🪶 Mímir's Well · The Masternode Report PUBLIC

0. The central finding replicates on independent data. The yield/death relationship below was measured on two separate sources that share no data pipeline. They agree, and the smaller, cleaner one agrees more strongly. That is the difference between a pattern and a coincidence.

1. Advertised yield predicts death, not income. Across the census, the correlation between a coin's advertised masternode yield and its live node count is strongly negative. The highest-yielding masternode coins in existence run a few hundred nodes between all of them; the lowest-yielding run tens of thousands.

2. No single tracker sees the whole category. Merging the three that curate it gives 66 other masternode coins besides this one; none of the three lists more than 43 by itself. A third, looser index counts 145 by including staking chains that are not masternode coins at all. And when we checked those trackers against a live price feed, they disagreed with it and each other — one had Bitcoin roughly 10% out and a live coin wrong by more than 7×.

3. Nobody is launching new ones. The specialist tracker's "new coins" list is empty. The category is consolidating around a healthy leader while its tail dies of illiquidity.

4. This chain is mid-table and its own yield sits at the wrong end. We publish our position below including the parts that do not flatter us, because a report that exempts its author is marketing.

We build the chain and run some of the pools. We are not going to sell you anything on this page, so here is the unvarnished version, and then you can do the arithmetic yourself.

Your share looks big because the network is small. RATR's total hashrate is measured in kH/s, not MH/s. A single desktop CPU can be a visible percentage of it. That is genuinely why the per-day numbers below look the way they do — and it is exactly why they will shrink as more people arrive. Every miner who joins dilutes every other miner, including you, proportionally. Run this calculator again in three months and expect a smaller number.

The market is thin, and thin cuts both ways. RATR is not on a centralised exchange. Price discovery happens on small decentralised pools of liquidity via the wrapped token, and they are shallow enough that a modest sell moves the quote. So the dollar column below is a mark, not a bid you can hit for size. If your plan is to mine and cash out daily at the displayed price, the displayed price is not what you will get.

What the coin is actually for. 7,500 RATR locks a masternode, which earns from the 30% of every block reserved for masternodes and carries one vote in how the chain is governed. That is the design: a CPU you already own converts electricity into collateral, and the collateral converts into income and a say. On a thin market the accumulation is the point — the daily dollar figure is mostly a way of checking that your power bill is covered while you stack.

Mining and selling is fine too. Miners who sell are not freeloaders — they are the distribution and the price discovery that make a coin real. Both kinds of participant are welcome and the chain needs both. Nobody here gets paid to recruit you, and there is no bonus for converting.

Point your rig wherever you like. Ours are listed below because they exist, not because you owe them anything — solo mining and other operators' pools are equally valid. A chain where one operator holds most of the hashrate is a weaker chain. We would rather be a minority of it.

CPU mining is barely profitable anywhere. On that reference box, the single best-paying established CPU coin clears about four cents a day. Monero clears about four cents. Most of the rest lose money outright — several of them lose forty cents a day, every day, forever. That is the actual state of CPU mining, and it is why most people's second CPU is switched off.

Set the reference rig and read where your RATR row lands. We are not going to be coy about it: at the moment it sorts to the top, and not by a little. We are also not going to let you believe that is because RATR is cleverer than Monero. It is because the network is small. Total RATR hashrate is shown live at the top of this page — compare it to what a single desktop does. Your slice is large because there is hardly anyone here.

So here is the knife, and you should hold it before you buy anything. That advantage is arithmetic, and the arithmetic runs both ways: if the network doubles, your row halves. It is not a moat, a promise, or a discovery — it is a temporary condition of being early, and the entire point of a calculator like this is to recruit the hashrate that erodes it. Any coin that shows you a big number while quietly hiding how fast it decays deserves to be ignored, so: check the network hashrate on the explorer before you commit, and check it again in a month. If it has climbed, come back and rerun this page. The number will be smaller. That is the design working, not a bait and switch.

Now look at the last column, because it is the one that keeps the rest honest. That is what the entire network mints in a day, valued at spot — every coin, to every miner, everywhere. Monero mints comfortably into six figures a day. RATR mints a double-digit number of dollars. Your slice of it is large, but it is a slice of something very small, and no amount of hashrate on your end changes the size of the pie. If you were planning to scale this into an income, that column is the ceiling you will hit, and you will hit it quickly.

Read it next to the traded-volume figure beside it. When a network mints more value per day than its market actually trades, its miners cannot sell what they mine without pushing the price down themselves — you can see two coins on that board in exactly that position, and it is not a happy place to be. RATR is in that category too, and we are not going to pretend otherwise: emission is small, but tradeable volume is smaller. That single fact is the honest argument against treating this as a mine-and-cash-out play, and we would rather you heard it from us than discovered it on your first serious sell.

And the difference that isn't a number. Every coin on that list pays you in something you are expected to sell. RATR pays you in something that locks: 7,500 of them is a masternode, earning from the 30% masternode share of every block and carrying a vote in how the chain is run. That is the real case for pointing a CPU here — not that today's dollar figure is high, but that even after it falls, a machine which merely covers its own power bill still compounds into collateral and a say. If you would rather have the cents somewhere established, mine one of the other ten. That table is right there and we are not hiding it.

The first job of a fair-launch coin is to get itself into circulation. No premine, no sale, no allocation — every coin in existence was mined by someone. That means the only way supply reaches holders is by being produced and distributed, and that job is not finished here. It is the phase this chain is in, and most of what you see on this page is a consequence of it rather than a verdict on it.

The arithmetic that follows from that. Coin is minted every 60 seconds whether or not anyone locks any up. Masternode collateral is the only thing that takes supply back out of circulation, and it has to run faster than the mint just to hold its share — the row above shows how many new nodes per day that takes at current emission. Until locking outpaces minting, supply available to sell keeps growing. That is not a market opinion, it is division, and you can check both numbers yourself.

What that means for anyone reading this as an investment. It means the mechanism that would tighten supply is not yet running ahead of the mechanism that expands it. We are not going to tell you what happens when that crosses over, because that would be a forecast and we do not make those. We will tell you plainly that it has not crossed over yet, that the crossing is the thing to watch, and that both halves are published above so you can watch it without taking our word for anything.

Why we are saying this out loud rather than letting you find out. Because a miner who arrives expecting a coin that appreciates on its own is going to be disappointed and will feel misled, and they would be right to. The honest version is duller: this is early, the supply picture is what it is, and the case for being here rests on accumulating collateral cheaply while that is still true — not on a price that moves by itself. If that is not the trade you want, the census further down shows you what the alternatives look like.

The two incomes dilute against different things. Your mining share falls when hashrate arrives — someone plugging in a CPU tomorrow takes a slice of yours. Your masternode share falls when masternodes arrive, which is a slower and far more capital-gated queue: it costs 7,500 coins and a server to join, not a spare CPU. Holding both means the thing that dilutes one of your incomes is not the thing that dilutes the other. That is the whole structural argument for this chain, and it is the only one on this page that does not evaporate as the network grows.

Now the uncomfortable half, which we are not going to bury. Read the two percentage rows above against each other. A masternode's yield on its collateral is a fixed share of a fixed block reward, while the supply it is measured against is still growing fast — and right now supply is growing faster than a masternode earns. In plain terms: a masternode on its own is currently not quite keeping pace with dilution. Anyone telling you a node is free money is either not doing this arithmetic or hoping you won't.

What changes, and why the timing is the interesting bit. The block reward is fixed at 50 RATR while the supply it inflates keeps getting bigger, so the inflation rate falls every single day on its own. The masternode yield does not fall unless more nodes join. Those two lines are converging, and the row above tells you where they stand today. This is arithmetic you can check yourself against the explorer — not a forecast, and it assumes node count and block times hold, which they will not exactly. The point is not the precise date. The point is the direction: mining is the part of this that gets harder over time, and the node is the part that gets easier.

Which is why the honest version of the pitch is boring. Mine with hardware you already own, cover your power, stack toward 7,500, and end up holding both sides. Not because the daily dollar is exciting — you have seen that it is pennies, same as the rest of the board — but because it is the only configuration here where the arithmetic is working with you on both curves instead of against you on one.

Nodes and locked collateral go up. Yield goes down. That third one is not a typo and it is not modesty. The census below shows the highest-yielding masternode coins are the dead ones, because yield is emission divided by what the collateral is worth — so the number falls when the collateral becomes more valuable, and climbs while a coin bleeds out. A falling yield here is the single best sign this is working. If you ever come back and find this chain advertising a bigger percentage than it does today, that is not good news and you should treat it as a warning about us.

Where that puts us on the yield table, stated plainly. On that independent host's list this chain currently shows the third-highest advertised yield of everything it tracks. The two above us run 33 and 21 nodes. We run an order of magnitude more than that, which is either an early-stage quirk or a real difference — we are not going to tell you which, because we do not yet know. What we can tell you is the test: watch whether that percentage falls. If it does, the collateral is gaining value and this is working. If it climbs while the node count stalls, we are turning into one of the rows we warned you about, and you will be able to see it here before we say it.

The volume row is the one we score worst on, so read it first. That figure is the total traded across every public venue we can query, in the last 24 hours, and it is small enough to be embarrassing. We publish it because this document tells you to judge a masternode coin on live nodes and real traded volume, and a report that applies its own test to everyone except its author is not a report. It is a brochure.

Two pieces of context that are facts, not excuses. First, a third-party tracker currently publishes this chain's volume as zero — the real number is small but it is not nothing, so if anything the published figure flatters us less than the alternative. Second, the venues carrying most of it are weeks old, not years. A three-week-old market doing this is at a different point on the curve than a five-year-old one doing the same, and the census below shows you what the five-year-old version looks like. Whether that distinction turns out to matter is exactly what the number is there to tell you, over time.

What this page does not put next to it: the depth. We give you the volume because it is the honest test. This page does not render a pooled-liquidity or cost-to-move figure, because on a market this thin those numbers read as an instruction manual for moving the price, and the people that would be used against are the miners holding the coin. Being precise, since precision is the point: that is a choice about this document, not a claim that the underlying figures are secret — pool balances on public chains are public by construction and anyone determined can read them. We are declining to do the assembly for them.

The honest read on the rank. Middle of the pack, and some of what sits above us is not really alive — passing a coin with no trading is not an achievement, it is just arithmetic. The rungs worth caring about are the ones with real nodes and real volume. Those are a long way up, and we would rather say so than dress up a place on a list padded with ghosts.

What actually moves it. Every miner who converts mined coin into a node moves all three rows at once: node count up, collateral locked up, free supply down, and — if that tightening shows up in the price — yield down. That is the entire mechanism of this project in one sentence, and the scoreboard is just it, kept honest in public where you can check it.

Highest share of supply locked, smallest amount of money locking it. That is not a contradiction and we are not going to spin either half. The share figure says the design is doing what it was built to do: a larger fraction of this coin is committed to masternodes than any peer here, and that fraction is price-independent — it cannot be inflated by a rally or a thin quote. The dollar figure says the obvious thing back: it is a large slice of something small.

Why both columns have to be printed together. Show only the percentage and we look like the most committed network on the board. Show only the dollars and we look like a rounding error. Either on its own is a lie by selection. The honest reading is that this chain has the structure right and the scale absent, and the only question that matters is whether the second one follows the first — which is exactly what the scoreboard above is for.

And look at the bottom row before you assume size equals soundness. The largest coin in this category by market value locks well under one percent of its supply. Market cap tells you what a market thinks; locked share tells you what holders have actually committed and cannot casually undo. They are different questions, and the second one is much harder to fake.

This is not an impression. Ranking every coin in the census that publishes both figures and correlating the two gives a rank correlation of — across — coins. A value near zero would mean yield tells you nothing; −1 would mean it perfectly predicts a dead network. It lands closer to the second.

Split the same census at the extremes and the picture is blunter still:

The highest-yielding masternode coins in existence are running a couple of hundred nodes between all of them. The lowest-yielding are running tens of thousands. If you take one thing from this document, take that: in this category, a big advertised percentage is the single most reliable warning sign available, and it is the number every dying project leads with because it is the only number still going up.

And it replicates. Everything above uses the two general trackers. A third source — a masternode hosting service that publishes its own live node counts and takes its prices from a feed we independently verified as accurate — shares no data pipeline with them. Run the same correlation on its numbers alone and it comes out at −0.846 across the coins it lists: the same relationship, measured more strongly on cleaner data. Its two highest-yielding entries advertise 847% and 589% and run 33 and 21 nodes respectively. Its lowest-yielding run thousands. Two independent datasets, one conclusion.

The mechanism is not mysterious. Yield is emission divided by the value of the collateral. Emission is fixed by the protocol. So when price falls, yield mechanically rises — the percentage climbs precisely because the thing it is measured against is collapsing. It is a division artefact being sold as an investment return.

The healthy coins pay the least. Read it again: the ones with thousands of live nodes and real daily volume advertise single digits and low twenties. The ones advertising 400% and 600% have one node, zero nodes, and no market at all. That is not a coincidence and it is not irony — it is arithmetic. Advertised yield is emission divided by what the collateral is worth. When a coin's price collapses, the denominator shrinks and the advertised yield goes up. A 641% masternode is not generous. It is a coin that has already died and is still printing.

So apply that lens to us, because it is the only fair thing to do. The hybrid section above computes this chain's masternode yield at a few hundred percent a year in coin terms. On the table right here, that is the wrong end of the list. We are not going to quote you that figure as a selling point when the same figure is a warning sign on every other row. It is high for exactly the reason those are high: emission is large relative to what the collateral is currently worth. The section above already showed the same thing from the other direction — node yield running behind supply growth. Two different sources, one conclusion, and we would rather print it than have you find it.

What would actually make it a good number is a smaller one — arrived at honestly, because the collateral became worth more. Every coin at the top of that table got there by its yield falling. That is the direction to watch here, and the one to hold us to.

The bottom rows are the real risk, and it is not volatility. Those were live projects with real operators who locked real collateral. The collateral is still locked. There is nothing left to sell it into. The way a masternode actually hurts you is illiquidity arriving permanently — not a bad week. Note too that the category is consolidating rather than dying: the leader is up strongly on the week, shipping a serious protocol upgrade and buying mainstream browser placement in front of tens of millions. Two coins are about 92% of the whole market. So the model is not what failed further down that list — liquidity and execution are. Which tells you what to watch in a young chain: not the yield, but whether the market and the work are still growing.

One more thing worth knowing about that bottom band: the trackers stop agreeing about it. The same dead coin can show a $10M market cap on one site, a hundred thousand on another, and none at all on a third, because once real trading stops there is nothing left to price it against and each tracker falls back on different stale assumptions. By the time a project reaches that state, the published numbers about it are fiction. Which is the strongest argument we can give you for judging any masternode coin — this one included — on live node counts and real traded volume rather than on a market cap or a yield percentage.

RATR is not on that list yet, and when it is it will start at the bottom of it. A new masternode coin is statistically far likelier to end up in the lower rows than the upper ones. If you are weighing 7,500 coins of collateral, weigh it against that table rather than against the daily figure further up this page. The yield is the easy part to compute; this is the part that decides whether it was worth computing. We are showing you the graveyard because you would find it anyway, and a project that only shows you its own numbers is asking you to skip the comparison that matters. Ours has to survive that table or it is not a case.