Learning the friendly way

Got some exciting news—Card Auto Top-Up is finally here, and it’s about to make your life way easier.

Say goodbye to those "uh-oh" moments at checkout. This feature automatically tops up your card when your balance gets low—on your terms, no surprises.

You asked, we delivered. We took your feedback and built Auto Top-Up to take the stress out of managing your spending. Your card stays ready to go, so you can focus on more important things (like deciding what to order for lunch).

And here’s the cherry on top 🍒—you can now use your crypto for payments!  Pick any of your crypto holdings, top up your card, and start spending—simple as that.

Let’s break it down and show you why Auto Top-Up is about to be your new favorite feature.

No More "Oops, My Balance!" Moments 🙀
We've all been there—your card balance runs low right when you need it most. Auto Top-Up has your back.

Set It and Forget It
Activate it once, and you're good to go. No more scrambling to manually top up your card every time funds run low.

Your Money, Your Rules 💸
Prefer fiat? Crypto? A mix of both? Auto Top-Up lets you choose what works best for you.

Always Ready to Spend
With Auto Top-Up, your card stays funded, so you’re always ready to pay—no interruptions, no stress.

How it works? ✨

With Auto Top-Up, you're in complete control. You decide:

• The minimum balance that triggers an automatic reload amount.
• How much to add when your balance dips below your set threshold.
• Which currency you want to use.

Imagine you're about to make an important purchase, only to realise your card balance is too low. Frustrating, right? Those days are over. 

Set your minimum balance to threshold, and Tap will automatically reload your card before you ever hit zero, using your preferred currency.

Ready to make your life easier? Enabling Auto Top-Up is quick and easy:

1. Log in to your account.
2. Navigate to your card settings.
3. Enable Auto Top-Up and customize your preferences.
4. Enjoy your card!

Built for peace of mind 😌

Auto Top-Up takes the hassle out of managing your card. Whether you’re travelling, shopping online, or covering everyday expenses, your Tap card will always have your back when you need it.

Ready to get started? 

Make sure your Tap app is up to date to start using the new Auto Top-Up feature, and then follow the flow within the Card section. 

Got any questions about Auto Top-Up? Our support team is ready to help you get started. 

Bitcoin has become a household name around the world, for very good reasons. The same way gold became the standard of currency, bitcoin is doing the same. With the rise of gold, we also saw a gold rush, as people flocked to the mines to find every flake of gold they could. Something similar is happening to bitcoin right now as the cryptocurrency mining rush has begun, with the world hiking up their ASIC miners to process as fast as possible.

Especially with talk of Elon Musk considering reinstating Bitcoin payments once the carbon emissions and energy consumption associated with bitcoin mining are decreased. But why the sudden rush? it is not just another bubble, it is about global economic sustainability and excelling cryptocurrencies. 

Where is the Bitcoin mining rush happening?

Although the whole world may be captivated by the potential of cryptocurrency, China has always been a top contender for miners. Despite the repeat FUD spreading around China and its acceptance of digital currency, China bitcoin mining once accounted for more than 70% of mining power. But this summer's sweeping crackdown in China has greatly increased profits for miners outside of the world's second-largest economy, with counties such as the USA, Russia, and Iran making up for lost blocks. These regulations won’t stop Chinese miners from doing what they need, they just may no longer be doing it within the borders of China. 

It was 2 months ago that Beijing made moves to crack down on cryptocurrency. One of the steps was halting the supply of power to bitcoin farms, giving Chinese miners no choice but to pack their bags for more crypto-friendly countries. Chinese researchers express data portraying excess use of electricity consumption, especially in these stressful times. 

What is Chinas’ issue with digital currency mining?

China has had numerous issues with cryptocurrencies over the years, first stating they didn’t want their economic wealth flooding into a global currency. They have potentially solved this problem as they announce their own digital currency created by a group of specialist. China’s digital currency, the digital yuan, is controlled by its central bank which will issue the new currency. Now they may have created a digital form of currency, but it is nowhere near cryptocurrency, aside from some computational comparisons. China plans to strip away the anonymity so beloved within Blockchain, and inside track and control where their digital currency goes. Nonetheless, their first issue has been fixed, so what is their problem now?

Supposably carbon emissions and energy consumption in the country are rising, due to cryptocurrency, not the masses staying at home. Regardless of if their reasoning and intent are pure, we know carbon emission due to cryptocurrency is a very real and impending issue. This theory has been confirmed by Tesla's Elon Musk halting bitcoin payments until the carbon emission issue is resolved, rightfully so as the guy selling low carbon emission electric cars. 

What is next for Chinese miners?

Bitcoin mining is one of the most lucrative major industries in the world, yet many people don't know that Bitcoin mining generates just as much revenue as gold and silver extraction. The old Gold Rush might be waning, but Bitcoin miners are reaping the rewards of a new gold rush. The current generation shows entrepreneurial spirit unlike many before it, especially as the online era continues to expand.

They see the market and trend associated with cryptocurrency and are ensuring they are involved in as many ways as possible. From trading on an exchange, accepting bitcoin for services, or using their computer to mine crypto. Blockchain technology is proving to be a leader in so many industries, even emission avoidance, so no issue should or will stop people from accepting and collecting it. 

Renewable energy countries 

The solution to China's electricity and energy consumption issues is not to stop cryptocurrency mining altogether, but rather for miners to move to more power conscious countries. This may not be so appealing for China itself, but it is proving to be the best option for miners. Miners may take a lot of energy and computer processing, but they also run very hot.

So miners are looking for a country with a cheaper electricity cost to move to, with the added benefit of them being cold for an additional cooling process. Most countries that use renewable energy find their costs a lot lower than those that do not, this was even seen in China. Miners would run to the mountains of Sichuan, where abundant hydroelectric power made electricity services costs exceptionally cheaper per unit. 

Colder climates like Germany, Sweden, and Scotland are becoming increasingly more desirable countries of residency for crypto miners. Sweden is planning to be the world's first fossil fuel free country by the year 2040. Denmark has broken a wind power record, showing 43% of its electricity consumption being covered by wind; they also plan to be fossil fuel free by 2050.

Germany is a leader in renewable energy, and in the first half of 2018 they proved that, by producing enough renewable electricity to power every household in the country for a year. Scotland is also joining the ranks of the greatest renewable energy countries. Scotland plans to build the worlds’ largest floating wind turbine farm, as wind power can generate 98% of Scotland’s electricity needs.

These are all brilliant, and cold countries can easily fit the needs of any cryptocurrency miner, with cheaper watts and a cooler climate to cut down even more on watts. 

Risk of regulations

While the above-mentioned countries are great candidates for cryptocurrency and bitcoin mining, there are other problems to be wary of. Crypto regulations are just an issue among crypto miners, but also for exchange services. Each country has taken its own approach to enforcing cryptocurrency into its economy, but some may be trickier than others. VISAs are also another thing to take into consideration. Holiday VISAs are easily acquired, but moving your entire mining farm across borders may not be as easy.

Would you need a work VISA? A residency VISA? That is up to each miner to find out. Germany has shown positive sentiment to cryptocurrency, considering it as legal tender, and allowing institutional funds to hold up to 20% in cryptocurrency. Denmark and Scotland have also shown interest in cryptocurrencies, considering tax policies to help their native traders and the economy. Miners may be susceptible to taxation, and VISA regulations, but they do not have to worry about being in a country that wants to get rid of cryptocurrency. This alone, in addition to renewable energy, are benefits to any crypto enthusiast. 

Bettering the blockchain process

Not only does renewable energy mining save the world and miners money, but it also advances blockchain in general. Projects and people are more likely to accept cryptocurrency and Blockchain when it doesn’t have such a high economic and environmental burden. Using a terawatt of renewable energy is far more efficient and cost-effective than using electricity powered by fossil fuels and coal. With the bitcoin and cryptocurrency mining rush continuing to rally up troops, we in the community need to make conscious decisions for both cryptocurrency and our planet.

The process of excelling bitcoin and bitcoin mining starts at finding a computing process that consumes less energy. Whether the miners in China, or around the world, have this intent is not the issue, as long as the rest of the planet pushes them towards more eco-friendly options. It doesn’t start with the miners, they are simply the suppliers, its starts with what we demand, as seen by Mr. Musk. Let us make better choices for Blockchain, earth, and our national economies. 

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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As you navigate the waters of the cryptocurrency market you're likely to come across a term called "coin burning". In this article, we're exploring the process used to manage the token supply of projects, a means for companies to manually alter the supply (and thereby demand) of a token's circulating supply. While not adopted by every project, coin burning has proven over the years to be successful in increasing the price of a digital currency.

What Is A Coin Burn

Diving right in, a coin burn is the process of removing a certain number of tokens from circulation by sending them to an invalid address, a "black hole" of sorts. This process is written into the project's code and implemented at various increments as outlined in the whitepaper. While Bitcoin doesn't make use of coin burning, many projects on the Ethereum network, particularly ERC-20 tokens, have been known to implement it.

Through the use of a smart contract, also known as a burn function, the network would remove a specified number of tokens from circulation, decreasing the total supply and thereby (hopefully) increasing the demand. Coin burns have been known to lead to an increase in price, as the supply-demand ratio is altered.

An Example Of Coin Burning

A top 10 cryptocurrency project underwent a coin burn last year that is believed to be the biggest layer 1 token burn to date. 88.7 million LUNA, the native coin to the Terra project, were burned in November 2021 following a vote by the community. This was effectively worth $4.5 billion at the time. A few days following the coin burn the LUNA token hit a new record high. 

The burn aimed to remove value from Terra’s community pool, but in reality, it simply moved the value from the pool to the individual holders of the cryptocurrency.

Bitcoin Cash and Stellar are two other high profile cryptocurrencies that have made use of the coin burning initiative. Shiba Inu is another cryptocurrency to have undergone a coin burn, although this wasn't the initial intention of the project. The project's developers gifted half of the SHIB supply to Ethereum creator Vitalik Buterin, who went on to donate 10% and burn the remaining 90%.

How Does Coin Burning Work?

Should a project wish to implement a coin burn they will need to create a smart contract. Smart contracts are digital agreements that execute when certain criteria have been met. Say a project wants to implement a coin burn every 200,000 blocks, they will create the burn function to include this instruction.

When this milestone is achieved, the coins will automatically move from the designated wallet to a wallet address that does not have a private key. Without a private key, these coins can never be recovered. The coins will then be sent from the one wallet address to the other and effectively be removed from circulation. The transaction (burn) will be added to the network's blockchain records and be available to view through the blockchain explorer.

The Downside To Coin Burning

Before you invest in a project that undergoes coin burning it is important to note that coin burning does not guarantee an increase in the coin's price. The increase in price will depend on the network, the market climate and the current sentiment. During the Shiba Inu coin burn, while the price rose considerably, it soon returned to a more stable and substantially lower level.

Coin burning can also be used by ill acting developers to deceive the community. Say a project has a total supply of 100 million tokens and allocates 10 million to the platform's developers. They could then burn 40 million tokens, increasing their hold to 60% of the circulating supply on the network.

As with all transactions conducted on the blockchain, all payments are irreversible meaning that once you burn coins they can never be recovered.

What Is Proof Of Burn?

Not to be confused with coin burning, Proof of Burn (PoB) is a consensus mechanism similar to Proof of Work and Proof of Stake. The model utilizes an element of coin burning in its mining practice and is known to use considerably less energy than its PoW counterpart.

The process requires miners to burn tokens in order to participate in the mining process. The more coins burned the more blocks they can create, meaning the more rewards (in the form of transaction fees) they can earn. Miners are still required to use mining hardware. The benefit of this is to provide a less energy-intensive blockchain network that can run optimally through a network of decentralized mining participants.

Cryptocurrencies derive their value from supply and demand, with the buyers and sellers playing an enormous role in the market's liquidity, and ultimately, success. This rings true for stocks, commodities and forex markets too, essentially any asset markets with trading volumes.

Anyone participating in these markets will have been a maker or a taker at some stage, most likely, both. In this article, we're breaking down the concept of makers vs takers, exploring their vital role in the market and large quantities of these result in stronger exchanges. 

Liquidity Explained

Before we dive in, let's first cover an important concept: liquidity. Assets can sometimes be described as liquid or illiquid, this simply refers to how easily the asset can sell. Gold is a prime example of a liquid asset as anyone could easily trade it for cash without any hassle, while a glass statue of your neighbour's cat would be an illiquid asset as the chances of anyone wanting to own it are slim (except for the neighbour, maybe). 

Building on this, market liquidity indicates how liquid a market is. A liquid market means that the asset is in high demand, traders are actively looking to acquire the asset, while also having a high supply, meaning that traders are actively looking to offload the asset. An illiquid market then means that there is low supply and demand, making it difficult to buy or sell the asset for a fair price.

In a liquid market where there are many traders looking to buy and sell an asset, the sell order (ask price) tends to be in the same region as the buy order (buy price). Typically, the lowest sell order will be the same as the highest buy order, creating a tight buy-ask spread. 

Now that we've covered liquidity, it's time for makers vs takers. 

What Is The Difference Between Market Makers And Market Takers?

As mentioned above, any successful exchange requires a fair amount of makers and takers. Let's explore the difference between the two below. 

Market Makers

Exchanges typically use an order book to conduct trades. The order book will store offers to buy and sell as they come in, and execute the trades when the criteria are met, i.e. someone could create an offer that says when Bitcoin reaches $40,000, buy 4. When the BTC price reaches $40,000, the order book with automatically execute this trade. 

In this case, the person creating this buy order is known as a maker. They are essentially "making" the market by announcing their intentions ahead of time via the order book. While many retail investors are makers, the field is typically made up of big traders and high-frequency trading institutions. 

A market maker is a liquidity provider. ‍

Market Takers

Market takers are then liquidity "takers", removing liquidity from the market. Takers create market orders that indicate to the exchange that the trader wants to buy or sell at the current market price. The exchange will then automatically execute the trade using a maker's offer.

A taker is a trader filling someone else's order. Market makers create offers for the order book, making it easier for users to buy and sell, while market takers exercise this liquidity by buying the asset. 

What Are Maker-Taker Fees?

You might have heard of maker-taker fees before, this makes up a considerable amount of how exchanges generate an income (after all, exchanges are businesses that need to make money). When an exchange matches a maker and a taker, they will take a small fee for the efforts on their part. This fee will differ from exchange to exchange, and will also be dependent on how big of a trade it is. 

As makers are providing liquidity to the exchange (an enticing attribute for any trading platform) they will pay lower fees compared to a trader taking away from the platform's liquidity. Always be sure to check the fee structure and pricing on a platform before engaging in any trading activity, these will be outlined in the platform's trading policy.

How Do Trading Companies Make Money?

Cryptocurrency and blockchain technology was designed to provide a decentralized financial system that bypasses government control. However, to alleviate regulatory concerns, exchanges were established to provide a reliable and convenient means of operating within the crypto markets. These exchanges provide a secure way in which users can buy, sell and trade cryptocurrencies, and in return make money through the activities of its customers as it is a business after all.

While maker and taker fees make up a large portion of how a platform generates an income, the business also generates income through deposit and withdrawal fees, commissions made on trades and listing fees. These typically make up the cost of production and running the business.

In Conclusion

Market makers contribute to the market's liquidity by creating orders looking to be filled, while market takers fill these orders. Makers are typically rewarded for bringing liquidity to a platform with low maker fees, while takers pay higher fees when they make use of this liquidity, easily buying and selling the asset. 

Getting paid in cryptocurrencies has opened the global gig economy to endless opportunities. Gone are the days of needing to be in the same country, or even on the same continent, as your employer. Cryptocurrency jobs are not only more accessible but also more acceptable.

In this article, we’re breaking down where you can find jobs that specifically pay in cryptocurrencies. Before we do though, let’s touch base on the advantages the new digital currency realm is offering. 

The Advantages Of Being Paid With Blockchain Technology

The ever-evolving blockchain industry is now integrating cryptocurrencies into traditional job markets, from temporary gigs to full-time jobs, anyone can now get paid in crypto.

The decentralized world of cryptocurrencies provides many demographics with many advantages. For employees, these advantages allow the job market to be blown wide open as international payments are now easily accessible and don’t come with high transaction costs and delays. 

Due to the nature of crypto transactions, payments can be executed in a matter of minutes with minimal transaction fees offering a quick and cost-effective solution to moving money across borders. The minimal transaction fees also allow freelancers to take on many smaller projects, an opportunity otherwise impossible with international fiat transactions. 

Arguably the biggest advantage to cryptocurrency jobs is that anyone anywhere can now work for anyone anywhere, as borders are no longer a consideration. With many freelancers turning to remote work after the pandemic, the opportunity to work on international projects and be conveniently paid for doing so has increased dramatically. 

No matter your skill set or ability, there is likely a business out there willing to hire you.

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Where Job Seekers Can Connect With A Crypto Job Board

1. LaborX

LaborX is a job board-style website that connects employers with employees, covering everything from small temporary jobs to full-time ones, from data scientists to marketing managers. The platform also offers a wide range of cryptocurrencies as payment options. 

LaborX is owned and operated by a blockchain company that also offers HR software solutions, which makes it feel more accountable and solid. 

2. Jobs4Bitcoins

Despite what the name suggests, Jobs4Bitcoins offers a range of crypto-paying jobs. Run as a Reddit channel, r/Jobs4Bitcoins, the forum allows anyone to post a job they require or skills they can provide. 

While not run in the traditional job-seeking website sense, the opportunities for finding work and self-promotion are endless. There is obviously no vetting of employees or employers, however, so bear this in mind when engaging on the platform.

3. Blocklancer 

Blocklancer matches job seekers with job providers and pays in Ethereum. If you’re not fond of Ethereum, no problem, you can easily trade it for another cryptocurrency or fiat currency through the Tap app once you have received the funds. 

The platform covers a wide range of jobs, from research analyst to content creator to experts in the field of blockchain and ICOs. It also offers an ​​option allowing users to help mediate disputes. 

4. Bitfortip

If the formal job market is not what you are looking for, you can earn tips in Bitcoin for offering suggestions. Not only Bitcoin, you can also earn Bitcoin Cash, NANO, and Tezos.

Users post their questions and then should they find your idea or suggestion helpful, will tip you. 

5. PompCryptoJobs

PompCryptoJobs was created to connect job seekers with providers within the crypto space. The platform caters to an extremely wide range of fully-paid crypto positions, from writer to product designer to data scientist. 

The platform is professional, neat and informative, and is used by some of the biggest companies in the crypto space. 

Whether you're a research analyst, marketing manager or data scientists, there are plenty of job opportunities that pay in crypto.

Final Thoughts: How To Get Paid In Crypto

If you’re unsure on how to go about getting an account that enables you to be paid in Bitcoin or other cryptocurrencies, look no further than Tap.

Tap offer to freelancers and self employed accounts, enabling you to receive payments in both crypto and fiat currencies. When creating an account, you will immediately gain access to a number of crypto wallets, as well as dedicated money accounts from where you can access the individual wallet addresses. Simply send the wallet address to your employer and the funds will clear in minutes (depending on the network). 

On top of that, Tap also allows enables you to pay your bills and everyday purchases with your Tap card to spend your fiat and cryptocurrencies in a swipe of the wrist.