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Streamr Network: Performance and Scalability Whitepaper
The Corea milestone of the Streamr Network went live in late 2019. Since then a few people in the team have been working on an academic whitepaper to describe its design principles, position it with respect to prior art, and prove certain properties it has. The paper is now ready, and it has been submitted to the IEEE Access journal for peer review. It is also now published on the new Papers section on the project website. In this blog, I’ll introduce the paper and explain its key results. All the figures presented in this post are from the paper.
The reasons for doing this research and writing this paper were simple: many prospective users of the Network, especially more serious ones such as enterprises, ask questions like ‘how does it scale?’, ‘why does it scale?’, ‘what is the latency in the network?’, and ‘how much bandwidth is consumed?’. While some answers could be provided before, the Network in its currently deployed form is still small-scale and can’t really show a track record of scalability for example, so there was clearly a need to produce some in-depth material about the structure of the Network and its performance at large, global scale. The paper answers these questions.
Another reason is that decentralized peer-to-peer networks have experienced a new renaissance due to the rise in blockchain networks. Peer-to-peer pub/sub networks were a hot research topic in the early 2000s, but not many real-world implementations were ever created. Today, most blockchain networks use methods from that era under the hood to disseminate block headers, transactions, and other events important for them to function. Other megatrends like IoT and social media are also creating demand for new kinds of scalable message transport layers.
The latency vs. bandwidth tradeoffThe current Streamr Network uses regular random graphs as stream topologies. ‘Regular’ here means that nodes connect to a fixed number of other nodes that publish or subscribe to the same stream, and ‘random’ means that those nodes are selected randomly.
Random connections can of course mean that absurd routes get formed occasionally, for example a data point might travel from Germany to France via the US. But random graphs have been studied extensively in the academic literature, and their properties are not nearly as bad as the above example sounds — such graphs are actually quite good! Data always takes multiple routes in the network, and only the fastest route counts. The less-than-optimal routes are there for redundancy, and redundancy is good, because it improves security and churn tolerance.
There is an important parameter called node degree, which is the fixed number of nodes to which each node in a topology connects. A higher node degree means more duplication and thus more bandwidth consumption for each node, but it also means that fast routes are more likely to form. It’s a tradeoff; better latency can be traded for worse bandwidth consumption. In the following section, we’ll go deeper into analyzing this relationship.
Network diameter scales logarithmicallyOne useful metric to estimate the behavior of latency is the network diameter, which is the number of hops on the shortest path between the most distant pair of nodes in the network (i.e. the “longest shortest path”. The below plot shows how the network diameter behaves depending on node degree and number of nodes.
We can see that the network diameter increases logarithmically (very slowly), and a higher node degree ‘flattens the curve’. This is a property of random regular graphs, and this is very good — growing from 10,000 nodes to 100,000 nodes only increases the diameter by a few hops! To analyse the effect of the node degree further, we can plot the maximum network diameter using various node degrees:
Network diameter in network of 100 000 nodes
We can see that there are diminishing returns for increasing the node degree. On the other hand, the penalty (number of duplicates, i.e. bandwidth consumption), increases linearly with node degree:
Number of duplicates received by the non-publisher nodes
In the Streamr Network, each stream forms its own separate overlay network and can even have a custom node degree. This allows the owner of the stream to configure their preferred latency/bandwidth balance (imagine such a slider control in the Streamr Core UI). However, finding a good default value is important. From this analysis, we can conclude that:
Latency scales logarithmicallyTo see if actual latency scales logarithmically in real-world conditions, we ran large numbers of nodes in 16 different Amazon AWS data centers around the world. We ran experiments with network sizes between 32 to 2048 nodes. Each node published messages to the network, and we measured how long it took for the other nodes to get the message. The experiment was repeated 10 times for each network size.
The below image displays one of the key results of the paper. It shows a CDF (cumulative distribution function) of the measured latencies across all experiments. The y-axis runs from 0 to 1, i.e. 0% to 100%.
CDF of message propagation delay
From this graph we can easily read things like: in a 32 nodes network (blue line), 50% of message deliveries happened within 150 ms globally, and all messages were delivered in around 250 ms. In the largest network of 2048 nodes (pink line), 99% of deliveries happened within 362 ms globally.
To put these results in context, PubNub, a centralized message brokering service, promises to deliver messages within 250 ms — and that’s a centralized service! Decentralization comes with unquestionable benefits (no vendor lock-in, no trust required, network effects, etc.), but if such protocols are inferior in terms of performance or cost, they won’t get adopted. It’s pretty safe to say that the Streamr Network is on par with centralized services even when it comes to latency, which is usually the Achilles’ heel of P2P networks (think of how slow blockchains are!). And the Network will only get better with time.
Then we tackled the big question: does the latency behave logarithmically?
Mean message propagation delay in Amazon experiments
Above, the thick line is the average latency for each network size. From the graph, we can see that the latency grows logarithmically as the network size increases, which means excellent scalability.
The shaded area shows the difference between the best and worst average latencies in each repeat. Here we can see the element of chance at play; due to the randomness in which nodes become neighbours, some topologies are faster than others. Given enough repeats, some near-optimal topologies can be found. The difference between average topologies and the best topologies gives us a glimpse of how much room for optimisation there is, i.e. with a smarter-than-random topology construction, how much improvement is possible (while still staying in the realm of regular graphs)? Out of the observed topologies, the difference between the average and the best observed topology is between 5–13%, so not that much. Other subclasses of graphs, such as irregular graphs, trees, and so on, can of course unlock more room for improvement, but they are different beasts and come with their own disadvantages too.
It’s also worth asking: how much worse is the measured latency compared to the fastest possible latency, i.e. that of a direct connection? While having direct connections between a publisher and subscribers is definitely not scalable, secure, or often even feasible due to firewalls, NATs and such, it’s still worth asking what the latency penalty of peer-to-peer is.
Relative delay penalty in Amazon experiments
As you can see, this plot has the same shape as the previous one, but the y-axis is different. Here, we are showing the relative delay penalty (RDP). It’s the latency in the peer-to-peer network (shown in the previous plot), divided by the latency of a direct connection measured with the ping tool. So a direct connection equals an RDP value of 1, and the measured RDP in the peer-to-peer network is roughly between 2 and 3 in the observed topologies. It increases logarithmically with network size, just like absolute latency.
Again, given that latency is the Achilles’ heel of decentralized systems, that’s not bad at all. It shows that such a network delivers acceptable performance for the vast majority of use cases, only excluding the most latency-sensitive ones, such as online gaming or arbitrage trading. For most other use cases, it doesn’t matter whether it takes 25 or 75 milliseconds to deliver a data point.
Latency is predictableIt’s useful for a messaging system to have consistent and predictable latency. Imagine for example a smart traffic system, where cars can alert each other about dangers on the road. It would be pretty bad if, even minutes after publishing it, some cars still haven’t received the warning. However, such delays easily occur in peer-to-peer networks. Everyone in the crypto space has seen first-hand how plenty of Bitcoin or Ethereum nodes lag even minutes behind the latest chain state.
So we wanted to see whether it would be possible to estimate the latencies in the peer-to-peer network if the topology and the latencies between connected pairs of nodes are known. We applied Dijkstra’s algorithm to compute estimates for average latencies from the input topology data, and compared the estimates to the actual measured average latencies:
Mean message propagation delay in Amazon experiments
We can see that, at least in these experiments, the estimates seemed to provide a lower bound for the actual values, and the average estimation error was 3.5%. The measured value is higher than the estimated one because the estimation only considers network delays, while in reality there is also a little bit of a processing delay at each node.
ConclusionThe research has shown that the Streamr Network can be expected to deliver messages in roughly 150–350 milliseconds worldwide, even at a large scale with thousands of nodes subscribing to a stream. This is on par with centralized message brokers today, showing that the decentralized and peer-to-peer approach is a viable alternative for all but the most latency-sensitive applications.
It’s thrilling to think that by accepting a latency only 2–3 times longer than the latency of an unscalable and insecure direct connecion, applications can interconnect over an open fabric with global scalability, no single point of failure, no vendor lock-in, and no need to trust anyone — all that becomes available out of the box.
In the real-time data space, there are plenty of other aspects to explore, which we didn’t cover in this paper. For example, we did not measure throughput characteristics of network topologies. Different streams are independent, so clearly there’s scalability in the number of streams, and heavy streams can be partitioned, allowing each stream to scale too. Throughput is mainly limited, therefore, by the hardware and network connection used by the network nodes involved in a topology. Measuring the maximum throughput would basically be measuring the hardware as well as the performance of our implemented code. While interesting, this is not a high priority research target at this point in time. And thanks to the redundancy in the network, individual slow nodes do not slow down the whole topology; the data will arrive via faster nodes instead.
Also out of scope for this paper is analysing the costs of running such a network, including the OPEX for publishers and node operators. This is a topic of ongoing research, which we’re currently doing as part of designing the token incentive mechanisms of the Streamr Network, due to be implemented in a later milestone.
I hope that this blog has provided some insight into the fascinating results the team uncovered during this research. For a more in-depth look at the context of this work, and more detail about the research, we invite you to read the full paper.
If you have an interest in network performance and scalability from a developer or enterprise perspective, we will be hosting a talk about this research in the coming weeks, so keep an eye out for more details on the Streamr social media channels. In the meantime, feedback and comments are welcome. Please add a comment to this Reddit thread or email [[email protected]](mailto:[email protected]).
Originally published by. Henri at blog.streamr.network on August 24, 2020.
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It’s effectively July 2017 in the world of decentralized finance (DeFi), and as in the heady days of the initial coin offering (ICO) boom, the numbers are only trending up.
According to DeFi Pulse, there is $1.9 billion in crypto assets locked in DeFi right now. According to the CoinDesk ICO Tracker, the ICO market started chugging past $1 billion in July 2017, just a few months before token sales started getting talked about on TV.
Debate juxtaposing these numbers if you like, but what no one can question is this: Crypto users are putting more and more value to work in DeFi applications, driven largely by the introduction of a whole new yield-generating pasture, Compound’s COMP governance token.
Governance tokens enable users to vote on the future of decentralized protocols, sure, but they also present fresh ways for DeFi founders to entice assets onto their platforms.
That said, it’s the crypto liquidity providers who are the stars of the present moment. They even have a meme-worthy name: yield farmers.
Where it startedEthereum-based credit market Compound started distributing its governance token, COMP, to the protocol’s users this past June 15. Demand for the token (heightened by the way its automatic distribution was structured) kicked off the present craze and moved Compound into the leading position in DeFi.
The hot new term in crypto is “yield farming,” a shorthand for clever strategies where putting crypto temporarily at the disposal of some startup’s application earns its owner more cryptocurrency.
Another term floating about is “liquidity mining.”
The buzz around these concepts has evolved into a low rumble as more and more people get interested.
The casual crypto observer who only pops into the market when activity heats up might be starting to get faint vibes that something is happening right now. Take our word for it: Yield farming is the source of those vibes.
But if all these terms (“DeFi,” “liquidity mining,” “yield farming”) are so much Greek to you, fear not. We’re here to catch you up. We’ll get into all of them.
We’re going to go from very basic to more advanced, so feel free to skip ahead.
What are tokens?Most CoinDesk readers probably know this, but just in case: Tokens are like the money video-game players earn while fighting monsters, money they can use to buy gear or weapons in the universe of their favorite game.
But with blockchains, tokens aren’t limited to only one massively multiplayer online money game. They can be earned in one and used in lots of others. They usually represent either ownership in something (like a piece of a Uniswap liquidity pool, which we will get into later) or access to some service. For example, in the Brave browser, ads can only be bought using basic attention token (BAT).
If tokens are worth money, then you can bank with them or at least do things that look very much like banking. Thus: decentralized finance.
Tokens proved to be the big use case for Ethereum, the second-biggest blockchain in the world. The term of art here is “ERC-20 tokens,” which refers to a software standard that allows token creators to write rules for them. Tokens can be used a few ways. Often, they are used as a form of money within a set of applications. So the idea for Kin was to create a token that web users could spend with each other at such tiny amounts that it would almost feel like they weren’t spending anything; that is, money for the internet.
Governance tokens are different. They are not like a token at a video-game arcade, as so many tokens were described in the past. They work more like certificates to serve in an ever-changing legislature in that they give holders the right to vote on changes to a protocol.
So on the platform that proved DeFi could fly, MakerDAO, holders of its governance token, MKR, vote almost every week on small changes to parameters that govern how much it costs to borrow and how much savers earn, and so on.
Read more: Why DeFi’s Billion-Dollar Milestone Matters
One thing all crypto tokens have in common, though, is they are tradable and they have a price. So, if tokens are worth money, then you can bank with them or at least do things that look very much like banking. Thus: decentralized finance.
What is DeFi?Fair question. For folks who tuned out for a bit in 2018, we used to call this “open finance.” That construction seems to have faded, though, and “DeFi” is the new lingo.
In case that doesn’t jog your memory, DeFi is all the things that let you play with money, and the only identification you need is a crypto wallet.
On the normal web, you can’t buy a blender without giving the site owner enough data to learn your whole life history. In DeFi, you can borrow money without anyone even asking for your name.
I can explain this but nothing really brings it home like trying one of these applications. If you have an Ethereum wallet that has even $20 worth of crypto in it, go do something on one of these products. Pop over to Uniswap and buy yourself some FUN (a token for gambling apps) or WBTC (wrapped bitcoin). Go to MakerDAO and create $5 worth of DAI (a stablecoin that tends to be worth $1) out of the digital ether. Go to Compound and borrow $10 in USDC.
(Notice the very small amounts I’m suggesting. The old crypto saying “don’t put in more than you can afford to lose” goes double for DeFi. This stuff is uber-complex and a lot can go wrong. These may be “savings” products but they’re not for your retirement savings.)
Immature and experimental though it may be, the technology’s implications are staggering. On the normal web, you can’t buy a blender without giving the site owner enough data to learn your whole life history. In DeFi, you can borrow money without anyone even asking for your name.
DeFi applications don’t worry about trusting you because they have the collateral you put up to back your debt (on Compound, for instance, a $10 debt will require around $20 in collateral).
Read more: There Are More DAI on Compound Now Than There Are DAI in the World
If you do take this advice and try something, note that you can swap all these things back as soon as you’ve taken them out. Open the loan and close it 10 minutes later. It’s fine. Fair warning: It might cost you a tiny bit in fees, and the cost of using Ethereum itself right now is much higher than usual, in part due to this fresh new activity. But it’s nothing that should ruin a crypto user.
So what’s the point of borrowing for people who already have the money? Most people do it for some kind of trade. The most obvious example, to short a token (the act of profiting if its price falls). It’s also good for someone who wants to hold onto a token but still play the market.
Doesn’t running a bank take a lot of money up front?It does, and in DeFi that money is largely provided by strangers on the internet. That’s why the startups behind these decentralized banking applications come up with clever ways to attract HODLers with idle assets.
Liquidity is the chief concern of all these different products. That is: How much money do they have locked in their smart contracts?
“In some types of products, the product experience gets much better if you have liquidity. Instead of borrowing from VCs or debt investors, you borrow from your users,” said Electric Capital managing partner Avichal Garg.
Let’s take Uniswap as an example. Uniswap is an “automated market maker,” or AMM (another DeFi term of art). This means Uniswap is a robot on the internet that is always willing to buy and it’s also always willing to sell any cryptocurrency for which it has a market.
On Uniswap, there is at least one market pair for almost any token on Ethereum. Behind the scenes, this means Uniswap can make it look like it is making a direct trade for any two tokens, which makes it easy for users, but it’s all built around pools of two tokens. And all these market pairs work better with bigger pools.
Why do I keep hearing about ‘pools’?To illustrate why more money helps, let’s break down how Uniswap works.
Let’s say there was a market for USDC and DAI. These are two tokens (both stablecoins but with different mechanisms for retaining their value) that are meant to be worth $1 each all the time, and that generally tends to be true for both.
The price Uniswap shows for each token in any pooled market pair is based on the balance of each in the pool. So, simplifying this a lot for illustration’s sake, if someone were to set up a USDC/DAI pool, they should deposit equal amounts of both. In a pool with only 2 USDC and 2 DAI it would offer a price of 1 USDC for 1 DAI. But then imagine that someone put in 1 DAI and took out 1 USDC. Then the pool would have 1 USDC and 3 DAI. The pool would be very out of whack. A savvy investor could make an easy $0.50 profit by putting in 1 USDC and receiving 1.5 DAI. That’s a 50% arbitrage profit, and that’s the problem with limited liquidity.
(Incidentally, this is why Uniswap’s prices tend to be accurate, because traders watch it for small discrepancies from the wider market and trade them away for arbitrage profits very quickly.)
Read more: Uniswap V2 Launches With More Token-Swap Pairs, Oracle Service, Flash Loans
However, if there were 500,000 USDC and 500,000 DAI in the pool, a trade of 1 DAI for 1 USDC would have a negligible impact on the relative price. That’s why liquidity is helpful.
You can stick your assets on Compound and earn a little yield. But that’s not very creative. Users who look for angles to maximize that yield: those are the yield farmers.
Similar effects hold across DeFi, so markets want more liquidity. Uniswap solves this by charging a tiny fee on every trade. It does this by shaving off a little bit from each trade and leaving that in the pool (so one DAI would actually trade for 0.997 USDC, after the fee, growing the overall pool by 0.003 USDC). This benefits liquidity providers because when someone puts liquidity in the pool they own a share of the pool. If there has been lots of trading in that pool, it has earned a lot of fees, and the value of each share will grow.
And this brings us back to tokens.
Liquidity added to Uniswap is represented by a token, not an account. So there’s no ledger saying, “Bob owns 0.000000678% of the DAI/USDC pool.” Bob just has a token in his wallet. And Bob doesn’t have to keep that token. He could sell it. Or use it in another product. We’ll circle back to this, but it helps to explain why people like to talk about DeFi products as “money Legos.”
So how much money do people make by putting money into these products?It can be a lot more lucrative than putting money in a traditional bank, and that’s before startups started handing out governance tokens.
Compound is the current darling of this space, so let’s use it as an illustration. As of this writing, a person can put USDC into Compound and earn 2.72% on it. They can put tether (USDT) into it and earn 2.11%. Most U.S. bank accounts earn less than 0.1% these days, which is close enough to nothing.
However, there are some caveats. First, there’s a reason the interest rates are so much juicier: DeFi is a far riskier place to park your money. There’s no Federal Deposit Insurance Corporation (FDIC) protecting these funds. If there were a run on Compound, users could find themselves unable to withdraw their funds when they wanted.
Plus, the interest is quite variable. You don’t know what you’ll earn over the course of a year. USDC’s rate is high right now. It was low last week. Usually, it hovers somewhere in the 1% range.
Similarly, a user might get tempted by assets with more lucrative yields like USDT, which typically has a much higher interest rate than USDC. (Monday morning, the reverse was true, for unclear reasons; this is crypto, remember.) The trade-off here is USDT’s transparency about the real-world dollars it’s supposed to hold in a real-world bank is not nearly up to par with USDC’s. A difference in interest rates is often the market’s way of telling you the one instrument is viewed as dicier than another.
Users making big bets on these products turn to companies Opyn and Nexus Mutual to insure their positions because there’s no government protections in this nascent space – more on the ample risks later on.
So users can stick their assets in Compound or Uniswap and earn a little yield. But that’s not very creative. Users who look for angles to maximize that yield: those are the yield farmers.
OK, I already knew all of that. What is yield farming?Broadly, yield farming is any effort to put crypto assets to work and generate the most returns possible on those assets.
At the simplest level, a yield farmer might move assets around within Compound, constantly chasing whichever pool is offering the best APY from week to week. This might mean moving into riskier pools from time to time, but a yield farmer can handle risk.
“Farming opens up new price arbs [arbitrage] that can spill over to other protocols whose tokens are in the pool,” said Maya Zehavi, a blockchain consultant.
Because these positions are tokenized, though, they can go further.
This was a brand-new kind of yield on a deposit. In fact, it was a way to earn a yield on a loan. Who has ever heard of a borrower earning a return on a debt from their lender?
In a simple example, a yield farmer might put 100,000 USDT into Compound. They will get a token back for that stake, called cUSDT. Let’s say they get 100,000 cUSDT back (the formula on Compound is crazy so it’s not 1:1 like that but it doesn’t matter for our purposes here).
They can then take that cUSDT and put it into a liquidity pool that takes cUSDT on Balancer, an AMM that allows users to set up self-rebalancing crypto index funds. In normal times, this could earn a small amount more in transaction fees. This is the basic idea of yield farming. The user looks for edge cases in the system to eke out as much yield as they can across as many products as it will work on.
Right now, however, things are not normal, and they probably won’t be for a while.
Why is yield farming so hot right now?Because of liquidity mining. Liquidity mining supercharges yield farming.
Liquidity mining is when a yield farmer gets a new token as well as the usual return (that’s the “mining” part) in exchange for the farmer’s liquidity.
“The idea is that stimulating usage of the platform increases the value of the token, thereby creating a positive usage loop to attract users,” said Richard Ma of smart-contract auditor Quantstamp.
The yield farming examples above are only farming yield off the normal operations of different platforms. Supply liquidity to Compound or Uniswap and get a little cut of the business that runs over the protocols – very vanilla.
But Compound announced earlier this year it wanted to truly decentralize the product and it wanted to give a good amount of ownership to the people who made it popular by using it. That ownership would take the form of the COMP token.
Lest this sound too altruistic, keep in mind that the people who created it (the team and the investors) owned more than half of the equity. By giving away a healthy proportion to users, that was very likely to make it a much more popular place for lending. In turn, that would make everyone’s stake worth much more.
So, Compound announced this four-year period where the protocol would give out COMP tokens to users, a fixed amount every day until it was gone. These COMP tokens control the protocol, just as shareholders ultimately control publicly traded companies.
Every day, the Compound protocol looks at everyone who had lent money to the application and who had borrowed from it and gives them COMP proportional to their share of the day’s total business.
The results were very surprising, even to Compound’s biggest promoters.
COMP’s value will likely go down, and that’s why some investors are rushing to earn as much of it as they can right now.
This was a brand-new kind of yield on a deposit into Compound. In fact, it was a way to earn a yield on a loan, as well, which is very weird: Who has ever heard of a borrower earning a return on a debt from their lender?
COMP’s value has consistently been well over $200 since it started distributing on June 15. We did the math elsewhere but long story short: investors with fairly deep pockets can make a strong gain maximizing their daily returns in COMP. It is, in a way, free money.
It’s possible to lend to Compound, borrow from it, deposit what you borrowed and so on. This can be done multiple times and DeFi startup Instadapp even built a tool to make it as capital-efficient as possible.
“Yield farmers are extremely creative. They find ways to ‘stack’ yields and even earn multiple governance tokens at once,” said Spencer Noon of DTC Capital.
COMP’s value spike is a temporary situation. The COMP distribution will only last four years and then there won’t be any more. Further, most people agree that the high price now is driven by the low float (that is, how much COMP is actually free to trade on the market – it will never be this low again). So the value will probably gradually go down, and that’s why savvy investors are trying to earn as much as they can now.
Appealing to the speculative instincts of diehard crypto traders has proven to be a great way to increase liquidity on Compound. This fattens some pockets but also improves the user experience for all kinds of Compound users, including those who would use it whether they were going to earn COMP or not.
As usual in crypto, when entrepreneurs see something successful, they imitate it. Balancer was the next protocol to start distributing a governance token, BAL, to liquidity providers. Flash loan provider bZx has announced a plan. Ren, Curve and Synthetix also teamed up to promote a liquidity pool on Curve.
It is a fair bet many of the more well-known DeFi projects will announce some kind of coin that can be mined by providing liquidity.
The case to watch here is Uniswap versus Balancer. Balancer can do the same thing Uniswap does, but most users who want to do a quick token trade through their wallet use Uniswap. It will be interesting to see if Balancer’s BAL token convinces Uniswap’s liquidity providers to defect.
So far, though, more liquidity has gone into Uniswap since the BAL announcement, according to its data site. That said, even more has gone into Balancer.
Did liquidity mining start with COMP?No, but it was the most-used protocol with the most carefully designed liquidity mining scheme.
This point is debated but the origins of liquidity mining probably date back to Fcoin, a Chinese exchange that created a token in 2018 that rewarded people for making trades. You won’t believe what happened next! Just kidding, you will: People just started running bots to do pointless trades with themselves to earn the token.
Similarly, EOS is a blockchain where transactions are basically free, but since nothing is really free the absence of friction was an invitation for spam. Some malicious hacker who didn’t like EOS created a token called EIDOS on the network in late 2019. It rewarded people for tons of pointless transactions and somehow got an exchange listing.
These initiatives illustrated how quickly crypto users respond to incentives.
Read more: Compound Changes COMP Distribution Rules Following ‘Yield Farming’ Frenzy
Fcoin aside, liquidity mining as we now know it first showed up on Ethereum when the marketplace for synthetic tokens, Synthetix, announced in July 2019 an award in its SNX token for users who helped add liquidity to the sETH/ETH pool on Uniswap. By October, that was one of Uniswap’s biggest pools.
When Compound Labs, the company that launched the Compound protocol, decided to create COMP, the governance token, the firm took months designing just what kind of behavior it wanted and how to incentivize it. Even still, Compound Labs was surprised by the response. It led to unintended consequences such as crowding into a previously unpopular market (lending and borrowing BAT) in order to mine as much COMP as possible.
Just last week, 115 different COMP wallet addresses – senators in Compound’s ever-changing legislature – voted to change the distribution mechanism in hopes of spreading liquidity out across the markets again.
Is there DeFi for bitcoin?Yes, on Ethereum.
Nothing has beaten bitcoin over time for returns, but there’s one thing bitcoin can’t do on its own: create more bitcoin.
A smart trader can get in and out of bitcoin and dollars in a way that will earn them more bitcoin, but this is tedious and risky. It takes a certain kind of person.
DeFi, however, offers ways to grow one’s bitcoin holdings – though somewhat indirectly.
A long HODLer is happy to gain fresh BTC off their counterparty’s short-term win. That’s the game.
For example, a user can create a simulated bitcoin on Ethereum using BitGo’s WBTC system. They put BTC in and get the same amount back out in freshly minted WBTC. WBTC can be traded back for BTC at any time, so it tends to be worth the same as BTC.
Then the user can take that WBTC, stake it on Compound and earn a few percent each year in yield on their BTC. Odds are, the people who borrow that WBTC are probably doing it to short BTC (that is, they will sell it immediately, buy it back when the price goes down, close the loan and keep the difference).
A long HODLer is happy to gain fresh BTC off their counterparty’s short-term win. That’s the game.
How risky is it?Enough.
“DeFi, with the combination of an assortment of digital funds, automation of key processes, and more complex incentive structures that work across protocols – each with their own rapidly changing tech and governance practices – make for new types of security risks,” said Liz Steininger of Least Authority, a crypto security auditor. “Yet, despite these risks, the high yields are undeniably attractive to draw more users.”
We’ve seen big failures in DeFi products. MakerDAO had one so bad this year it’s called “Black Thursday.” There was also the exploit against flash loan provider bZx. These things do break and when they do money gets taken.
As this sector gets more robust, we could see token holders greenlighting more ways for investors to profit from DeFi niches.
Right now, the deal is too good for certain funds to resist, so they are moving a lot of money into these protocols to liquidity mine all the new governance tokens they can. But the funds – entities that pool the resources of typically well-to-do crypto investors – are also hedging. Nexus Mutual, a DeFi insurance provider of sorts, told CoinDesk it has maxed out its available coverage on these liquidity applications. Opyn, the trustless derivatives maker, created a way to short COMP, just in case this game comes to naught.
And weird things have arisen. For example, there’s currently more DAI on Compound than have been minted in the world. This makes sense once unpacked but it still feels dicey to everyone.
That said, distributing governance tokens might make things a lot less risky for startups, at least with regard to the money cops.
“Protocols distributing their tokens to the public, meaning that there’s a new secondary listing for SAFT tokens, [gives] plausible deniability from any security accusation,” Zehavi wrote. (The Simple Agreement for Future Tokens was a legal structure favored by many token issuers during the ICO craze.)
Whether a cryptocurrency is adequately decentralized has been a key feature of ICO settlements with the U.S. Securities and Exchange Commission (SEC).
What’s next for yield farming? (A prediction)COMP turned out to be a bit of a surprise to the DeFi world, in technical ways and others. It has inspired a wave of new thinking.
“Other projects are working on similar things,” said Nexus Mutual founder Hugh Karp. In fact, informed sources tell CoinDesk brand-new projects will launch with these models.
We might soon see more prosaic yield farming applications. For example, forms of profit-sharing that reward certain kinds of behavior.
Imagine if COMP holders decided, for example, that the protocol needed more people to put money in and leave it there longer. The community could create a proposal that shaved off a little of each token’s yield and paid that portion out only to the tokens that were older than six months. It probably wouldn’t be much, but an investor with the right time horizon and risk profile might take it into consideration before making a withdrawal.
(There are precedents for this in traditional finance: A 10-year Treasury bond normally yields more than a one-month T-bill even though they’re both backed by the full faith and credit of Uncle Sam, a 12-month certificate of deposit pays higher interest than a checking account at the same bank, and so on.)
As this sector gets more robust, its architects will come up with ever more robust ways to optimize liquidity incentives in increasingly refined ways. We could see token holders greenlighting more ways for investors to profit from DeFi niches.
Questions abound for this nascent industry: What will MakerDAO do to restore its spot as the king of DeFi? Will Uniswap join the liquidity mining trend? Will anyone stick all these governance tokens into a decentralized autonomous organization (DAO)? Or would that be a yield farmers co-op?
Whatever happens, crypto’s yield farmers will keep moving fast. Some fresh fields may open and some may soon bear much less luscious fruit.
But that’s the nice thing about farming in DeFi: It is very easy to switch fields.
In this final edition, we will look over each point mentioned in the previous articles and explain how they contribute to the realization of the world’s most affordable overseas remittance.submitted by AtomOfficialSNS to AtomSolutions [link] [comments]
Realization of the world’s cheapest overseas remittance
① Multi-currency wallet
In the case of a digital money wallet that only accepts one type of currency, to conduct overseas remittance one would have to use another wallet or service, and that becomes a cost.
With Eternal Wallet, the system accepts and handles multiple currencies, and this is a key factor in how the world’s cheapest overseas remittance can be achieved.
Being able to bypass the banking infrastructure, and send between users via P2P has many merits. This is also another key factor in achieving the world’s cheapest overseas remittance.
③ The Transfer Token
With traditional overseas remittance methods such as banks and specialty merchants, there was always a limit when attempting to bring down costs. With Eternal Wallet, by integrating The Transfer Token (TTT) within the system, we have succeeded in a revolutionary cut of costs when remitting overseas.
④Deposits/withdrawals using fiat currency
Overseas remittance without the ability to send and receive by fiat currency, is highly inconvenient both in procedural and financial terms. In that vein, without dealing with fiat currencies, the world’s cheapest overseas remittance could not be achieved.
⑤The world’s largest amount received upon currency exchange
Among overseas remittance companies, there are a number of companies that offer zero commission fees. However, such companies usually enforce their original currency exchange rates, so in reality, when conducting overseas remittance the received amount becomes that much smaller.
With Eternal Wallet, we utilize the world’s greatest received amount for foreign currency exchange. The exchange rate is also one of the necessary parts to achieve the world’s cheapest overseas remittance.
Within the pool’s balance, the same amount of fiat currency is deposited. Also, for trading conducted through Eternal Wallet, leverage does not occur, so the fiat currency within the pool is not subject to price volatility, and safety is ensured. Without this pool function, a safe environment for overseas remittance could not be achieved.
⑦Fees when conducting overseas remittance
When users conduct currency exchange through Eternal Wallet, fees shall be incurred. These fees will become the origination for incentives for users to lend out their TTT. Lending is the base for smoothly operating the exchanges, so it can be said it is an important role in achieving the world’s cheapest overseas remittance.
⑧Lending of TTT
With TTT, other than the weekly distribution of fees accrued when the Wallet is used, there is a feature that by lending out to the pool, users can receive a part of the exchange fees. As stated before, this lending feature of TTT is also vital in achieving the world’s cheapest overseas remittance.
⑨Opportunities for arbitrage trading due to the difference in dividend rates
Due to the differences in dividend rates depending on the currency, there will be discrepancies in the price of TTT. This will lead to arbitrage trading opportunities, and with arbitrage trading, the market will lead to a suitable price. This is also another feature that is vital to achieving the world’s cheapest overseas remittance.
⑩Volatility・Equalization of dividend rates
By not fixing the dividend rates when lending, the pool balance for each currency will constantly be adjusted. Due to this, with Eternal Wallet it will become unnecessary to actually conduct overseas remittance, and the world’s cheapest overseas remittance becomes possible.
⑪Handling of fiat currency within the pool
By appropriately dividing and processing the fiat currency within the pool and when exchanging, we can avoid trouble or risks when users receive overseas remittance. Without this appropriate handling, the safety of the world’s cheapest overseas remittance could not be protected.
⑫Profits/losses made by the increase/decrease of fiat currency within the pool
By looking at only one fiat currency, the balance within the pool is subject to increase/decrease due to the currency exchange status. However, here at Atom Solutions, we have deposited the same amount/value of all fiat currencies as with the pool balances, and manage them as a total. If we were to add up the balance of all fiat currencies within the pools, the profit and losses margins will constantly be zero. To achieve the world’s cheapest overseas remittance, such as handling of the funds within the pool will become a necessity.
⑬ Deposits made using BTC
By enabling deposits via Bitcoin, users from all around the world can participate in the use of Eternal Wallet. This, as with the previous item, plays a large role in increasing the liquidity of TTT and Eternal Wallet.
⑭Improve accessibility by partnering with various nation’s digital money companies
Even if one were able to send cryptocurrency cross-border, there would be no meaning if it were not able to be received in fiat currency. Moreover, there are said to be around 1.7 billion people in the world without a bank account (World Bank, 2017).
To solve these problems, it is vital that we partner with the various companies of each nation.
The final exit for overseas remittance is when the user receives their cash in hand. No matter how cheaply overseas remittance can be made, if the commission fee upon receival is costly, the received amount will unquestionably decrease.
With E-counter, commission fees can be set up individually by the merchant. Therefore, the market principle of gaining more users by lowering the commission fees compared to rival E-counters comes into play. This eventually results in a lower cash-out cost. This E-counter function is also vital to achieving the world’s cheapest overseas remittance.
This concludes our description of our services, and what we aim to achieve with Eternal Wallet, TTT, and Atom Solutions. We hope that this article has been a good read for you, and it has encouraged you to try out our services upon opening. Our launch is imminent, and we look forward to your use and support of our product and services.
https://preview.redd.it/wuqdths9eaj51.jpg?width=2400&format=pjpg&auto=webp&s=72b078a3339091e0511c612b10ff6877037e0dfesubmitted by Blockchain_org to BlockchainStartups [link] [comments]
Cryptocurrencies need no introduction. In more than ten years, it has managed to become one of the most revolutionary changes in the work of digital transactions. However, when it comes to its applications, cryptocurrency has become a key attraction for many investors. When we talk about cryptocurrency, Bitcoin becomes a default choice. Although more than 5000 cryptocurrencies are floating in the market, Bitcoin remains the apple of the eye of many investors. So, here we are going to discuss what are the ten ways of making money with cryptocurrency or Bitcoin.
10 Ways To Make Money Using Cryptocurrency Trading :
1. HODLing- Buy and Hold Bitcoin- This is a simple rule of trading wherein the investor buys Bitcoin or cryptocurrency with an intent to hold it for a long time and then selling it in the future. It is a kind of long-term investment.
2. Bitcoin Arbitrage- In this, the investor buys Bitcoin at a low price from the cheapest exchange and then selling it at a higher price on another exchange. The difference in the price between the two platforms becomes the low-risk profit for the arbitrate trader.
3. Bitcoin futures trading- It allows the traders to assess the pricing of Bitcoin without actually owning the cryptocurrency. It works on betting long or short against the price of Bitcoin, or other cryptocurrencies.
4. Bitcoin solo mining- If you have a setup of a Bitcoin miner, then you can start as a solo-miner. You would need massive hash rates for this.
5. Bitcoin mining pools- It happens when different miners come together to increase the hashpower, it eventually helps in generating Blocks faster as the difficulty becomes more.
6. Bitcoin cloud mining- If you want to start mining in Bitcoin, then there is an option of hiring mining equipment in a remote location. The mining takes place remotely where it is affordable to mine.
7. Bitcoin network marketing- Different companies are offering bitcoin mining investment via structure where people get a commission on referral. These systems combine cryptocurrencies and network marketing.
8. Bitcoin affiliate programs- There are cryptocurrency companies that also give rewards in Bitcoin to the people who refer to a new customer. You can join any Bitcoin affiliate program and connect with other users on social media. For example, you can join the Bitcoin affiliate program, and then create YouTube videos about the product.
9. Bitcoin faucets- These are websites where you pay in Satoshis ( the smallest fraction of a bitcoin, 0.00000001 BTC)to complete a task like downloading the apps, completing the survey, or watching ads or videos.
10. Binary Trading with bitcoin- These have been there in the world of finance for a long time, and now it is moving in the world of cryptocurrencies. For example, you have two options to choose for Bitcoin price is $3000 now (at 10 AM), or you can invest in price, which is more than $3000 by 6 PM. Say the price of Bitcoin is higher than $3000 at 5 PM, then you can sell it at this time.
Conclusion- These are a few of the ways that help you make money and earn more with Bitcoin or cryptocurrency.
With the development of blockchain technology, obtaining data on the chain only is no longer satisfying and how to bridge the real world and the blockchain world has always been the direction of the technological breakthrough. Under this background, Oracle Machine came to our attention. In particular, with the popularity of the DeFi concept, the industry starts to witness a boom of the application of Oracle Machine in financial derivatives, trading platforms, gambling games, and prediction markets.submitted by ThemisOracle to u/ThemisOracle [link] [comments]
At present, Oracle Machine represented by Themis is developing fast with a good momentum, leading the trend of the development of Oracle Machine and continuing to consolidate the basic technical support for the DeFi revolution. Themis’ mining system has been launched in the market, which is refreshing and appealing (see https://themisoracle.com/#/credit for details on the Themis mining).
90% of MIS, the native token of Themis, will be used for mining output. The entire mining mechanism runs through a distributed oracle protocol, which sets up three roles: data provider, data validator, and arbitration node. Reward and punishment mechanisms are applied to ensure the smooth ecological operation.
How does Themis mining work? Is it a new way to become wealthy? What are the characteristics? To answer these questions, we need to analyse the distribution mechanism, mining mechanism, and token value of Themis.
With a fairer mining mechanism, small and medium-sized miners can enjoy better benefits
One of the core values of blockchain is fairness and justice, and allowing everyone in the network to play a role in the system without permission. However, Bitcoin mining is now monopolized by several mining machine vendors such as Bitmain, leaving little space for other miners to participate. If those old PoW public chains, such as Bitcoin, has formed the head effect in mining, what about those new projects? Let's take Cosmos as an example. Since Binance joined its validator node, it has instantly ranked top with the strong financial strength and user base of the top exchange, making the small and medium nodes hard to participate.
After comparison, we can find that the mining mechanism of MIS is very friendly to ordinary users. Assuming that there are 12 mining transactions in a block, the ranking according to the MIS pledged by each transaction would be as follow:
The pledge ranking is based on the jump ranking weighting algorithm rather than the weighted average of the user pledge amount, which can prevent MIS from being controlled by a small number of people, avoid monopoly, creating a win-win situation in the Themis community.
Compared with other mining projects, Themis has introduced a unique pledge ranking method in the mining design. Users in the best ranking area will get the most benefits, which is a good mechanism guarantee for attracting more users to participate in mining. At the same time, it can lead to the decentralization of data providers, ensuring the decentralization of the oracle system and the positive development of the community.
How can miners join in Themis mining? The answer is to become a part of the ecology by playing the role of either data provider, data validator, or arbitration node.
The data provider is mainly responsible for providing various types of data, and the data validator verifies and challenges the data offered by the data provider and provides new data. The arbitration node arbitrates the query raised by the data validator and come up with the final result.
Both the data providers and validators of Themis need to pledge MIS to obtain the qualifications, and the caller of external data also needs to pay MIS assets when accessing the data of Themis oracles. If the data has been verified as correct, data providers and validators will receive mining rewards, and the more they pledge, the more rewards they will receive.
In the mining design of Themis, miners can acquire MIS by providing verifiable random number or offering the price of in-chain assets. Whenever miners call mining contracts, the system will charge no service fee (excluding the service fee of ETH). In addition, if no mining transaction occurs within a certain period of time, the first newly-emerging block containing mining transactions will acquire all the MIS rewards. In this way, miners can be encouraged to continue mining and maintain the ecological stability of Themis.
The number of MIS mining for each mining transaction of miners is calculated as follows:
First, calculate the number of MIS mining rewards N contained in the block of the packaged mining transaction. If the height difference between the block and the previous block containing the mining transaction is y, then N = y * 20.
The MIS mining quantity of this mining transaction is M, then M=Xi/(📷)×N. Among them, X is the ranking of the MIS pledge amount in the block, and those who pledge the same amount of MIS have the same ranking.
Few official pre-mining, while 90% belongs to the community
Based on the official announcement, the distribution of MIS is:
The total amount of MIS is 1 billion, 10% is reserved for early project promotion, the remaining 90% are produced by mining, in which 75% are directly awarded to data providers, 10% to developers, and 5% as reward for arbitration nodes and ecological incentive. The production of mining will be progressively decreased and released with ETH. For some current popular VC-invested projects, institutional holdings hold more than half of blocks and unlock the block every month, which is a huge stress for ordinary pledge users. Many projects also went wrong because institutional investors do not abide by the rules. For MIS, because there is fewer official pre-mining, the selling pressure will be smaller, which is more in line with the value of the blockchain.
The release plan of developer and arbitration node and ecological incentive is as follows:
The release plan of data provider incentive is as follows:
The MIS awarded per block reduces by 10% in every 4 million blocks, and the reward per block at present is 20 MIS.
We can see that the allocation of MIS follows the following principles.
First of all, as MIS is the platform certificate of Themis, it is very reasonable to reserve 10% of MIS for early project promotion.
Secondly, 90% of MIS is produced through sustainable mining. This proportion can motivate contract users and miners to conduct contract mining, truly implementing the spirit of win-win community and token economy.
Finally, among the 90% of MIS, better incentive mechanisms have been adapted, mining reward ratios are subdivided, which can attract more investors to participate in mining.
Reasonable mining mechanism highlights the project value of Themis
Themis, as a public chain that provides a mechanism to solve the problems in Oracle Machine, has a unique charm in the value of MIS.
From the perspective of the number of tokens, the total amount of MIS is 1 billion, and the total mining pool is 900 million. 90% of the tokens are generated by mining, and the mining output gradually decreases its release with the Ethereum block, showing a great potential in its future added value. The earlier you participate in mining, the more profit you can gain.
From the perspective of Themis’s ecological design, Themis is committed to the original intention of building a price oracle. The data provider pays on-chain fees and pledges a certain amount of MIS, and determines the income obtained according to the scale of the pledge; the validator can make profit from challenging the data. Also, any smart contract developer or user need to pay the corresponding fee when calling Themis, and this part of the profit will be distributed to the data provider in proportion. Through this design, a logical closed loop is completed to ensure the healthy operation of the entire ecology and achieve the goal of mutual benefit. In Themis, all parties in the ecology can work together to grow more wealth.
In all, MIS has a huge potential for future development and arbitrage, and of course, a great profit potential as well.
Today, public chains like Themis are not just a technology platform, but also a symbol of future economic operation mode which connect between the blockchain and the real world. Themis, with a fair, justice and open network through mining, is building a strong token ecology, connecting external chain data and the systems, realising data interaction between blockchain and the real world, and more importantly, creating a new mode of token economy.
“Applications are cheap. A store of wealth is expensive.”Building applications is a solved problem.
“Applications will be built where wealth is stored.”What we’ll see is the best ideas from current generation of DeFi applications (elastic supply, governance, fair distribution mechanisms, auditability) built into layer 2 solutions of Bitcoin that itself sits on top of multiple trillions of dollars of global wealth.
“Using Ethereum as a store of value creates a perverse relationship with increasing contract fees that undermine its value as an application network.”As the price rises further, we will see the majority of use cases today become priced out, adding platform risk where users will now need to worry whether they will be able to get their assets back out in the event of Ethereum appreciation.
submitted by Smart_Smell to Robopay [link] [comments]
Yield Farming in DeFi — the Evolution outcome of the Crypto Industry
Yield Farming (income farming) is one of the key trends actively developing in DeFi. Thanks to this earnings strategy, the Compound project has recently taken off, ranking first in terms of the number of user funds blocked in the protocol.
The Yield Farming investment strategy, or income pharming, is to generate income from the placement of cryptocurrencies on various DeFi-platforms for crypto-lending. Before Yield Farming, the main trend in DeFi was conventional cryptocurrency deposits, bringing in 4–10% returns. However, Yield Farming can generate up to 100% annualized income.
Yield Farming is the main driver of the DeFi sectorThe number of cryptocurrencies locked in DeFi (Total Value Locked — TVL) is now $2.29 billion. At the same time, over the past month, the capitalization of funds in DeFi has more than doubled, largely due to the popularity of income pharming. At the same time, the top five DeFi protocols attracted $2.1 billion in crypto assets, or 91.7% of the total TVL volume.
• Compound — $690.8 million
• MakerDAO — $644.7 million
• Synthetix — $396 million
• Aave — $192.4 million
• Balancer — $178.2 million
And the total number of users of these projects was about 230,000.
The sharp rise in interest in Yield Farming is associated with one of the new protocols on the market — Compound. Users of this platform can provide loans or take out loans in nine different cryptocurrencies, for which they receive COMP project tokens. With these tokens, Compund users can make decisions about its future development. In other words, conditional “shares” of the Compound project are distributed to those who provide liquidity to the platform, as well as to those who take loans on it. This largely corresponds to the concept of SAFG (“a simple agreement on the possibility of obtaining the right to control in the future”) as a logical development of other principles of distribution of tokens — SAFE and SAFT.
COMP for BATIssued daily at 2880 COMP, which is equivalent to $518,688 at a token price of $180.1. Half goes to liquidity providers, half to borrowers. At the same time, distribution is carried out to each of nine markets (BAT, ETH, USDC, USDT, Dai, REP, 0x and Sai) — to everyone who borrows or takes loans from Compound, in proportion to the interest rate, as well as to their payments for interest or income. The higher the rates for a loan or loan, the more COMP tokens are paid.
At the same time, Compound is constantly updating its token distribution rules. So, according to the latest update from July 2, COMP payments begin to be made based not on interest rates, but on the dollar value of the funds in the transaction. This should eventually lead to more use of stablecoins. For them, borrowing rates can be less than 1%, which is ten times less than for the most volatile asset in DeFi — the BAT token.
It is worth noting that until recently, Compound users received the maximum number of COMP tokens for transactions with BAT. As a result, for the period from June 19 to July 2, the volume of transactions with this asset reached $931 million, which exceeded the total turnover of Ethereum and DAI for the same period. However, another change in the rules sharply increased the volumes of DAI and USDC.
Yield Farming: Borrowing Is Better Than LendingThe changes did not affect the main advantage of Compound — the COMP tokens received by users still cover the cost of borrowing in cryptocurrencies. In other words, Compound users find it more profitable to borrow than borrow (as noted, for example, with the Tether stablecoin). Payments of COMP tokens to borrowers look like a cryptocurrency cashback for participation in the platform — this can be viewed as if, for example, American Express bank shared a small share in the share capital with users for each transaction.
This Compound policy has led to a sharp increase in loans, as well as increased income for those providing liquidity, as they also receive COMP tokens for participating in the platform. Moreover, this cashback is a plus to the interest earned on borrowed cryptocurrencies. Moreover, since borrowers receive payments on loans, liquidity providers can use their own assets to borrow more funds. As a result, their income increases and they again provide liquidity to Compound.
Not only CompoundCompound was not the only one that played an important role in popularizing Yield Farming. So, Aave makes it possible to borrow cryptocurrencies at a fixed rate, and then place them in order to generate income. Aave’s fixed rate is usually higher than Compound’s variable, which means Aave gives more income to those who provide crypto loans. There are also liquidity pools, such as Uniswap, which offer large returns (sometimes at 100% annualized rate), but with higher risks.
While the price of СOMP shows a clear downward trend (research of the Delta Exchange platform claims that this token is five times overvalued), Compound is overgrown with competitors. So, on June 22, the COMP token cost $327.82 (on the day of listing on Coinbase Pro, June 23, at the moment the cost even rose to $427), and on July 12 it was already $180.1. The fall of СOMP is noticeable, but it is worth noting that at the beginning of its emission the token cost only $16. Moreover, about 80% of COMP tokens are distributed among the top 10 addresses in Compound, and the volume of tokens in free circulation is $686 million, which corresponds to a free-float indicator of 38%. It is not high, and this will contribute to the strong volatility of COMP.
Against the background of a decrease in the cost of COMP, the Balancer platform, which provides crypto lending services from a pool of various ERC20 tokens, began distributing 145,000 native BAL tokens to liquidity providers every week. These tokens, like COMP, provide the right to participate in the management of the platform. Of the maximum possible issue of BAL 100 million, 65% will go towards payments.
Risks of Yield FarmingDespite the popularity of Yield Farming among DeFi players, this trend is not without its pitfalls. For example, Ethereum co-founder Vitalik Buterin continues to criticize DeFi, stating that “interest rates that are significantly higher than you can get when working in the field of traditional finance are either an opportunity for temporary arbitrage or are obtained at the expense of not publicly disclosed risks.”
Indeed, when using Yield Farming, the following risks should be borne in mind:
• Cryptocurrencies can be stolen from the platform they are hosted on.
• The participant may borrow too much funds in relation to the crypto deposit placed by him (trading with high leverage), as a result of which the collateral may be lost.
• The collapse of cryptocurrency rates. This factor can be realized if, for example, it turns out that some stablecoins in reality do not have the declared 1:1 collateral.
• The Compound platform will no longer reward borrowers and lenders with COMP tokens. According to the statements of the project team, the program will operate over the next four years — during this time 42% of the total token emission will be distributed. However, the site has the right to change the rules.
• Systemic risk, within which even small changes in the core principles of Yield Farming can provoke a very strong transformation of this strategy and affect its popularity.
• Scam tokens. Due to the simple asset listing system on the Uniswap site, assets such as a copy of the Balancer token, fake coins of the Curve Finance project, the DYDX token, which can be confused with dYdX, and the Uniswap Community Token, which is not related to the platform itself, appeared on it. As a result, the site issued a warning about an increase in the number of fake ERC20 tokens.
Yield Farming gives hope for the growth of cryptocurrency quotesBut how does Yield Farming affect the crypto market in general? Over the last week of June and the first ten days of July, an additional 2,430 bitcoins were added to Compound, in addition to the 170 already available at that time. The Balancer platform during the same time saw an influx of bitcoins from 126 to 1787. In total, for the implementation of Yield Farming, DeFi protocols are now more than 12,000 BTC. Potentially, an increase in the inflow of bitcoins into this sector of the cryptocurrency market can play a positive role in relation to the dynamics of the growth of quotations of the first cryptocurrency. After all, the growing popularity of Yield Farming supports interest in BTC, which is especially important given that in July, the turnover of this cryptocurrency trade fell by 31% compared to June.
Since most of the DeFi projects are based on the Ethereum blockchain and use the assets of this ecosystem, ether can potentially get an incentive for strong growth. Although the example of XRP and the development of innovations from Ripple shows that such market success is not guaranteed. It is also symbolic that the total capitalization of ERC20 tokens has reached $33 billion, exceeding the total capitalization of ether ($26.6 billion). Messari analyst Ryan Watkins, commenting on this data, said that ether has shown a very modest growth over the past two months, only 20%.
The continued growth in interest in stablecoins and the increase in trading volume with them is also driven by their popularity at Yield Farming. Along with this, stablecoins, which have long become a “bridge” between the world of classical finance and the cryptosphere, also contribute to the rapid emergence of various CBDCs on the market.
Yield Farming meets institutional investorsYield Farming has become a natural stage in the evolution of the cryptocurrency ecosystem. However, its further destiny, like all DeFi areas, is directly related to ensuring reliable cybersecurity. This is also important from the point of view of investors who invest in infrastructure: it’s a shame, for example, that the dForce platform faced the theft of $24 million in assets, having received $1.5 million in funding from investors a few days earlier.
In this connection, venture funds from Silicon Valley are being invested in the development of infrastructure for Yield Farming. So, ParaFi is investing $4.5 million in Aave, supporting a platform that offers instant cryptocurrency loans without collateral. These are high-risk transactions for the borrower, but it is important that Aave develops further. So, it has service integration with Uniswap. Moreover, Aave became the first DeFi protocol to work with the Tether stablecoin. Plus, the platform now offers a new product — credit delegation, when a depositor can lend their assets to a specific member of the platform in a collateral-free scheme. Both parties enter into a loan agreement, which, thanks to the integration of Aave with OpenLaw, allows such a contract to be securely stored on the blockchain. In fact, this is a real exit for DeFi with Yield Farming to the classic financial market, to work with institutional investors as well.
There is also a trend towards the integration of various platforms into DeFi, which thereby help each other grow. Thus, internal tokens and “synthetic” tokens (cTokens) Compound began to be used in Uniswap. And three projects at once — Synthetix, Curve and Ren — launched a joint pool providing liquidity in the form of tokenized bitcoins.
Also in a short period of time, insurance products targeted at Yield Farming members, such as Nexus Mutual, began to appear on the market. Now the Nexus Mutual team has insured assets in the amount of $8.5 million. Curve Finance is most interested in this opportunity ($1.6 million of assets are insured). Cryptocurrencies for an average of $700,000 are also insured on the Balancer, Compound, Aave and 1inch.exchange platforms.
Yield Farming, along with decentralized insurance products, confirms the opinion of analyst Chris Burniske, who emphasized that DeFi recreates all the elements that are found in classic finance, but on a new, innovative basis. So it cannot be said that Yield Farming is a short-term trend. This segment of the cryptosphere will continue to evolve despite the decline in net margin in it, as seen in the example of Compound.
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