Tracking Other Traders’ Moves Can Save Your Crypto Portfolio

Cryptocurrency Derivatives Data (Open Interest, Funding rates, Liquidations and Cumulative Volume Delta) One of the great things about cryptocurrencies is their transparency regarding data you can access for free. While in legacy markets, you will pay large sums of money to get deeper insights, in crypto, plenty of free or cheap tools allow you to get an easy overview of what other market participants are doing. This article will examine popular indicators such as open interest, funding rates, liquidation data, and cumulative volume delta. On top of that, I will also share tools and websites you can use to access this data. Why should you pay attention to crypto derivatives data? Regarding different markets, you can trade forex, stocks, futures or crypto futures. From all your choices, crypto markets are the most retail-driven you can find. Buying Bitcoin, especially altcoins, is often fueled by retail FOMO and short-lived narratives. Seeing where small and large traders execute their positions in changes of Open Interest can give you a significant edge in using these levels for your trading. One of the many strategies you can use is to execute into large liquidations where other traders are forced to get out or participate in a squeeze based on funding rates. Cryptocurrency perpetual contracts Also known as “perps” or “perpetual swaps”, are the most popular trading instrument for leverage trading in crypto. Many people think that perpetual futures are a unique crypto concept, but this is not true. They were introduced in 1992 to enable trading derivatives for illiquid assets. They became popular in crypto in 2016 when Bitmex introduced them. So, what are perpetual futures? Perpetual futures are the same as Contracts for difference (CFDs). They do not expire. The regular futures, such as E-mini S&P500 futures, have a set expiration date of 3 months. Gold or Crude Oil futures expire monthly. Cryptocurrencies also have quarterly expiration contracts, but they definitely do not reach the popularity and liquidity of perpetual futures. They are mostly used in delta-neutral trading by larger players or to hold longer-term leveraged positions, thanks to their lack of exposure to funding rates. Perpetual futures are much more popular and fall into two categories: linear and inverse futures. Inverse futures Inverse futures are settled in the coin you are trading, but quoted in the quoted currency. For any inverse futures contract you trade, the first currency will be your base currency, and the second will be the quote currency. So, for example, trading an inverse contract of LINK/USD means that the chart itself is quoted in US dollars, but you will use Link as your collateral. Trading inverse contracts can be tricky since you have constant exposure to the underlying coin, but if you are, for example, bullish on a long-term and want to grow your coin holding, the inverse contract can be great for it. Also, if you think the underlying coin will go down, you can open x1 short position to hedge your holdings. If you, for example, go x1 short on an inverse BTCUSD contract at $20,000 with 1 BTC in your account and the price falls to $19,000, you made $1,000 on your short trade even though you technically lost $1,000 value from your BTC holding. Inverse contracts used to be much more popular during the Bitmex and early Bybit days, but with the rise of the popularity of (infamous) FTX and Binance in 2020, most of the volume moved into Linear contracts. Linear futures The most volume occurs in linear futures. Their simplicity makes them the most popular instrument to trade. They are both settled and quoted in quote currency, and exchanges use stablecoins, with Tether being the most popular as their quote currencies. So, if you have $100,000 USDT in your account, you will open a 1x long position on BTCUSDT at $20,000. You will provide a $20,000 margin; any profit or losses will reflect your USDT holdings. If you close your position at $21,000 for BTC, you will earn 1000 USDT; if you close your position at $19,000, you will lose 1000 USDT. Remember that volume and open interest for any linear contract will be denominated in coins, as you are going a certain amount of long or short, but most exchanges will convert this to USDT. Besides linear and inverse, there are also Quanto contracts, but they are pretty confusing, and no one really trades them, so we will act like they don’t exist. Open Interest Open interest measures the number of outstanding contracts for a given market. In other words, it measures the positions people still have open that have not yet been closed. The calculation for open interest is as follows: Open Interest = (Net Open Long Positions + Net Open Short Positions)/ 2 People often say there are “more buyers” or “more sellers” in a given market, but this is untrue. Regarding open interest, you need to understand that for every buyer, there has to be a seller and vice versa. To understand this, let’s say that we have three traders who meet in a new market with 0 open interest and a price of $100. Trader A thinks this market will rise, and Trader B believes this market will fall. Trader A places a limit buy order at $100 to buy, and Trader B decides to match the bid and open the short position. Open interest for this market now changes to 1 as one long and one short position are currently opened simultaneously. The market rises to $150, and Trader C also decides to get long. At $150, Trader A decides that $50 profit is enough for him and places a sell order for his one contract. Trader C matches this order and is now a long one contract. Did the open interest change? No. We had one long exit (remember you go short when you sell the opened position) and one long entrance. The market rose more; at $200, Trader B decided he had enough and wanted out. Trader B placed a limit buy order at $200, and Trader C decided to match him to realize a $50 profit. In this case, both Trader B and Trader C exited their position, and because of that, Open interest decreased back to 0. In this case, we can see that there are three possible outcomes regarding open interest. If both the buy and sell sides increase, the open interest rises. If both the buy and sell sides are closing their positions, open interest will decline. If one side opens a new position while the other side is closing their position, open interest remains flat. So why do underlying asset prices change when every buyer has to be a seller (and vice versa?) One reason you can trade most markets very easily is that there are always market participants who are delta-neutral. These are called market makers. No, they are not some evil entity manipulating prices. They make markets by providing liquidity. Every market you trade will have a spread. BTC has a $0.5 spread, for example, and market makers make money by collecting this spread from aggressive traders who cross bid and ask. The image above shows the ideal scenario for market makers. They quote both bid and offer and collect spread. The image above also represents the perfect scenario, which is not often the case as markets constantly react to new information. When this happens, and traders want to get exposure to the downside, for example, prices will fall with increasing open interest, which means that market makers (and other delta-neutral traders) have inventory that they need to unload because they want to stay neutral. If traders want to be short on falling prices, they directional short position into the delta-neutral long position, meaning the market is directionally short. This is how open interest will look in real market conditions. When prices go up or down with increasing open interest, it means new demand or supply is entering the market. If markets are going up or down with decreasing open interest, it means the traders are closing their positions. Especially in crypto, you will see explosive moves with a large decrease in open interest. These are known as liquidation cascades, and I will cover them later. You can have a look at this APT chart during the uptrend, which shows that the market was constantly rising on new demand (directional longs) stepping in. When the OI decreases significantly on the left side of the chart, the price moves barely in comparison. It is because someone was willing to provide liquidity at the bottom of the range and absorb the covering of positions. The areas of significant OI changes will often act as pivots for price. The sharp declines in OI from the chart above are coming from liquidations. As with other indicators, it is worth watching for anomalies. Use common sense when you see a significant decrease or increase in Open Interest and look at how the price behaves based on that. As you can see, a significant rise in open interest as the price barely moves up tells us that many directional longs have stepped in. If that’s the case, price should be trading much higher. This is because someone on the opposite side filled the passive sells into rising prices. This could happen on the same exchange or spot market. Liquidations Perpetual swaps are traded on leverage. You do not need $20,000 in your account to long one Bitcoin futures contract priced at $20,000. The exchange will provide you with leverage of your choice that, for most exchanges, ranges from 1-100x. Let’s say that you have only $2,000 in your account, so if you want to long 1 BTC, you must use 10x leverage. The exchange will provide the rest. The $2,000 margin will be used to open a 1 BTC long position. If Bitcoin falls to $18,200, you are down $1,800, and because exchanges don’t want to lose their own money, you will receive a margin call. A margin call means that the exchange will tell you to deposit more money to the exchange; otherwise, they will close your position for you if it reaches the $2,000 loss. You will get liquidated if you don’t deposit anything and BTC falls to $18,000. As you can see from this position, the market is currently trading at $314, and I have a long position open. Based on the leverage used and the overall balance in the account, the platform calculated that the whole account would be liquidated at $114. In crypto, many retail traders are trying to make it quick and using large leverage to increase their position sizes. Keep in mind that, for example, if I used 10x leverage, the market had to move 10% against us to liquidate; if you use 100x leverage, you will get liquidated on 1% price movement, which, as we all know, is nothing unusual in crypto. As you can see from this example, the market has been slowly rising, and open interest has also been rising. On the flush down, we suddenly had a significant decrease in the open interest. This happened because people were not only going long, but they were going long mostly on high leverage, which means even a slight price decrease would cause their liquidation. The platform automatically executes a market order to take you out of the position when you get liquidated. If many liquidations happen at once, the number of liquidations can exceed the current liquidity of the given market, causing a large move. Let’s say, for this example, Bitcoin is trading at $22,902, and a large decrease in price would cause 1000 BTC to be liquidated very close to each other. This can happen during the news release or when a new supply occurs. You can see that to match those 1000 BTC from the bid side. We would immediately jump down approximately $100 to around $22,800. This would happen within seconds, and if prices continued going down and more liquidations would cascade, prices would drop very fast, very quickly. Liquidations can act as good indicators to see the market sentiment. In ranging markets, you can use liquidations as your mean-reversion tool. Suppose markets are in an uptrend (or downtrend), and you want to participate in the trade. In that case, you can wait for llate/overleveraged traders to get liquidated and provide liquidity for forced sellers. Cumulative Volume Delta Cumulative volume delta (CVD) plots a running indicator showing a total of finalized executions at the bid and ask. In other words, the market orders. When I first learned about CVD, it was in regard to day trading, where CVD is mostly used for spotting divergences. If you use CVD to try to understand the bigger picture, this can get a little complicated. As you can see, the price went up, and open interest went up, but the CVD went down. If you don’t understand how the market could move higher when there were more market sell orders, you remember that for every buyer, there has to be a seller and vice versa. Because of that, the market moved higher on aggressive selling into passive bid. Furthermore, limit orders are usually used by large players. Therefore, this scenario is quite bullish. You also need to know that we have spot and derivatives markets in crypto, with spot often playing a bigger role (more prominent players using spot markets instead of futures). So, watching the relationship between spot and perp CVD can give you the most insight. As you can see, as the CVD for perpetual futures went down, the spot market was bullish, creating demand for the market. Remember that when spot CVD is going down, no new shorts are entering the market as you can’t open a short position on the spot market; you can either go long (CVD goes up), or close your long (CVD goes down). For short-term trading, you can use CVD divergences between price and CVD to spot possible reversals. Funding Rates The funding rate is a unique crypto mechanism that incentivizes traders to open long and short positions to ensure that the value of the underlying perpetual swap remains close to the spot market price. If funding is positive, it means that the perpetual swap is trading above the spot price, and if funding is negative, it means that the perpetual swap is trading below the spot price. If funding is positive, longs pay a fee to shorts. If funding is negative, shorts pay a fee to longs. This payment happens every 8 hours on most exchanges. Most people think that if funding is very high or low, it is immediately bearish or bullish because everyone is long or short, and people tend to be wrong so that the market will revert. This is not true, and high funding can be seen as a cost of doing business. In other words, if I think the market will rise significantly, I won’t mind paying funding every 8 hours, which keeps me in position. As you can see, funding remained positive during the recent Bitcoin rally. We can consider funding a counter-trend indicator only if it is extremely high or low and sustains for a longer period. It is best to pair funding with other indicators, such as Open interest or Liquidations. Funding can also be useful during sideways consolidations to determine which side is more aggressive and how it is rewarded for its effort. Because of that, it is better to use the Predicted Funding Rate indicator, which automatically calculates predicted funding rates based on current price action. Tools to use With Tradingview being the most popular platform, it has limitations regarding these more advanced indicators. Tradingview offers an Open Interest indicator for Binance perpetual futures contracts. Although Binance is the most popular exchange regarding volume, you still might miss some details from other venues. For more advanced analysis, you can use Velo. It is a free platform that uses Tradingview UI but adds its proprietary indicators that plot aggregated Open Interest, Liquidations, CVD, and Funding rates. This means you can use indicators automatically, collecting data from all places where a specific coin is traded. Trade Example – ENS Orderflow In this example, you can see a typical “retail FOMO”. ENS broke above previous resistance on the significant increase in open interest and jump on predicted funding. Although spot CVD (white line) rose as well, the market started to stall almost immediately. This tells us that someone on the opposite side used those buy market orders to fill their passive offers. This can give you a great opportunity to go short betting on longs to puke their positions. As ENS was in more of an uptrend lately, going long might make a little more sense. One of the good things to always pay attention to is to enter the trades when others are forced to exit. Because of that, buying after the OI rises with everyone else doesn’t make sense. What is a much smarter approach is to wait for Open interest flushed paired with liquidations and a slight decline of funding (perps are trading closer to spot price). As you buy into liquidations, you are providing liquidity for those forced to exit, i.e. buying when others have to sell. Trade Example – Waves Orderflow Like ENS, Waves had a strong push to the upside, but the orderflow dynamic of this move is completely different. This move was mostly spot-driven, and perps only stepped in at the top with heavy shorting. I hate the buzzword “hated rally”, but if you could put it on the chart, this would be it. Market retracing toward the previous S/R level on rising open interest, CVD going down, and funding declining tell us that Perps are trying way too hard to move this market down. Once the market reaches the S/R level, spot CVD returns to bid, making this an even better opportunity to go long. Trade Example – GMT Orderflow Crypto is highly correlated; when coins go up, they usually go all up together and vice versa. But there are nuances. Some coins go up more than others. This is because of three things: Available liquidity in a given market – Thinner (less liquid) markets will go up and down much more because it takes less effort to move them The narrative – fundamental based event surrounding any given coin Orderflow If we are going to have a look at GMT here, you can notice that from the end of December towards the New Year, a large amount of shorts stepped in. What is interesting to see here is that this move is highly perp driven as spot CVD remains flat with perps OI highly increasing with large negative funding. As the whole crypto market turned bullish, this would make a GMT perfect bet for the long side as you are not only playing the strength of the overall market but also picking up the coin that was heavily shorted before the move up, meaning the short liquidations will likely drive it much higher. This was definitely one of the contributing factors to the fact that GMT was one of the best performers of the recent rally. Conclusion This covers the basics of cryptocurrency derivatives that I think everyone who decides to trade these should know. Do not be that guy who goes, “Oooooh, funding negative; I’m all in long.” without looking at anything else. Use all the tools together to create a bigger context. Ideally, you should implement them with some simple technical analysis or fundamental reasoning. Cryptocurrency Derivatives Data (Open Interest, Funding rates, Liquidations and Cumulative Volume Delta) One of the great things about cryptocurrencies is their transparency regarding data you can access for free. While in legacy markets, you will pay large sums of money to get deeper insights, in crypto, plenty of free or cheap tools allow you to get an easy overview of what other market participants are doing. This article will examine popular indicators such as open interest, funding rates, liquidation data, and cumulative volume delta. On top of that, I will also share tools and websites you can use to access this data. Why should you pay attention to crypto derivatives data? Regarding different markets, you can trade forex, stocks, futures or crypto futures. From all your choices, crypto markets are the most retail-driven you can find. Buying Bitcoin, especially altcoins, is often fueled by retail FOMO and short-lived narratives. Seeing where small and large traders execute their positions in changes of Open Interest can give you a significant edge in using these levels for your trading. One of the many strategies you can use is to execute into large liquidations where other traders are forced to get out or participate in a squeeze based on funding rates. Cryptocurrency perpetual contracts Also known as “perps” or “perpetual swaps”, are the most popular trading instrument for leverage trading in crypto. Many people think that perpetual futures are a unique crypto concept, but this is not true. They were introduced in 1992 to enable trading derivatives for illiquid assets. They became popular in crypto in 2016 when Bitmex introduced them. So, what are perpetual futures? So, what are perpetual futures? Perpetual futures are the same as Contracts for difference (CFDs). They do not expire. The regular futures, such as E-mini S&P500 futures, have a set expiration date of 3 months. Gold or Crude Oil futures expire monthly. Cryptocurrencies also have quarterly expiration contracts, but they definitely do not reach the popularity and liquidity of perpetual futures. They are mostly used in delta-neutral trading by larger players or to hold longer-term leveraged positions, thanks to their lack of exposure to funding rates. Perpetual futures are much more popular and fall into two categories: linear and inverse futures. linear and inverse futures. Inverse futures Inverse futures are settled in the coin you are trading, but quoted in the quoted currency. For any inverse futures contract you trade, the first currency will be your base currency, and the second will be the quote currency. So, for example, trading an inverse contract of LINK/USD means that the chart itself is quoted in US dollars, but you will use Link as your collateral. Trading inverse contracts can be tricky since you have constant exposure to the underlying coin, but if you are, for example, bullish on a long-term and want to grow your coin holding, the inverse contract can be great for it. Also, if you think the underlying coin will go down, you can open x1 short position to hedge your holdings. If you, for example, go x1 short on an inverse BTCUSD contract at $20,000 with 1 BTC in your account and the price falls to $19,000, you made $1,000 on your short trade even though you technically lost $1,000 value from your BTC holding. Inverse contracts used to be much more popular during the Bitmex and early Bybit days, but with the rise of the popularity of (infamous) FTX and Binance in 2020, most of the volume moved into Linear contracts. Linear futures The most volume occurs in linear futures. Their simplicity makes them the most popular instrument to trade. They are both settled and quoted in quote currency, and exchanges use stablecoins, with Tether being the most popular as their quote currencies. So, if you have $100,000 USDT in your account, you will open a 1x long position on BTCUSDT at $20,000. You will provide a $20,000 margin; any profit or losses will reflect your USDT holdings. If you close your position at $21,000 for BTC, you will earn 1000 USDT; if you close your position at $19,000, you will lose 1000 USDT. Remember that volume and open interest for any linear contract will be denominated in coins, as you are going a certain amount of long or short, but most exchanges will convert this to USDT. Besides linear and inverse, there are also Quanto contracts, but they are pretty confusing, and no one really trades them, so we will act like they don’t exist. Open Interest Open interest measures the number of outstanding contracts for a given market. In other words, it measures the positions people still have open that have not yet been closed. The calculation for open interest is as follows: Open Interest = (Net Open Long Positions + Net Open Short Positions)/ 2 Open Interest = (Net Open Long Positions + Net Open Short Positions)/ 2 Open Interest = (Net Open Long Positions + Net Open Short Positions)/ 2 People often say there are “more buyers” or “more sellers” in a given market, but this is untrue. Regarding open interest, you need to understand that for every buyer, there has to be a seller and vice versa. every buyer, there has to be a seller and vice versa. To understand this, let’s say that we have three traders who meet in a new market with 0 open interest and a price of $100. Trader A thinks this market will rise, and Trader B believes this market will fall. Trader A places a limit buy order at $100 to buy, and Trader B decides to match the bid and open the short position. Open interest for this market now changes to 1 as one long and one short position are currently opened simultaneously. The market rises to $150, and Trader C also decides to get long. At $150, Trader A decides that $50 profit is enough for him and places a sell order for his one contract. Trader C matches this order and is now a long one contract. Did the open interest change? No. We had one long exit (remember you go short when you sell the opened position) and one long entrance. The market rose more; at $200, Trader B decided he had enough and wanted out. Trader B placed a limit buy order at $200, and Trader C decided to match him to realize a $50 profit. In this case, both Trader B and Trader C exited their position, and because of that, Open interest decreased back to 0. In this case, we can see that there are three possible outcomes regarding open interest. If both the buy and sell sides increase, the open interest rises. If both the buy and sell sides are closing their positions, open interest will decline. If one side opens a new position while the other side is closing their position, open interest remains flat. If both the buy and sell sides increase, the open interest rises. If both the buy and sell sides increase, the open interest rises. If both the buy and sell sides are closing their positions, open interest will decline. If both the buy and sell sides are closing their positions, open interest will decline. If one side opens a new position while the other side is closing their position, open interest remains flat. If one side opens a new position while the other side is closing their position, open interest remains flat. So why do underlying asset prices change when every buyer has to be a seller (and vice versa?) So why do underlying asset prices change when every buyer has to be a seller (and vice versa?) One reason you can trade most markets very easily is that there are always market participants who are delta-neutral. These are called market makers . market makers No, they are not some evil entity manipulating prices. They make markets by providing liquidity. Every market you trade will have a spread. BTC has a $0.5 spread, for example, and market makers make money by collecting this spread from aggressive traders who cross bid and ask. The image above shows the ideal scenario for market makers. They quote both bid and offer and collect spread. The image above also represents the perfect scenario, which is not often the case as markets constantly react to new information. When this happens, and traders want to get exposure to the downside, for example, prices will fall with increasing open interest, which means that market makers (and other delta-neutral traders) have inventory that they need to unload because they want to stay neutral. If traders want to be short on falling prices, they directional short position into the delta-neutral long position, meaning the market is directionally short. This is how open interest will look in real market conditions. When prices go up or down with increasing open interest, it means new demand or supply is entering the market. If markets are going up or down with decreasing open interest, it means the traders are closing their positions. Especially in crypto, you will see explosive moves with a large decrease in open interest. These are known as liquidation cascades, and I will cover them later. You can have a look at this APT chart during the uptrend, which shows that the market was constantly rising on new demand (directional longs) stepping in. When the OI decreases significantly on the left side of the chart, the price moves barely in comparison. It is because someone was willing to provide liquidity at the bottom of the range and absorb the covering of positions. The areas of significant OI changes will often act as pivots for price. The sharp declines in OI from the chart above are coming from liquidations. As with other indicators, it is worth watching for anomalies. Use common sense when you see a significant decrease or increase in Open Interest and look at how the price behaves based on that. As you can see, a significant rise in open interest as the price barely moves up tells us that many directional longs have stepped in. If that’s the case, price should be trading much higher. This is because someone on the opposite side filled the passive sells into rising prices. This could happen on the same exchange or spot market. Liquidations Perpetual swaps are traded on leverage. You do not need $20,000 in your account to long one Bitcoin futures contract priced at $20,000. The exchange will provide you with leverage of your choice that, for most exchanges, ranges from 1-100x. Let’s say that you have only $2,000 in your account, so if you want to long 1 BTC, you must use 10x leverage. The exchange will provide the rest. The $2,000 margin will be used to open a 1 BTC long position. If Bitcoin falls to $18,200, you are down $1,800, and because exchanges don’t want to lose their own money, you will receive a margin call. A margin call means that the exchange will tell you to deposit more money to the exchange; otherwise, they will close your position for you if it reaches the $2,000 loss. You will get liquidated if you don’t deposit anything and BTC falls to $18,000. As you can see from this position, the market is currently trading at $314, and I have a long position open. Based on the leverage used and the overall balance in the account, the platform calculated that the whole account would be liquidated at $114. In crypto, many retail traders are trying to make it quick and using large leverage to increase their position sizes. Keep in mind that, for example, if I used 10x leverage, the market had to move 10% against us to liquidate; if you use 100x leverage, you will get liquidated on 1% price movement, which, as we all know, is nothing unusual in crypto. As you can see from this example, the market has been slowly rising, and open interest has also been rising. On the flush down, we suddenly had a significant decrease in the open interest. This happened because people were not only going long, but they were going long mostly on high leverage, which means even a slight price decrease would cause their liquidation. The platform automatically executes a market order to take you out of the position when you get liquidated. If many liquidations happen at once, the number of liquidations can exceed the current liquidity of the given market, causing a large move. Let’s say, for this example, Bitcoin is trading at $22,902, and a large decrease in price would cause 1000 BTC to be liquidated very close to each other. This can happen during the news release or when a new supply occurs. You can see that to match those 1000 BTC from the bid side. We would immediately jump down approximately $100 to around $22,800. This would happen within seconds, and if prices continued going down and more liquidations would cascade, prices would drop very fast, very quickly. Liquidations can act as good indicators to see the market sentiment. In ranging markets, you can use liquidations as your mean-reversion tool. Suppose markets are in an uptrend (or downtrend), and you want to participate in the trade. In that case, you can wait for llate/overleveraged traders to get liquidated and provide liquidity for forced sellers. Cumulative Volume Delta Cumulative volume delta (CVD) plots a running indicator showing a total of finalized executions at the bid and ask. In other words, the market orders. When I first learned about CVD, it was in regard to day trading, where CVD is mostly used for spotting divergences. If you use CVD to try to understand the bigger picture, this can get a little complicated. As you can see, the price went up, and open interest went up, but the CVD went down. If you don’t understand how the market could move higher when there were more market sell orders, you remember that for every buyer, there has to be a seller and vice versa. Because of that, the market moved higher on aggressive selling into passive bid. Furthermore, limit orders are usually used by large players. Therefore, this scenario is quite bullish. You also need to know that we have spot and derivatives markets in crypto, with spot often playing a bigger role (more prominent players using spot markets instead of futures). So, watching the relationship between spot and perp CVD can give you the most insight. As you can see, as the CVD for perpetual futures went down, the spot market was bullish, creating demand for the market. Remember that when spot CVD is going down, no new shorts are entering the market as you can’t open a short position on the spot market; you can either go long (CVD goes up), or close your long (CVD goes down). For short-term trading, you can use CVD divergences between price and CVD to spot possible reversals. Funding Rates The funding rate is a unique crypto mechanism that incentivizes traders to open long and short positions to ensure that the value of the underlying perpetual swap remains close to the spot market price. If funding is positive, it means that the perpetual swap is trading above the spot price, and if funding is negative, it means that the perpetual swap is trading below the spot price. If funding is positive, longs pay a fee to shorts. If funding is negative, shorts pay a fee to longs. If funding is positive, longs pay a fee to shorts. If funding is positive, longs pay a fee to shorts. If funding is negative, shorts pay a fee to longs. If funding is negative, shorts pay a fee to longs. This payment happens every 8 hours on most exchanges. Most people think that if funding is very high or low, it is immediately bearish or bullish because everyone is long or short, and people tend to be wrong so that the market will revert. This is not true, and high funding can be seen as a cost of doing business. In other words, if I think the market will rise significantly, I won’t mind paying funding every 8 hours, which keeps me in position. As you can see, funding remained positive during the recent Bitcoin rally. We can consider funding a counter-trend indicator only if it is extremely high or low and sustains for a longer period. It is best to pair funding with other indicators, such as Open interest or Liquidations. Funding can also be useful during sideways consolidations to determine which side is more aggressive and how it is rewarded for its effort. Because of that, it is better to use the Predicted Funding Rate indicator, which automatically calculates predicted funding rates based on current price action. the Predicted Funding Rate Tools to use With Tradingview being the most popular platform, it has limitations regarding these more advanced indicators. Tradingview Tradingview offers an Open Interest indicator for Binance perpetual futures contracts. Although Binance is the most popular exchange regarding volume, you still might miss some details from other venues. For more advanced analysis, you can use Velo. Velo. It is a free platform that uses Tradingview UI but adds its proprietary indicators that plot aggregated Open Interest, Liquidations, CVD, and Funding rates. This means you can use indicators automatically, collecting data from all places where a specific coin is traded. Trade Example – ENS Orderflow In this example, you can see a typical “retail FOMO”. ENS broke above previous resistance on the significant increase in open interest and jump on predicted funding. Although spot CVD (white line) rose as well, the market started to stall almost immediately. This tells us that someone on the opposite side used those buy market orders to fill their passive offers. This can give you a great opportunity to go short betting on longs to puke their positions. As ENS was in more of an uptrend lately, going long might make a little more sense. One of the good things to always pay attention to is to enter the trades when others are forced to exit. Because of that, buying after the OI rises with everyone else doesn’t make sense. What is a much smarter approach is to wait for Open interest flushed paired with liquidations and a slight decline of funding (perps are trading closer to spot price). As you buy into liquidations, you are providing liquidity for those forced to exit, i.e. buying when others have to sell. Trade Example – Waves Orderflow Like ENS, Waves had a strong push to the upside, but the orderflow dynamic of this move is completely different. This move was mostly spot-driven, and perps only stepped in at the top with heavy shorting. I hate the buzzword “hated rally”, but if you could put it on the chart, this would be it. Market retracing toward the previous S/R level on rising open interest, CVD going down, and funding declining tell us that Perps are trying way too hard to move this market down. Once the market reaches the S/R level, spot CVD returns to bid, making this an even better opportunity to go long. Trade Example – GMT Orderflow Crypto is highly correlated; when coins go up, they usually go all up together and vice versa. But there are nuances. Some coins go up more than others. This is because of three things: Available liquidity in a given market – Thinner (less liquid) markets will go up and down much more because it takes less effort to move them The narrative – fundamental based event surrounding any given coin Orderflow Available liquidity in a given market – Thinner (less liquid) markets will go up and down much more because it takes less effort to move them The narrative – fundamental based event surrounding any given coin Orderflow If we are going to have a look at GMT here, you can notice that from the end of December towards the New Year, a large amount of shorts stepped in. What is interesting to see here is that this move is highly perp driven as spot CVD remains flat with perps OI highly increasing with large negative funding. As the whole crypto market turned bullish, this would make a GMT perfect bet for the long side as you are not only playing the strength of the overall market but also picking up the coin that was heavily shorted before the move up, meaning the short liquidations will likely drive it much higher. This was definitely one of the contributing factors to the fact that GMT was one of the best performers of the recent rally. Conclusion This covers the basics of cryptocurrency derivatives that I think everyone who decides to trade these should know. Do not be that guy who goes, “Oooooh, funding negative; I’m all in long.” without looking at anything else. Use all the tools together to create a bigger context. Ideally, you should implement them with some simple technical analysis or fundamental reasoning.