Education. “If successful,” he said, “the program will be rolled out to every school in the country next year.”

“When My First Bitcoin began two years ago, one of the dreams was to educate a nation. This is a significant step toward that.”

In a recent interview with Bitcoin Beach, its community leader Roman Martínez told Cointelegraph that over 25,000 students in El Salvador have already learned about Bitcoin in the classroom. 

Related: Salvadoran teenager becomes Bitcoin teacher, no longer earning ‘6 dollars a day’

Dennehy said that while El Salvador is currently the focus, the mission is to bring Bitcoin education to the world. 

“El Salvador is leading the way with public Bitcoin education, and we expect other nations to follow. The world is watching.”

He told Cointelegraph that MPB is already in early talks with two other governments in Latin America that are interested in implementing El Salvadorian-style Bitcoin education for local students.

On Sept. 4, Bitcoin Cuba posted on social media that sign-ups are open for the first edition of its own version of Mi Primer Bitcoin. 

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Swyftx launches ‘Earn and Learn’ — paying Aussies to learn about crypto scams

Australian crypto exchange Swyftx said it had identified a rise in demand for crypto education during the bear market as the reason for its launch.

Australian crypto exchange Swyftx is launching a new “Earn and Learn” crypto education platform, aimed at rewarding its users for completing courses covering an array of crypto scams. 

The new educational platform will launch on Sept. 6 and comes amid heightened attention over crypto-related scams in Australia.

Swyftx’s head of corporate affairs, Tom Matthews, said the aim is to better equip the public with knowledge until such a time the industry is fully regulated. It would also serve to help people better understand the crypto market and reduce their susceptibility to scam coins.

Matthews told Cointelegraph that the platform will help users identify different scams, such as those involving spurious tokens, pig butchering and other social media cons, and pump-and-dump schemes.

“Cryptocurrency scams exist but there’s frustration within the industry around how often this term is bandied about when what people are actually talking about are traditional scams, which happen to involve digital assets.”

Additionally, the courses will give users an “at a glance” checklist to consider when looking at tokens to assess their utility, he said, adding:

“This includes areas like the background of their founding teams, the strength of their tokenomics, any weaknesses in the project, the strength and profile of their VC backing, the financials and tokenomics, and understanding the project’s goals and relevance.”

The exchange, which claims to have 660,000 customers, identified a big rise in demand for crypto education during the bear market.

The first 4,000 people to successfully complete the first course on fundamental analysis will receive five Australian dollars ($3.20) in Bitcoin (BTC), with 100 Australian dollars ($64.30) in total rewards available to each participant over the next 12 months.

The firm is anticipating up to 80,000 Australians to participate, he said.

Matthews said that the demand for more education has been largely driven by the high level of grassroots crypto adoption in Australia, adding:

“The demand for quality educational resources is close to exponential at the moment. The next market cycle will be driven by knowledge, not hype and people are now far more aware of the risks around token scams or failures in the wake of Terra/Luna.”

Zac Povolny, co-founder of Australian investor education and research platform Investified and a contributor to some of the courses, said, “With thousands of digital asset opportunities to invest in, it’s important to have the skillset and education to cut through and identify assets with real utility and staying power.”

Many lack the fundamentals necessary for a sustainable project, he added.

Related: Crypto and blockchain education becomes priority at top universities

Globally, several major exchanges such as Coinbase have launched similar educational platforms with crypto incentives. Binance also offers crypto-earning opportunities through its Academy section.

Coinbase Earn went live in late 2018 offering a handful of altcoins such as ZRX, ZTX, GRT, and COMP for completing short educational courses on the respective assets; however, it was often over-subscribed at the time.

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Crypto P2P scams in India show digital asset education is needed

Scammers have made it impossible for Indian crypto traders to conduct P2P trades owing to several police complaints and bank account freezes that follow.

Peer-to-peer (P2P) cryptocurrency trading has been a staple of the cryptocurrency community since the industry’s early days. 

P2P trading refers to the direct exchange of cryptocurrencies between two users without the involvement of intermediaries. P2P exchanges link buyers and sellers while also adding an extra degree of security through an escrow service. Some of the key advantages of P2P over centralized exchanges include global accessibility, a variety of payment alternatives and no transaction fees.

Furthermore, P2P marketplaces have become crucial for crypto traders and enthusiasts in jurisdictions where governments are hostile to formal cryptocurrency exchanges and service providers.

In India, they became a lifeline for many crypto traders when the country’s central bank issued a banking ban on cryptocurrency businesses in April 2018.

Although the banking ban was eventually lifted by the Supreme Court in March 2020, P2P platforms continue to play a crucial role as banks remain sceptical about offering services to crypto exchanges due to a lack of regulatory clarity.

During the bull market in 2021–2022, India saw a significant surge in crypto trading volumes and crypto platforms, prompting the government to take notice of the nascent ecosystem.

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While industry leaders demanded a comprehensive regulatory framework, which has been under development since 2019, the Indian finance minister announced a 30% tax on crypto profits in 2022.

The heavy tax, in addition to the continuing lack of regulatory clarity, has been the bane of the budding Indian crypto ecosystem, deterring Indian investors away from the market.

While mainstream crypto exchanges struggled, P2P platforms saw their volumes skyrocket. 

How P2P scams happen

This rise in P2P trading volume also led to significant uptick in P2P scams. These scams often use stolen banking data or lure customers with fake promises of high profits and then use their banking information to scam P2P users.

Earlier in July, two people were arrested in the Indian city of Ujjain in connection with a Binance P2P scandal. The police recovered several fake bank accounts, ATM cards and documents from the accused, who were allegedly buying fake IDs and personal data for 1,500 Indian rupees ($18) in order to scam users of Binance P2P.

One way P2P scammers steal user data is with the help of fake crypto-centered channels on Telegram that promise high profits or airdrops. Many gullible users looking to make a quick profit often join these channels and share their personal banking information. In many other cases, the scammer simply buys or steals the user’s personal information.

The stolen data is then used to create a P2P account on any popular P2P platform — Binance and WazriX are common in India.

The scammer then initiates a buy order on the P2P platform looking for unsuspecting sellers. Once they match with a seller, they send the money to the seller using the victim’s account. Thus, they complete the P2P transaction on the platfrom where the buyer receives the cryptocurrency and the seller receives the money in their bank account.

The buyer (scammer) then vanishes with the crypto and the victim whose bank account was used to send the money only realizes it after the money has been deducted from their bank account.

The victim then lodges a complaint with the police whose first step is to freeze all bank accounts that the victim has interacted with during the scam phase.

This action from the police triggers an extended account freeze for unsuspected sellers of the P2P platform who only realize they were involved in the scam after they get a call from the police or their bank informs them that their account has been frozen.

In one instance, a seller, who wished to remain anonymous, received a “bank account frozen” message while trying to pay for a taxi. After contacting the bank, the seller learned that the halt was requested by the police’s cyber division responsible for looking into online crimes.

When the seller then followed up on the complaint with the police and enquired about the freeze on the account, they were met with threats of legal consequences from the Enforcement Directorate, India’s economic intelligence agency, for a $40 P2P completed transaction on WazirX in October 2022.

The police complaint was filed by a woman who was scammed out of $30,000 between September 2022 and June 2023. The police started the investigation and froze every bank account that interacted with the plaintiff’s accounts during the mentioned time frame, including the sellers for the October transaction.

The seller tried to explain to the police officer that they had successfully completed the P2P transaction and thus have no role in the scam. Despite this, the police ignored their claims, erroneously claiming that crypto transactions are illegal and stating that they must pay the complainee $40 or face further legal action.

With no other options left, the victim eventually paid the $40 amount to the plaintiff’s account after which the police released an order to unfreeze the account.

The police did not respond to Cointelegraph’s request for comment.

The bank account restrictions limit unsuspected victim’s access to cash, and the complexities involved in getting the issue fixed are significant. The seller — who often is also unaware of the scam until the last moment — could be subject to a legal investigation or be required to provide evidence.

There have been several instances of such P2P scams over the past year where victims noted their fear of authorities, with police often threatening legal actions. The anonymous seller told Cointelegraph that their account was frozen with 50,000 rupees in it, adding that they are very afraid of how to approach authorities and whether they would face legal consequences.

Some advise against P2Ps

Due to a lack of clear guidelines around crypto-related crimes and a lack of understanding of the technology underpinning cryptocurrencies, police investigations often start with freezing the accounts of anyone involved in the situation.

Pushpendra Singh, a prominent crypto personality and educator in the Indian crypto ecosystem, told Cointelegraph that scammers take advantage of the police’s ignorance of how crypto works:

“What these scammers do is they often use platforms, such as international Binance platform, to evade investigation from the Indian authorities, as it becomes quite difficult for the authorities to demand documents from such international platforms. Scammers then take the stolen USDT to Trust Wallet or any other non-KYC’d platform to avoid being tracked. While scammers get away with the money, both buyer and seller in the transaction face financial and legal consequences.”

Singh said that Indian police need to be actively trained on how these scams work. He noted that the “lack of awareness around the nascent tech also leads to victim harassment where many victims are often told by the police that crypto transactions are illegal in India.”

P2P scams have become very common and concerning to the point where the majority of crypto experts in India have now asked traders to avoid P2P trading. Sumit Gupta, CEO of CoinDCX — a major crypto exchange in India — said crypto traders should avoid P2P transations.

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He said that many people in India got a notice from various government authorities just because they unknowingly sent money from someone who wasn’t the right person to deal with.

Other crypto personalities have urged traders to be vigilant and make sure the P2P account one is interacting with has a good history.

What started out as a crypto revolution has turned into a weak spot for the Indian crypto ecosystem.

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Enterprise blockchain: ‘Ethereum for Business’ explains key use cases

Paul Brody’s “Ethereum for Business” gives a basic overview of enterprise Ethereum, while providing real-world use cases of how EY clients leverage the technology.

The cryptocurrency market has encountered its share of ups and downs over the past year, but blockchain technology continues to see impressive growth as businesses seek digital transformation. 

Recent findings from the market research platform, MarketsandMarkets, estimated the global blockchain market size to be $7.4 billion in 2022. While notable, the report indicates that the blockchain sector is expected to generate $94 billion in revenue by the end of 2027. If these findings are accurate, this will result in a compound annual growth rate of 66% from 2022 to 2027.

Breaking down ‘Ethereum for Business’

Specifically speaking, many enterprises today are using the Ethereum blockchain to improve outdated business processes. Paul Brody, global blockchain leader for Ernst & Young (EY), told Cointelegraph that he believes the Ethereum network will drive the most growth for the enterprise blockchain market going forward.

To bring this to light, Brody recently published Ethereum for Business. According to Brody, this book intends to help non-technical, C-level executives and company leaders understand how and why Ethereum applies to specific use cases.

Book cover. Source: University of Arkansas Press

To ease readers into the subject matter, Brody begins part one of the book by explaining how Ethereum works using relatable language. “There are three foundational concepts that are useful to understand — the distributed ledger, the programmable ledger, and consensus algorithm,” he writes. Brody then explains that every “financial system has a ledger,” but notes that the difference between centralized, traditional systems and Ethereum is that “Ethereum’s ledger is public and distributed to all participants.”

The first chapter also explains the terminology associated with blockchain networks. Brody writes that “batches of transactions are known as ‘blocks.’” He ends the chapter by mentioning that the Ethereum network is often attractive to business users because it offers the “convenience of an integrated digital business” without a centralized market operator.

Before going in-depth on specific use cases, Brody spends the next few chapters of the book detailing terminology like wallets, tokens and smart contracts. For instance, in chapter four, he writes:

“In Ethereum, both the money and the stuff can be represented as tokens, while the terms of the exchange between two parties can be captured in a smart contract.”

Brody adds that everything of value is stored in a wallet when using the Ethereum blockchain: “Wallets are just a name for a digital account where you can store your keys and the access rights to contacts and assets you control through those keys.”

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Chapter five focuses on oracles; as Brody mentions, “enterprise transactions will require extensive use of oracles” since external data sources will be essential for completing smart contracts for business purposes.

The information presented at the beginning of Brody’s book is extremely useful for readers that may be new to the blockchain sector. The following chapters focus on concepts like privacy, which is a crucial consideration for enterprises leveraging blockchain. 

In chapter six, Brody writes, “Though enterprises require privacy, blockchains do not, by default, offer privacy.” Given this, Brody focuses this section on privacy applications that can be applied to support enterprise transactions. Although Brody mentions at the beginning of the book that the read is not meant to promote EY’s blockchain work, he does detail how Nightfall and Starlight — two privacy mechanisms created by EY — are used by businesses to ensure private blockchain transactions.

Real-world enterprise Ethereum use cases

Part two of Brody’s book focuses on use cases and case studies. This section is probably the most interesting because it explains why the technology could be helpful for business processes.

Tokenization is heavily discussed in section two, with Brody writing that it is “the single most important thing enterprises can do in the blockchain space.” He adds that tokenization is often the first decision that firms using blockchain make since this can be used to digitize assets that can be easily tracked and managed.

Although Brody explains the difference between ERC-20 and ERC-721 tokens, he emphasizes that the ERC-1155 standard is gaining traction among enterprises due to its blend of fungible and nonfungible properties. Brody shares that an EY client in the pharmaceutical industry is currently using ERC-1155 tokens to track serialized medicine packages. “Using the 1155 standard, this firm can mint large volumes of tokens and transfer them in big batches to distributors and others,” he writes.

Brody continues sharing real-world examples of how EY clients apply the Ethereum blockchain. For instance, he explains how Italian beer producer Peroni uses blockchain for traceability, allowing consumers to scan a QR code to understand how the beer was produced.

“Those looking at a beer non-fungible token (NFT) from Peroni on the Polygon PoS chain (an Ethereum side chain), will be able to see Peroni’s final batch token as well as input tokens from the malt house and farms,” writes Brody.

In addition to these use cases, Brody details how blockchain helps with supply chain management, contract management, carbon emission tracking, payments and more. He emphasizes in this section that “Blockchains will do for business ecosystems what ERP [enterprise resource planning] did inside the single enterprise.”

‘Ethereum for Business’ is educational, but blockchain is broad

While Ethereum for Business provides an in-depth and clear view of enterprise Ethereum, readers should remember that the blockchain ecosystem is broad. There are a number of different blockchain networks that businesses can use aside from Ethereum.

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Yet it’s notable that Brody’s new book gives an in-depth overview of the Ethereum ecosystem, breaking down key concepts while providing real-world use cases. This is extremely important, as education around blockchain technology is still needed to drive mainstream adoption.

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Universities use blockchain-based storage to protect and democratize data

Decentralized solutions can make academic research more secure and more accessible.

Academic institutions house some of the world’s most important data generated from years of research. Yet centralized data storage models are becoming a concern for many universities looking to keep critical information safe and accessible. 

Danny O’Brien, a senior fellow at the Filecoin Foundation and Filecoin Foundation for the Decentralized Web (FFDW) — an independent organization that facilitates governance of the Filecoin network and funds development projects — told Cointelegraph that data stored by academic institutions is at risk of vanishing due to centralized storage models. To put this in perspective, a recent Filecoin Foundation survey found that 71% of Americans have lost information and records due to challenges like deleted hyperlinks or locked online accounts.

Decentralized storage helps secure and distribute data

To combat this, O’Brien explained that a handful of educational institutions have begun using decentralized data storage models to preserve data sets. “A growing number of higher education institutions, including the Massachusetts Institute of Technology (MIT), Harvard University, the University of California, Berkeley, Stanford University, the University of South Carolina, and others, are all using Filecoin to store, preserve and archive their most important data on the blockchain,” he said.

For example, O’Brien pointed out that MIT is currently working on a three-year project with the FFDW to explore how decentralized technology can support its Open Learning programs. MIT’s Open Learning programs include “OpenCourseWare,” which is designed to provide free online materials from over 2,500 MIT courses. This will allow anyone worldwide to access MIT courses on the internet.

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O’Brien explained that through the support of the FFDW, MIT’s Open Learning programs will use decentralized storage to house cataloging, while preserving its OpenCourseWare materials. He added that MIT would soon host public seminars about the challenges and opportunities of the decentralized web. “Education’s ongoing embrace of decentralized Web3 data storage offers, via cryptographic proof, a guarantee that data remains available and unchanged over time, preserving their critical data for as long as they want,” he said.

The University of Utah also uses decentralized storage to protect and democratize access to large data sets. Valerio Pascucci, professor of computer science at the university, told Cointelegraph that the institution’s Center for Extreme Data Management Analysis and Visualization recently adopted a solution from Seal Storage — a decentralized cloud storage platform powered by Filecoin — to complement its current centralized infrastructure.

Pascucci explained that the model provided by Seal Storage allows the National Science Data Fabric (NSDF) — a pilot program working with institutions to democratize data — to further its goal of creating new mechanisms for easy access to scientific information.

“Traditionally, Minority Serving Institutions (MSIs), small colleges and other disadvantaged organizations cannot be part of scientific investigation endeavors because they cannot access the data necessary to do the work,” he mentioned. The NSDF’s use of decentralized storage will change that.

According to Pascucci, the NSDF-Seal Storage partnership has already demonstrated the possibility of distributing massive data collections to different communities without needing to deploy special servers or other complex processing capabilities that may be impractical for many institutions.

“For example, NASA stores on its largest supercomputer, ‘Pleiades,’ an open climate data set that is over 3 petabytes in size. Yet anyone who wants to use the data would need to have a special account on Pleiades and require the training needed to process the data,” he explained, “NSDF has adopted an ‘OpenVisus’ approach that has reorganized NASA’s data so that its distribution through decentralized storage allows for interactive processing and exploration virtually without any local resources.”

Pascucci added that this might be the first time a data set of this size has been made available for interactive exploration directly from the cloud. Moreover, he believes that the decentralized approach has enhanced security.

Decentralized storage is beneficial, but challenges remain

Although several universities have begun leveraging decentralized storage models, challenges that may hamper adoption remain.

For example, Pascucci pointed out that to distribute NASA’s open climate data set, NSDF’s OpenVisus data format had to be extended from traditional file systems to meet the storage model provided by Seal Storage. Jacques Swanepoel, chief technology officer at Seal Storage, told Cointelegraph that mapping and tagging data on the blockchain is a very complicated undertaking.

“Identifying which block on the blockchain contains specific information is key to fully utilizing the benefits of decentralized storage technology. In order to overcome these challenges, providers need to properly track where customer data is on the blockchain with creative software strategies.” 

Yet it remains notable that academic institutions are using decentralized storage models. “Often considered slow-moving, academia has proven to be an early adopter of blockchain-based technologies, including decentralized storage, and continues to be a leader in adopting and deploying these tools,” O’Brien said. 

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This may very well be the case, as Pascucci shared that The University of Utah and NSDF are working on implementing additional use cases with different universities.

“While the NASA use case is very high profile both for size and application to the important field of global climate change, we are already working on other use cases, including the experimental facility of the Cornell High Energy Synchrotron Source. This is where thousands of scientists go every year to collect data and share it with collaborators across the nation,” he said.

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Limited generative AI usage to be allowed in Japanese schools

The Japanese Ministry of Education plans to allow limited use of generative AI, like ChatGPT, in elementary, junior high and high schools across the country.

The Japanese Ministry of Education, Culture, Sports, Science and Technology plans to allow schools from elementary to high school level limited usage of generative artificial intelligence (AI) in classrooms. 

According to a local news outlet, a source close to the matter said that generative AI tools, such as the popular chatbot ChatGPT, will be allowed to help facilitate in-class discussions and artistic activities, among other use cases.

Officials said blanket usage of AI tools would not be allowed and that it intends to release guidelines for schools to follow by July.

The draft guidelines state that it is important “nurture abilities to thoughtfully use generative AI” and recommend an introduction to the technology with restrictions.

It also requires teachers to instruct students that AI usage for exams or classwork will be considered cheating. The guidelines encourage teachers and students to be mindful of the data entered into AI systems.

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The announcement from the Japanese Education Ministry comes as regulators in the country grapple with how to regulate and implement the technology at a national level. 

Japanese officials initially showed open support for OpenAI’s ChatGPT chatbot when countries like Italy banned the technology, and other uncertainties surrounding its usage began to surface.

However, shortly after, Japanese lawmaker ​Takashi Kii said he is pushing for regulations protecting copyright holders from AI infringement. A day later, OpenAI received a warning from ​​lawmakers in Japan on ​​its data collection methods and asked the company to be mindful of minimizing the sensitive data it collects.

In April, a small pool of eligible voters in Japan was surveyed on concerns over AI, from which 69.4% said they would like stricter regulations for AI development and implementation.

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Google Cloud launches free courses to help users build their own GPT-style AI

The new corpus includes nine courses and a set of labs that students can complete to earn a Google Cloud skills badge.

Google Cloud recently launched a suite of free online educational courses designed to teach the fundamentals of generative artificial intelligence (AI) systems, as well as provide an introduction to the Generative AI Studio development environment.

Generative AI systems have become a global industry since the launch of OpenAI’s ChatGPT system in November 2022. In the time since, Microsoft, Google, Amazon, Baidu and countless other tech outfits have sought to capitalize on the public fervor for large language models and image generators.

The new Google Cloud corpus comprises nine separate modules, including introductory courses in generative AI, large language models, responsible AI, image generation and Generative AI Studio. It also takes students on a deeper dive into important generative AI concepts such as encoder-decoder architecture, attention mechanism, transformer and BERT models, and how to create image captioning models.

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The offerings end with a “quest” featuring labs and timed assignments, which students can complete in order to earn a Generative AI Explorer–Vertex AI badge.

According to Google Cloud, the courses should provide a sufficient introduction to the topic of generative AI to teach users the fundamentals and set them on the path to creating, training and deploying their own foundational models:

“This learning path guides you through a curated collection of content on Generative AI products and technologies, from the fundamentals of Large Language Models to how to create and deploy generative AI solutions on Google Cloud.”

Generative AI models have become a mainstay in the cryptocurrency and blockchain sectors recently. While their use cases as trading bots and data management assistants are well-documented, ChatGPT and other models also serve as educational conduits.

According to researchers from the Blockchain Research Lab in Hamburg, Germany, the proliferation of ChatGPT and similar AI systems may be a contributing factor in the ongoing rise in global cryptocurrency adoption, thanks to their ability to explain complex concepts to the general public.

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Busting crypto myths: NFTs are only for the wealthy

Since the crypto market took off in 2021, many non-fungible tokens (NFTs) are now changing hands for dizzying sums of money. To date, the ten most expensive NFTs sold at auction have fetched between $7 million and $91.8 million. That’s higher than the average price…

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What is Pepe (PEPE)? Meet the latest viral meme coin phenomenon

A new viral meme coin is taking the crypto market by storm and it’s led by a weird-looking frog. On April 19th, a new cryptocurrency project launched in homage to the well-loved Pepe the Frog. Pepe is a green, amphibious cartoon character that originated from…

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