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The financial landscape well and truly changed after Bitcoin was released in 2009. The new digital cash system took the financial power away from banks and government entities and put it back into the hands of the people. While Bitcoin has become a household name over the last decade, the creator still remains a mystery. Let's take a deeper dive into one of the biggest mysteries of the modern world.  

The Bitcoin solution

Before we plunge into the mysteries of the anonymous entity behind this century's greatest invention, let us first highlight the revolutionary product that is Bitcoin. The electronic payment system was first introduced to the world in late 2008 by a certain Satoshi Nakamoto. 

The character seemingly came from the abyss and presented to the world a solution to the global financial crisis that caused widespread disruption. This solution was in the form of a digital currency and used blockchain technology to facilitate, maintain and operate the network. 

Nakamoto did not invent blockchain technology, instead, he improved on several issues like the double-spending problem. The technology was originally created to facilitate file sharing although was hindered by that issue. Today, blockchain technology has a wide range of use cases and is being implemented in industries around the world, far beyond just the crypto and financial fields. 

Bitcoin remains the biggest cryptocurrency to this day, with over 17,500 alternative cryptocurrencies and counting. At the time of writing the industry is worth just over $2.2 trillion, although it reached highs of $2.968 trillion in November 2021. No asset in the history of the world has gone on to achieve such success in such a short space of time. 

What we know about Satoshi Nakamoto

While we know the name Satoshi Nakamoto, it remains to be known who is behind the pseudonym. This person or entity released the Bitcoin whitepaper in October 2008 to a group of cryptographers and shortly afterwards created the BitcoinTalk forum and Bitcoin.org website. 

Two months later, the first block on the Bitcoin network was mined, known as the Genesis block, with the caption "The Times 03/Jan/2009 Chancellor on brink of second bailout for banks." It was mined that same day.

Stephan Thomas, a BitcoinTalk Forum member, mapped out when Nakamoto posted on forums to get an indication of what time zone he might live in. The results showed that he was least active during 6h00 to 11h00 GMT, suggesting that should he sleep at night (not a given for developers) that would place him in a time zone somewhere between GMT -5 to GMT -7, somewhere in the Americas.

During 2010, Nakamoto was an active member of the Bitcoin community. He worked on building Bitcoin's protocol and often collaborated and communicated with other developers. Then, towards the end of the year, he strangely handed over the keys and codes to another active developer, Gavin Andresen, and transferred the domains he had created to other members of the community. By the end of the year, he seemed to have cut ties with the project.

Before all but vanishing, the last trace of communication we know of from Satoshi Nakamoto was a message to Mike Hearn, another developer, on 23 April 2011, that read: "I've moved on to other things. It's in good hands with Gavin and everyone." And just as abruptly as Bitcoin had entered the world, Nakamoto left it.

Who could be behind the anonymous entity? 

While many people have been suspected of being Satoshi Nakamoto, there is yet to be enough evidence to convince everyone else. Over the years, many journalists have tried to lift the veil, and again, to no avail. For over a decade, the world has been left wondering who is behind the anonymous name, and why would they not come forward?

The biggest contenders for the mystery person have been Hal Finney, Nick Szabo, and Dave Kleiman, who have all denied this. One man, Craig Wright, has come forward to claim to be Satoshi Nakamoto, however, the industry remains unconvinced (along with a judge in a recent legal battle that played out in a British court).

Hal Finney

Hal Finney is a computer scientist who had previously tried to create a digital cash system. Finney is noted as being one of the earliest people interested in Bitcoin, with the first transaction taking place between Satoshi Nakamoto's wallet and Finney's. 

Finney also lived in the same town as Dorian Satoshi Nakamoto, a Japanese man who was hunted by the media when they assumed they had found the "real" identity. Finney passed away in August 2014. 

Nick Szabo

Nick Szabo is credited with having tried to create a digital cash system prior to Bitcoin's launch, releasing BitGold in 1998. He also coined the name "smart contracts". The cryptographer and computer scientist was listed as the most likely person to be Satoshi Nakamoto following a study done in 2014 by a group of students and researchers at Aston University who conducted a thorough linguistics analysis on all previous communication. 

Dave Kleiman

Dave Kleiman was a computer forensics expert whose name has come up plenty of times, largely thanks to Craig Wright. Kleiman's estate sued Wright over claims that they had invented Bitcoin together and had access to a large, shared amount of BTC. He died broke and in squalor in 2013.

Craig Wright

The Australian computer scientist and businessman has gone to great lengths to claim to be Satoshi Nakamoto, however, has provided little to no evidence. These claims have been unequivocally disregarded by the Bitcoin community. 

The mystery remains unsolved

Perhaps the biggest irony of all, is that the technology is entirely trustless and operates with the work of thousands of nodes who don't know each other. All we know is that whoever it was/they are, they revolutionised the world as we know it and have left us with some sort of extraordinary.

In a world where every crypto project claims to be 'revolutionary,' Ethereum actually walks the talk, successfully changing how we think about the internet, finance, and digital ownership.

Conceived by Vitalik Buterin in 2013 and launched in 2015, Ethereum expanded the possibilities of blockchain technology beyond simple currency transactions, introducing a world where apps can run exactly as programmed, without censorship or third-party interference.

While Bitcoin introduced us to digital money, Ethereum brought us programmable money (and much more, for the record). You may have heard it being referred to as the world's computer, this is because it allows developers to build and deploy decentralised applications (dapps) that can transform industries from finance to art, gaming to governance.

In this comprehensive guide, we'll explore what makes Ethereum special, how it works beneath the surface, and why it continues to be at the forefront of the blockchain revolution. Whether you're completely new to the concept or looking to deepen your understanding, we'll break down everything from smart contracts to NFTs, the shift to Ethereum 2.0, and what the future might hold for this groundbreaking technology.

What is Ethereum? Explained simply

Think of Ethereum as a global, open-source platform for decentralised applications. While Bitcoin is primarily designed to be digital money, Ethereum is built to be a development platform, a foundation upon which developers can create new applications that no single entity controls.

The easiest way to understand Ethereum is to compare it to your smartphone's operating system. Just as iOS or Android provides a platform for developers to build mobile apps, Ethereum provides a platform for developers to build decentralised apps. These apps run on a network of thousands of computers around the world rather than on centralised servers owned by Google or Amazon.

Ethereum is often described as a "world computer" because it's essentially a massive, distributed computing system that belongs to everyone and no one at the same time. Unlike traditional computers controlled by individuals or companies, this world computer runs programs (called smart contracts) that execute exactly as written, without the possibility of censorship, downtime, or third-party interference.

As a "second-generation blockchain," Ethereum took Bitcoin's innovation (a decentralised ledger) and added programmability to it. This advancement opened up a universe of possibilities beyond simple value transfer, allowing for complex financial instruments, digital ownership records, and even autonomous organisations to exist on the blockchain.

How Ethereum works

At its foundation, Ethereum builds on the same blockchain technology that powers Bitcoin. A blockchain is essentially a chain of blocks, where each block contains a record of transactions. What makes it special is that this record is maintained by thousands of computers (nodes) around the world rather than by a central authority like a bank.

What are smart contracts?

Where Ethereum truly shines is with smart contracts. Think of smart contracts as digital agreements that automatically execute when predefined conditions are met, like a vending machine that delivers your soda when you insert the right amount of money. These contracts are:

• Self-executing: They run automatically when conditions are met
• Immutable: Once deployed, they can't be changed
• Transparent: Anyone can verify the contract's code
• Trustless: You don't need to trust a third party; the code is the guarantee

What is Ether (ETH)?

Ether (ETH) is the native cryptocurrency of the Ethereum network. It serves two important purposes:

1. As a digital currency that can be sent instantly to anyone, anywhere in the world
2. As "fuel" for running smart contracts and transactions on the network

What are gas fees?

This brings us to gas fees. Just as your car needs gas to run, Ethereum operations need "gas" to execute. Gas fees are small amounts of ETH (measured in “gwei,” a subunit of ETH) paid to network participants who contribute computing power to validate transactions. These fees help keep the network secure and prevent spam or infinitely running programs from clogging the system.

When the network gets busy, gas prices rise because there's limited space in each block, making Ethereum transactions sometimes expensive during peak times.

What are token standards?

Ethereum (truly) revolutionised the cryptocurrency ecosystem with its token standards. These are frameworks that define how digital assets behave on the network. 

Ethereum’s token standards are like architectural blueprints in the sense that they provide a consistent design that developers can follow to ensure every structure (token) integrates seamlessly into the broader city (Ethereum ecosystem).

The 3 main Ethereum token standards:

• ERC-20: Created the template for fungible (interchangeable) tokens, making it easy to create new tokens without building a new blockchain (although adoption still depends on design and demand). This standard powers thousands of tokens, including major stablecoins like USDC and most DeFi tokens.
• ERC-721: ERC-721 was the first standard to define non-fungible tokens on Ethereum,, however today there are additional NFT-related standards, such as ERC-2981 for royalties. This standard made possible the digital art revolution, powering collections like CryptoPunks and Bored Ape Yacht Club.
• ERC-1155: ERC-1155, introduced by Enjin, is ideal for games and metaverse applications where users need both fungible and non-fungible currencies and unique collectibles. 

These standards transformed crypto by creating massive interoperability, all of a sudden tokens built on Ethereum worked instantly with hundreds of wallets and exchanges. This "plug-and-play" functionality dramatically accelerated innovation and adoption.

Ethereum's token standards have become so influential that even competing blockchains implement compatibility with them, essentially making them the industry's universal language for digital assets.

The Ethereum ecosystem

Ethereum's true power lies in its vibrant ecosystem that continues to expand in exciting ways:

Decentralised applications (dapps) 

These are applications built on Ethereum that connect users and providers directly without any intermediary organisations controlling the service. Some popular examples include:

• Uniswap: A decentralised exchange for trading tokens
• Aave: A lending and borrowing platform
• OpenSea: A marketplace for digital assets

DeFi (decentralised finance) 

Perhaps Ethereum's most transformative impact has been in finance. DeFi applications recreate traditional financial services like lending, borrowing, and trading, but without banks or brokers. 

Instead, they use smart contracts to create protocols that operate exactly as programmed. By April 2025, the total value locked in DeFi protocols has grown to tens of billions of dollars, demonstrating significant adoption of these new financial tools.

NFTs (Non-Fungible Tokens) 

NFTs represent unique digital assets - from artwork to music to virtual real estate. Unlike cryptocurrencies, where each coin is identical, each NFT has distinct properties that make it one-of-a-kind. 

This technology has revolutionised digital art by enabling verifiable ownership and scarcity for digital creations, leading to an explosion in creative expression and new income opportunities for artists.

DAOs (Decentralised Autonomous Organisations) 

DAOs are internet-native organisations collectively owned and managed by their members. They operate based on rules encoded in smart contracts: members vote on decisions, and the outcomes are automatically executed by code. From investment clubs to charitable foundations, DAOs are reimagining how we organise and collaborate.

Ethereum 2.0 and The Merge

In 2022, Ethereum underwent its most significant upgrade since launch, transitioning from Proof of Work (PoW) to Proof of Stake (PoS) consensus with an event known as "The Merge." This transformation addressed several key challenges:

• Environmental impact 

The original Ethereum (like Bitcoin) used Proof of Work, requiring massive computing power and electricity consumption. The switch to Proof of Stake reduced Ethereum's energy usage by approximately 99.95%, addressing one of the biggest criticisms of blockchain technology.

• Scalability 

Ethereum's popularity led to network congestion and high transaction fees. The move to PoS laid the groundwork for future scaling solutions, including sharding (a method of splitting the network into parallel segments to increase transaction throughput dramatically).

• Staking opportunities 

Under the new system, users can "stake" their ETH (lock it up as collateral) to help secure the network and earn rewards, typically 3-5% annually. This provides a way for ETH holders to earn passive income while contributing to network security.

Ethereum vs other blockchains

Ethereum vs Bitcoin 

While both use blockchain technology, they serve different purposes:

• Bitcoin: Primarily a store of value and medium of exchange
• Ethereum: A platform for building applications and executing smart contracts

Ethereum killers

Several competing platforms have emerged, each claiming to solve Ethereum's challenges:

• Solana: Offers higher transaction speeds and lower costs
• Cardano: Focuses on academic research and formal verification
• Polkadot: Created by an Ethereum co-founder to enable cross-chain interoperability
• Avalanche: Emphasises high throughput and fast finality

Of course, these benefits can come with trade-offs in scalability and ease of use.

Ethereum's advantages 

Despite strong competition, Ethereum maintains significant advantages:

• First-mover advantage and massive developer community
• Highest security due to its large, distributed network
• Most extensive ecosystem of applications and tools
• Strong network effects and brand recognition

Risks and considerations

While Ethereum offers exciting possibilities, as with anything, it's important to understand the risks:

Price volatility 

ETH, like most cryptocurrencies, experiences significant price swings. Since 2015, it has seen both 90% drawdowns and 1000%+ gains. 

Security concerns 

While the core Ethereum protocol has proven secure, smart contracts can contain bugs or vulnerabilities. High-profile hacks have resulted in hundreds of millions of dollars in losses over the years.

Regulatory uncertainty 

Governments worldwide are still determining how to regulate cryptocurrencies and decentralised finance. Regulatory changes could impact certain applications or use cases.

Technical challenges 

Despite improvements, Ethereum still faces challenges with scaling to meet global demand, maintaining decentralisation, and providing a seamless user experience.

The future of Ethereum

Ethereum's roadmap continues to evolve with several key developments anticipated:

Scaling solutions: "Sharding" is expected to significantly increase Ethereum's capacity by splitting the network into parallel segments, potentially enabling thousands of transactions per second.

Layer 2 growth: Solutions built on top of Ethereum like Optimism, Arbitrum, and Polygon continue to gain traction, offering lower fees and faster transactions while maintaining security by settling transactions on the main Ethereum chain.

Industry adoption: Major companies from finance to entertainment are exploring Ethereum for applications ranging from supply chain tracking to royalty distribution. Enterprise adoption is expected to accelerate as scalability improves.

Web3 integration: The vision of Web3 - a more decentralised internet where users control their own data and digital identities - is being built largely on Ethereum. This could fundamentally change how we interact with online services.

How to buy Ethereum (ETH)

If you'd like to become involved in the Ethereum platform and own the digital asset that fuels the network, you will need to purchase ETH through a trusted crypto exchange platform and set up an Ethereum wallet. 

Offering a secure and convenient solution, buying and selling ETH through your Tap app is easier than you might think. With several payment options and a quick verification check, you can start trading, using or hodling ETH from your unique wallet in a matter of minutes. 

Final thoughts: why Ethereum matters

Ethereum represents one of the most ambitious technological experiments of our time - an attempt to rebuild the very foundations of how we transact, collaborate, and create online. By removing intermediaries and enabling direct peer-to-peer interactions, Ethereum challenges traditional power structures and creates new possibilities for human coordination.

Whether Ethereum ultimately fulfils its vision of becoming the settlement layer for a new, decentralised internet depends on how it addresses its remaining challenges around scalability, usability, and regulation. But its impact is already undeniable, having spawned entire industries from DeFi to NFTs and inspired a generation of developers to rethink what's possible with blockchain technology.

The most fascinating aspect of Ethereum may be that we're still in the early chapters of its story. Like the early internet in the 1990s, we can see the potential but can't yet imagine all the ways this technology will transform our world in the decades to come.

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In the complex world of economics, recessions are a common concern, and knowing what they are matters. But what exactly is a recession, and why is it important to understand? A recession is a significant economic downturn that affects individuals, businesses, and entire nations. It's more than a financial term; it's a real-life event that can impact us all.

In a world where economic stability matters to us all, this knowledge is essential. In this article, we'll explain what a recession is and why it's important for everyone, whether you're an economist or just someone trying to navigate the modern world. Let's unpack what a recession is and explore why it matters.

The economic aspects of a recession

To grasp the significance of a recession, let's take a look at its economic aspects. We'll begin by looking at key economic indicators, like Gross Domestic Product (GDP).

GDP is like an economic health check. It measures the total value of goods and services produced in a country. When GDP shrinks, it's often a sign of a looming recession. By monitoring GDP, economists gain a better understanding of economic ups and downs.

Economic growth, measured by GDP, plays a vital role in preventing recessions. It creates jobs, helps businesses grow, and boosts consumer confidence. It goes without saying that a strong economy is better at handling tough times.

How recessions affect businesses and industries

When a recession hits, it affects businesses and industries in various ways:

Decreased consumer spending

In a recession, people usually cut back on non-essential spending. This hurts businesses that rely on such purchases.

Decline in production and sales

Less spending leads to less production and fewer sales. Businesses may end up with too much inventory and unused equipment.

Job losses and unemployment

Businesses struggling in a recession often have to lay off workers. This leads to more people without jobs, which is tough for families and communities.

Bankruptcies and closures

Some businesses can't survive a recession's pressures and go bankrupt or close. This can affect entire industries.

The COVID-19 pandemic showed how a global recession can be triggered. Lockdowns, travel restrictions, and supply chain problems disrupted businesses worldwide, requiring governments to step in and help.

Identifying the causes and indicators of a recession

By understanding these causes and economic indicators, people and policymakers can take timely action to prevent or deal with recessions and highlight the value of informed decision-making in our connected global economy.

Causes of a recession

Recessions are not random occurrences, they often stem from a combination of economic factors, financial market fluctuations, and global events. By understanding these causes, people are often better able to anticipate a looming recession and mitigate its effects. 

First and foremost, recessions often have roots in economic imbalances, such as excessive debt, inflationary pressures, or overproduction. When these imbalances become unsustainable, they can trigger a recession.

On that note, the health of financial markets and the housing sector is closely tied to the overall economy. The bursting of housing bubbles and disruptions in financial markets, like banking crises, can set the stage for economic downturns.

And lastly, events like geopolitical conflicts, natural disasters, or global health crises, as witnessed during the COVID-19 pandemic, can have ripple effects that lead to recessions. After all, the global economy is interconnected. 

Economic indicators that signal a recession

Economic indicators act as early warning signals, helping us identify the onset of a recession. These act as data points that provide insights into the state of an economy and serve as barometers for assessing economic health.

Below are several examples of key indicators:

Yield curve inversion

This occurs when short-term interest rates surpass long-term rates, often signalling an impending recession.

Unemployment rate

A rising unemployment rate can indicate economic distress as businesses cut jobs in response to slowing growth.

Consumer confidence index

A drop in consumer confidence can foreshadow reduced spending, which can lead to economic contraction.

Stock market performance

Plummeting stock market indices can signal investor pessimism about future economic prospects.

Recessions vs depressions

We’ve all heard of The Great Depression in the 1930s, but was this a recession or a depression? 

A depression is a severe and long-lasting economic downturn. It's marked by extensive declines in various economic sectors, often lasting for years or even decades. Much like recessions, depressions bring widespread unemployment, significant drops in consumer spending and business investments, and a massive decrease in GDP.

However, they differ in a number of ways, namely the magnitude and duration, the impact it has on business, jobs, and the GDP, and, typically, how the government responds. 

The key difference between a recession and a depression is how bad and how long they last. Recessions are shorter and less severe, typically lasting a few months to a couple of years. Depressions, on the other hand, are much more extreme and can drag on for years or even a decade or more.

Depressions also hit businesses, jobs, and GDP much harder than recessions. In a depression, businesses struggle to survive, unemployment soars and GDP takes a nosedive to historic lows. While recessions hurt, their effects are usually less severe.

Governments respond differently to recessions and depressions. Depressions often lead to major government intervention, including big stimulus packages, bank rescues, and public projects to kickstart the economy. Recessions may also prompt government action, but it's usually not as extensive or urgent.

How to prepare for a recession

Unfortunately, recessions form an integral part of economic cycles and are inevitable. Fortunately, there are some steps individuals can take to better buffer themselves against the harsh effects of an impending recession. 

Here are two of the most important steps:

Build an emergency fund

Start by creating a sturdy emergency fund. This fund should cover at least three to six months' worth of living expenses and acts as a safety net in case of unexpected job loss or financial crises.

Minimize debt

Simplify your finances by reducing debt and cutting non-essential expenses. Clearing high-interest debts and trimming unnecessary spending can free up resources to tackle more essential needs.

Securing income and job stability becomes equally important as the economy faces uncertainty. Here are several strategies to ensure you maintain job security. 

Upskilling 

Invest in your skills and stay adaptable to changing job demands. Continuous learning and gaining skills in demand boost your employability and resilience in a shifting job market.

Networking 

Cultivate a robust professional network. It can provide job leads, referrals, and opportunities when times are uncertain. Networking increases your chances of finding new employment or additional income sources.

Diversifying sources of income

Explore multiple income streams beyond your primary job. Consider part-time work, freelance opportunities, or passive income ventures. These can help soften the blow of a recession.

In an unpredictable economic world, these steps give individuals and households financial preparedness and adaptable income strategies and can provide a sense of security and resilience in tough economic times.

Closing thoughts

Understanding recessions, its indicators, and its real-world impact is essential. Key points include recognising economic aspects like GDP and understanding how recessions affect businesses. 

Identifying causes and signals empowers proactive responses while distinguishing recessions from depressions clarifies their severity and the need for government intervention. Practical steps, like building emergency funds and upskilling, boost resilience. In an uncertain economic world, knowledge and preparedness are our reliable allies for navigating recessions successfully.

This leading top 5 cryptocurrency has made waves throughout the crypto industry and remains the top favorite stablecoin on the market. With often times the biggest trading volume in a day, Tether has established itself as an integral part of the crypto industry. Let's unpack more about the digital currency, Tether.  

Since the advent of digital internet money, there has been a wide growth in usage as well as outcry over the dangers of using this form of currency. While more traditional investors scorn the volatility associated with cryptocurrency markets, many other communities around the world have for the first time been able to access financial services, only needing an internet connection instead of lengthy bank account applications.

When it comes to the underlying security and transparency that digital currencies can provide, it directly tackles an infringing problem that the traditional currency markets regularly deal with. While many claim Bitcoin, and digital currencies in general, to be "risky" and a bubble, the truth is that the new age payment services have brought a multitude of results to an outdated system.

What Is Tether (USDT)?

Tether (USDT) is a cryptocurrency pegged to the US dollar, otherwise known as a stablecoin. Stablecoins hold the value of the fiat currency or commodity they are pegged to on a one-to-one ratio. Tether is the world's first stablecoin, originally launched for trade in 2014 under the name Realcoin.

While Tether was initially launched on the Omni Layer on the Bitcoin blockchain, it has since become compatible with a number of other blockchains, including Ethereum, TRON, EOS, Algorand, Solana, and the OMG Network.

A stablecoin requires the circulatory supply to be matched by funds stored in a reserve account. Tether uses a combination of commercial paper, deposits, cash, reserve repo notes, and treasury bills to maintain the circulating value. In the past there has been some speculation regarding Tether's backing, however, this has not affected the stablecoin's increasing popularity and buying power.

The core concept of Tether is to provide a digital asset with a stable market price that can harness the power of blockchain technology and the benefits of cryptocurrencies without incurring any of the volatility associated. You can visit the Tether site to gain a more thorough understanding of the intricacies of the coin.

What's The Value Of Tether?

While most cryptocurrencies have a value attached to their specific supply and demand, stablecoins are pegged to a fiat currency or commodity. This means that the value will remain consistent with the value of the fiat currency or commodity it is pegged to, generally this is on a 1:1 ratio.

For the case of Tether, the value will always reflect that of 1 US dollar. While the value remains the same, it is necessary to report that the stablecoin has managed to become one of the most widely traded cryptocurrencies on the market.

Who Created Tether?

As mentioned above Tether was initially called Realcoin when it was launched in 2014 and was created by Bitcoin investor Brock Pierce, entrepreneur Reeve Collins and software developer, Craig Sellars. It later changed its name to USTether, eventually settling on USDT.  

All three co-founders have profound experience within the crypto industry, each co-founding and actively involved in several cryptocurrency and blockchain projects.

The business has also created a number of other stablecoins solving the volatility problem across numerous markets, notably a Euro-pegged Tether coin (EURT), a Chinese Yuan-pegged Tether coin (CNHT), and a gold-pegged Tether coin (XAUT).  

How Does Tether Work?

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Tether does not have a blockchain of its own on which it operates. Instead, it operates as a second-layer token on top of other already establish blockchains, such as Bitcoin, Ethereum, EOS, Tron, Algorand, Bitcoin Cash and OMG.  

Tether still functions like any other cryptocurrency, being stored and maintained through wallets specific to the blockchain it is built on. Note that you cannot send USDT built on the Ethereum blockchain to a Tron-based wallet, it must remain on the relevant, same blockchains. The result of this would be lost coins.

The circulating supply of Tether is required to always be backed by the same amount of US dollars held in a reserve account. These reserves can also be made up of other real-world cash equivalents, assets, and receivables from loans.

Providing a stable digital currency in an otherwise relatively volatile market, Tether allows users to make USD trades, both internationally and locally, without any concerns over price movements. It also provides a valuable hedge against markets experiencing sudden or dramatic price dips.  

What Is USDT?

USDT is a stablecoin pegged to the US dollar on a 1:1 ratio. Created under the Tether brand, USDT is the most widely used stablecoin on the market today. There is an infinite supply of USDT available, with roughly 72.5 billion in circulation at the time of writing.  

USDT provides a safe haven for investors when markets go through major downward price trends, offering a stable price to move the value to without having to liquidate the digital assets to cash.  

How Can I Buy USDT?

If you would like to incorporate Tether (USDT) into your crypto portfolio you can do so easily through the Tap mobile trading app. After completing a simple KYC verification, users can gain access to a number of crypto markets and can store the digital assets in our unique, integrated crypto wallets.

The potential for blockchain and cryptocurrencies is vast. With the help of the Tap mobile app, you can manage your crypto portfolio and fiat on-the go while also utilising real world use cases like Tap prepaid card that offers payment access to over 40M+ merchants worldwide.

1inch is a cryptocurrency trading tool for traders, allowing them to quickly find and access competitive prices on decentralized exchanges (DEXs) using its innovative 1INCH token, which provides both utility and governance functionalities to token holders.

What is the 1inch network?

The 1inch network is a decentralized exchange aggregator that assists crypto traders in finding the best prices and lowest fees for their transactions within the DeFi (decentralized finance) sector of the cryptocurrency market.

Decentralized exchanges use self-operating smart contracts to enable trades between buyers and sellers, utilizing a non-custodial infrastructure. This allows for seamless transactions while maintaining the utmost security of funds. 

While these exchanges offer heightened security, this does not always lead to heightened liquidity, which can result in what is called slippage. This is where there is a discrepancy between the expected price of a trade and the actual price once executed. The 1inch protocol helps to avoid this problem and other market inefficiencies by joining together trading activity from multiple markets and combining liquidity.

In essence, the DeFi space is notorious for fast-changing prices and transaction fees for crypto assets, and 1inch solves this problem. Instead of traders having to manually resource and compare prices across DEXs, the 1inch network gathers real-time pricing data, including gas fees, from several top exchanges and presents this information to the trader. These exchanges include the likes of 0x, SushiSwap, Uniswap, and Kyber Network. 

The network is fueled by the 1INCH token and ERC-20 token that provides governance rights and participation in the network's expansion. The token serves as both a utility token and a governance token on the network allowing holders to vote on key protocol parameters.

Who created the 1inch platform?

1inch was founded by Surjey Kunz and Anton Bukov during the ETHGlobal New York hackathon in May 2019, built on the Ethereum blockchain. The pair had previously entered hackathons together, winning awards along the way. 

Prior to this endeavor, Sergej Kunz had a wealth of experience in programming and development. He was a senior developer at Commerce Connector, coded for Herzog agency, directed projects with Mimacom consultancy, and worked in both DevOps and cybersecurity roles at Porsche.

With nearly two decades of experience in software development and five years specialized in decentralized finance (DeFi), Anton Bukov has become a seasoned expert, contributing to projects like gDAI.io and NEAR Protocol.

In August 2020, 1inch received $2.8 million in funding from Binance Labs, Galaxy Digital, and several other firms before raising a further $12 million in December from prominent firms including ParaFi Capital and Pantera Capital. A year later, 1inch received $175 million in another funding round led by Amber Group. 

How does the 1inch Protocol work?

In its most basic form, 1inch operates in a similar way to prevalent travel booking sites in that the protocol collects and compares crypto prices and transaction fees from several decentralized exchanges. The platform uses three prominent protocols: the aggregation protocol, the liquidity protocol, and the limit order protocol.

The aggregation protocol that factors in gas fees

By utilizing 1inch, traders have the convenience of trading from a single platform while being exposed to the lowest trading fees and best prices across several DEXs. Their Pathfinder product not only finds the top trading routes across several markets but also considers gas fees. The aggregation protocol will automatically factor in the gas fees when establishing the best price routes.

For instance, the complex protocol can break down single trades across multiple DEXs in order to provide the best market price. Finding the most efficient swapping routes might include converting a cryptocurrency to a stablecoin and then finding the best crypto prices across multiple exchanges (factoring in low trading fees) before executing the original trade. 1inch takes care of the complex backend routing processes while the trade effectively executes one trade at the best price.

The liquidity protocol for liquidity providers

The platform's liquidity protocol incorporates a next-generation automated market maker (AMM) that not only provides impressive opportunities for liquidity providers but also protects users from front-running attacks typically associated with liquidity pool trading.

The liquidity protocol allows users to earn passive income from depositing their cryptocurrencies into the relevant liquidity pools and earning LP tokens in return. LP tokens can be staked or exchanged, while the cryptocurrencies in the liquidity pools can be used for transactions made by liquidity providers utilizing the 1inch exchange, a decentralized exchange.

To engage in the liquidity protocol or the 1inch exchange, users simply need to connect their wallet and select the liquidity pool (trading pair) they wish to provide liquidity. Additionally, as the decentralized exchange aggregator does not store any crypto assets on its server, users are never required to pay a withdrawal or deposit fee when using the 1inch exchange services.

The limit order protocol for decentralized exchanges

Considered one of the "most innovative and flexible limit order swap opportunities in DeFi" 1inch’s limit order protocol allows traders to place more advanced, conditioned orders to automatically guarantee their profits at certain prices or avoid losses.

Alongside the flexible limit order functionality, the protocol also offers features such as dynamic pricing, extra RFQ support, and powers various implementations.

What is the 1INCH token?

The 1INCH token is an ERC-20 token that serves as a utility and governance token for the platform.  On top of functions like spending, sending, holding, and staking, the 1inch token also provides voting rights to token holders on any proposed updates to the protocol. 

How can I buy the 1INCH token?

Users can easily incorporate the 1INCH token into their portfolio through the Tap app's secure platform. The easy method allows anyone with an account to engage in an effortless trading experience using both cryptocurrencies and fiat currency. 

Tap into the 1inch ecosystem by opening an account and loading your preferred wallet, then simply execute the trade to buy the 1INCH token. The tokens can then be held in the integrated wallet or used on the 1inch exchange platform or liquidity pools by completing a simple transaction. All you need to do to get started is download the app and create an account. 

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Ankr is playing an integral role in the adoption of Web3, providing growth and development opportunities for network stakers, app developers, and other participants in the DeFi space. 

Ankr is leading the way in making it easier for users to interact with multiple blockchains. Streamlined and simple, Ankr simplifies complex tasks so that you can access multi-blockchain technologies quickly and securely.

What is Ankr (ANKR)?

Ankr is a decentralized Web3 infrastructure provider that facilitates the swift and effortless connection between developers, dapps, stakers, and blockchains. With Ankr's APIs & RPCs you can quickly build blockchain-based applications with confidence, stake on Ankr Earn as well as access custom solutions for any blockchain enterprise needs.

Ankr simplifies the process of setting up and participating in Proof of Stake (PoS) blockchains. It provides various tools and services to help users deploy nodes, stake their PoS tokens, and access decentralized finance (DeFi) applications. The Ankr platform was first launched as a Distributed Cloud Computing Network that leverages idle computing resources. This allowed users to access cloud computing services without relying on a single provider's infrastructure.

Ankr provides a variety of features and tools, such as node hosting, staking pools, analytics, and automated notifications. These services work together to make participating in Web3 easier by providing simple solutions. 

The node creation process is supported across multiple blockchains and in return for the services provided, node operators pay a monthly fee to Ankr. 

ANKR is Ankr's native cryptocurrency fueling the platform and is used as a payment method within the ecosystem. 

Who created the Ankr platform?

Ankr was founded in 2017 by Chandler Song, Ryan Fang and Stanley Wu and officially launched in 2019. Song and Fang were former college roommates while Song worked under Wu, a computer engineer at Amazon Web services, while interning. Together the three founders created Ankr, with a mission to build the most decentralized and scalable Web3 infrastructure possible. Song is currently serving as CEO, Fang as COO, and Wu as CTO.

Following several successful rounds of funding, the team has amassed tens of millions of dollars from big blockchain investors such as Pantera Capital and NEO Global Capital (NGC) as well as several funding rounds. The first token presale raised $15.9 million followed by another token sale which raised $18.7 million in just six days. Once opened to the general public, the platform raised a further $2.75 million. 

How does the Ankr Protocol work?

It is important to note that Ankr is not a blockchain. Instead, it provides specialized tools which are beneficial for builders, stakers, and businesses alike. Its main features can be broken down into these four categories below:

Node infrastructure services

With Ankr's decentralized infrastructure, DeFi platforms, NFT projects, blockchain games and dapps of all kind can receive faster access to blockchains at a more scalable and cost-efficient rate. Hosted by numerous high-performing nodes across the world simultaneously serving requests, these applications are guaranteed optimal performance.

However, setting up a blockchain node requires technical know-how, time, and effort, skills not everyone possesses. Ankr provides a service where it can launch one which can be accessed remotely. This provides the opportunity for users of all skill levels to participate in the validation process on a Proof of Stake blockchain. Additionally, the platform overlooks the performance of the node to ensure that users' funds staked are not punished due to any downtime or dishonesty.

Instant API and RCP access for developers

Developers who are launching smart contracts​ and ​dapps to a blockchain are required to use designated APIs (Application Programming Interfaces). This process typically involves running a node alongside these and spending time synchronizing it to the data on the blockchain. 

To solve this issue, Ankr provides instant API services and RPC (Remote Procedure Call) access to developers. This allows for uninterrupted access to blockchains without having to worry about vying traffic. It also provides access to the whole chain's data, supplying the dapp with all the information it might require and an overall better user experience. 

Custom Blockchain Enterprise Tools

For enterprises in need of custom-made, streamlined solutions for handling multiple blockchain networks, Ankr provides a Web3 Infrastructure-as-a-Service model. Accessible through an easy-to-use monitoring platform, businesses can utilize the platform's API and RPC services making their operations more efficient and cost-effective.

Liquid staking

Ankr provides staking capabilities across multiple chains, offering reward-earning tokens to represent these staked funds. The tokens can then be used to trade or for various DeFi activities such as lending, yield farming, liquidity mining, etc. This allows users to maximize their earning potential while still engaging in staking activities. 

For example, instead of staking the minimum required amount of 32 ETH on Ethereum 2.0, users can stake 0.5 ETH through the Ankr protocol, with these funds automatically being routed to the pools with the highest yield. In return, users will receive aETHb or aETHc tokens, which provide a liquid way in which users can access their staked tokens. 

What is the ANKR token

ANKR is an ERC-20 and BEP-20 token that operates across both the Ethereum and BNB Smart Chain networks. The utility token has a number of functions, as outlined below, and a maximum supply of 10,000,000,000. 

ANKR is primarily a form of payment on the platform but also offers staking functionalities and governance rights. 

How can I buy the Ankr token?

Tap's mobile app makes it effortless for users to acquire ANKR and store it in the integrated wallet with assurance. Not only can you benefit from a convenient place to acquire and store your ANKR token, but also withdraw coins immediately for use on the linked DeFi platform. Tap provides you with not just an easy way to trade digital assets, but also a reliable space where your assets holdings can remain securely stored over extended periods of time.

Unlock the potential of a range of verified cryptocurrencies and fiat wallets by downloading the Tap mobile app.