The math in one paragraph

For readers who want the conclusion before the derivation: Pi’s halvings cut the rate of new mining, which in 2026 is a trickle, while the supply that moves the market comes from the migration and vesting of roughly 100 billion pre-allocated tokens, of which only about 9 billion circulate today. Around 6.5 million PI in newly unlocked tokens reach the market every day, a flow that dwarfs fresh mining emissions and adds tens of millions of dollars in potential sell pressure every month at current prices. Halving the mining rate slows the filling of a reservoir that is already 91% full of committed water behind the dam. Both the mechanics and the overhang are real; the overhang is bigger, for years to come, under every published version of the schedule.

Where the rate began: 3.1415926 per hour

Pi’s original mining design has a certain mathematical charm. When the network launched on March 14, 2019, Pi Day, every Pioneer mined at a systemwide base rate of 3.1415926 Pi per hour, the first digits of the constant the project is named for. The rule attached to that rate was simple and aggressive: each time the network of engaged Pioneers grew by a factor of ten, starting from 1,000 users, the base rate would halve. Growth came fast, so the halvings came fast.

Five halvings have occurred, triggered at the 1,000, 10,000, 100,000, 1 million, and 10 million engaged Pioneer milestones, each cutting the base rate in half. The next milestone on the original schedule sits at 100 million engaged Pioneers, and the December 2021 whitepaper noted the network was then above 30 million engaged users. The whitepaper also kept open a more drastic option: stopping mining altogether once the network reached a size the team never specified. Two things about this design separate it from the halving everyone knows.

Bitcoin halves on a fixed clock, every 210,000 blocks, roughly every four years, with a date the entire market can calculate years in advance. Pi halves on a growth milestone, which means the timing depends on user acquisition, the metric is “engaged Pioneers” as measured by the team, and nobody outside the company can verify how close the trigger is. A halving you cannot date is a halving the market cannot front-run, and front-running is most of what gives Bitcoin’s halving its price relevance. The second difference is direction of causality: Bitcoin’s halving rewards existing holders as adoption grows, while Pi’s milestone design was built to keep early mining generous enough to recruit, then throttle issuance as recruitment succeeded.

What each Pioneer actually mines

The base rate is only the floor of an individual’s mining speed, and the multiplier system matters for the supply math because it determines how unevenly the rewards have accrued. Every active Pioneer earns at least the systemwide base rate. On top of it stack bonuses: rewards for security circle connections, a referral team bonus for each invited member mining concurrently, node operation rewards for those running the desktop software, app usage rewards, and lockup bonuses that pay extra mining speed in exchange for voluntarily freezing balances for periods from two weeks to three years. A well-connected early Pioneer with a large referral tree, a node, and a long lockup could mine at many multiples of the base rate.

Today’s market carries the distributional consequence. The cheapest Pi ever created sits in the oldest and largest accounts, the ones with the deepest referral trees, and those balances have been migrating to mainnet and unlocking through 2025 and 2026. When the price chart shows persistent selling into every bounce, the mining formula’s history says who has the most room to sell profitably at any price above zero. It is the cohort the formula was designed to enrich first.

The metric nobody can audit

Before leaving the milestone system behind, one of its quietest problems needs daylight: nobody outside the company can measure the number that triggers the halving. Pi’s public figures come in layers that do not reconcile from outside. The project has claimed more than 60 million users at its peak messaging, recent coverage cites over 18 million KYC-verified accounts, and the halving trigger uses a third measure entirely, “engaged Pioneers,” defined by activity criteria the team applies internally. The December 2021 whitepaper placed that figure above 30 million.

Where engaged Pioneers stand in mid-2026, after a year of price collapse that has surely thinned daily check-ins, is not published on any dashboard a holder can refresh. The 100 million milestone could be two years away or could effectively never arrive if engagement has plateaued, and the difference between those worlds is invisible from the outside. Contrast the information environment around the halving everyone else means by the word. Any Bitcoin holder can compute the next halving to the block, watch the countdown on a dozen public sites, and verify the issuance change in the chain data the moment it happens.

The event’s power comes from this common knowledge: everyone knows that everyone knows, so positioning starts months ahead and the narrative compounds. Pi’s milestone halving offers the market nothing to coordinate around. It will be announced when the team says the threshold was crossed, verified by the team’s own definition, on data only the team holds. Whatever else that is, it is not an event a market can price in advance, which removes the one channel through which halvings have historically moved anything.

The pattern repeats across Pi’s supply system. The numbers that matter most, engaged users, migration completion, KYC attrition, and discretionary release timing, are exactly the numbers held privately. A project that wants its scarcity mechanics taken seriously could publish every one of them tomorrow. Choosing not to tells the market something, and the market has been pricing it all year.

The mainnet switch: from halvings to a supply budget

In December 2021, new whitepaper chapters quietly retired the pure milestone model and replaced it with something more corporate: a fixed maximum supply of 100 billion Pi, divided by allocation, with new mining drawn from a budgeted pool. The split honors the original 80/20 principle between community and core team. Of the 100 billion: 65 billion is reserved for mining rewards to past and future Pioneers, 10 billion for community organizations and ecosystem building, 5 billion for liquidity, and 20 billion for the core team. The team’s allocation unlocks proportionally to community migration, a design meant to prevent the company from cashing out ahead of its users.

Within the 65 billion mining pool, issuance follows declining monthly supply limits, with the systemwide rate adjusted dynamically so that each month’s total new mining fits inside an exponentially decreasing budget. This was the moment Pi’s halving story changed character. The milestone halvings still exist on paper, with the 100 million Pioneer trigger still ahead, but the binding constraint on new supply became the monthly budget formula, which declines smoothly instead of in dramatic halves. There is no future Pi halving event that will cut flowing supply in half overnight the way Bitcoin’s does, because the system no longer works that way.

Out of the redesign also came the number that now towers over everything else: the difference between 100 billion allocated and roughly 9 billion circulating. As of early 2026, only about 9% of the eventual supply trades. The other 91% exists as a claim: unmined pool, unmigrated balances awaiting KYC, locked tokens serving out their bonus terms, and team and foundation allocations vesting on their schedules. Every one of those categories resolves, eventually, into circulating supply, while mining rate math governs only the first and smallest of them.

The unlock flow versus the mining trickle

Now the arithmetic gets concrete, because this is where the argument in the title gets settled. Through 2026, the dominant source of new circulating Pi has been unlocks: previously mined balances exiting their lockup terms, migrated balances clearing the pipeline, and scheduled releases tied to the allocation model. Tracking through the spring put the average at roughly 6.5 million PI entering circulation per day, which compounds to just under 200 million tokens a month. At a $0.12 price, that is over $20 million in potential monthly sell pressure; at the prices holders are hoping to return to, the dollar figure scales up with the dream.

The schedule reflects the same monthly pressure the market struggled with earlier in the year, and the struggle shows. The token broke below $0.13 support in early June on sustained selling volume, with technicians eyeing $0.10 next. Fresh mining must be placed beside that flow. The base rate has been halved five times from its 2019 starting point, and the monthly budget formula throttles it further across a user base where most participants mine at low multipliers.

Fresh emissions in 2026 are a small fraction of the unlock flow, and cutting them in half again at the 100 million Pioneer milestone would change the total monthly supply growth by a rounding error. That is the core asymmetry: halvings act on the flow of newly created tokens, while Pi’s price is set by the flow of previously created tokens reaching the market. Bitcoin never had this problem because Bitcoin had no pre-mined reservoir; every coin that exists was mined into the market at the prevailing rate, so cutting the rate cut the only supply source there was. Pi’s halving cuts the smaller of two pipes and leaves the larger one untouched.

A holder can check this logic against the chart. Bitcoin’s halvings preceded rallies because they measurably tightened the daily balance between new supply and steady demand. Pi’s five halvings have already happened, the monthly budget already declines, and the price fell more than 95% from its peak anyway, because none of that machinery touches the unlock schedule. The scarcity mechanics are real enough, just aimed at the wrong pipe.

The lockup machine and what it defers

Lockups need a closer look, because they are the one mechanism that actually removes supply from the market today, and they do it with a catch. A Pioneer who locks tokens for a longer term mines faster, which means the system pays users in future tokens to withhold present ones. In the short run this works exactly as designed: a meaningful share of migrated balances sits frozen, the daily sellable float shrinks, and the price gets a reprieve. In the long run, every lockup is a deferral, not a removal.

The locked tokens return to the float when their term expires, and they return accompanied by the bonus tokens the lockup earned, which means the mechanism converts present supply relief into amplified future supply. A three-year lockup opened in the post-mainnet enthusiasm of early 2025 matures in early 2028 carrying its rewards with it. None of this makes lockups bad design; deferral has real value, and a project buying time to build utility is making a defensible trade. But the supply math has to count both sides of it.

The unlock flow of 2026 is partly the echo of lockups chosen in 2022 and 2023, and the lockups being chosen today at depressed prices are writing the unlock schedule of 2028 and 2029. The reservoir does not drain through this mechanism. It sloshes. That is why the lockup system can reduce immediate sell pressure while still expanding the future supply problem.

The case that 100 billion never arrives

Inside the community circulates the strongest counterargument to everything above, and it deserves a fair hearing rather than dismissal. It runs as follows: the 100 billion figure is a ceiling, not a destination. The 65 billion mining pool pays out only for mining that actually happens, at rates that keep declining, across a user base whose growth has slowed. Tokens allocated to balances that never clear KYC may never migrate, and the team has tied portions of its own allocation to community migration that may never complete.

Run those leakages forward and several community analysts project a practical circulating supply stabilizing somewhere between 30 billion and 40 billion Pi, far short of the full hundred. If true, the effective dilution ahead is roughly a third of what the headline number implies. The projection is plausible, and the serious objections to it concern knowability, not direction. The variables that determine where supply stabilizes, including KYC completion rates, migration policy, the unspecified mining stop option, and the team’s release decisions, all sit inside the company’s discretion and outside public verification.

An asset whose terminal supply ranges from 30 billion to 100 billion depending on unpublished operational choices is an asset the market will discount for uncertainty, and the discount shows up as exactly the chart Pi has. Bitcoin’s supply schedule earns a premium not because 21 million is a small number but because no one can change it. Pi’s schedule carries a penalty not because 100 billion is large but because the real number is unknowable from outside. Scarcity that requires trusting an issuer is, in market terms, a different and weaker product than scarcity enforced by code.

There is a constructive version of this point. If the practical-supply argument is right, the cheapest credibility upgrade available to the core team is publication: audited migration statistics, a binding schedule for the team allocation, and a hard answer on the mining stop. The gap between 30 billion and 100 billion is worth more to the price, closed, than any halving. That is the kind of disclosure that would let the market price scarcity instead of guessing at it.

Why the team refuses to burn

Every few months the community’s favorite alternative resurfaces: burn the supply down. Petitions have circulated asking the team to destroy 10 billion or 20 billion tokens outright, importing the deflationary mechanics that other projects use to manufacture scarcity. The core team has rejected the idea explicitly, stating that supply discipline will come from halvings, the declining mining rate, and KYC gating instead. It has also argued that the large supply exists to keep the network accessible to a global user base instead of expensive for late arrivals.

The refusal is more defensible than frustrated holders allow, and less sufficient than the team implies. It is defensible because burning community-allocated tokens to lift the price for existing holders would invert the project’s stated purpose, and because burns at this scale would mostly reward the same early whales the mining formula already favored. It is insufficient because the stated alternatives do not address the overhang, as this piece has shown, and because “trust our discretion” is the exact posture the market is already discounting. Other ecosystems have shown a middle path that Pi has so far declined: mechanical, revenue-linked buyback or burn programs, transparent and rule-bound, that tie supply reduction to actual ecosystem usage instead of decree.

Pi has no protocol revenue to commit yet, which is its own answer about sequencing: utility first, then mechanics. The chart records how long the market is willing to wait. This is why burns remain a tempting but incomplete answer. Without recurring demand or transparent supply policy, a burn would change the headline number faster than it changes the underlying confidence problem.

What the math permits the price to do

Put the pieces side by side and the supply half of Pi’s price equation reads roughly like this for the next several years. Close to 200 million new tokens a month arrive from unlocks and scheduled releases, a flow that no halving touches. Fresh mining adds a small increment on top, declining on its budgeted curve. Lockup maturities add lumpy surges with their bonus amplification.

Against all of that stands whatever organic demand exists: grassroots commerce, speculative accumulation near lows, ecosystem hopes pinned to the protocol upgrade ladder, and the smart contract functionality promised around version 26. None of this math forbids recovery; it prices it. For PI to hold any level, monthly demand must absorb the monthly flow at that level, which at $0.12 means finding over $20 million of genuine new buying every month just to stand still, and proportionally more at higher prices. That is the core of what the numbers actually permit the price to do.

Catalysts that create one-time demand spikes, an exchange listing, a Pi2Day announcement, or a protocol release, lift the price into a heavier supply schedule and then hand it back to the flow. Catalysts that create recurring demand, real applications with real token sinks and fee burn from actual usage, are the only kind the supply schedule cannot defeat. They are also the kind that takes years. This is the same lesson the divergence between corporate progress and token price has taught holders of much larger assets this year, played out with a supply overhang several times more aggressive.

The halving milestone at 100 million engaged Pioneers will arrive eventually, and when it does, the announcement will borrow Bitcoin’s vocabulary one more time. Holders who have followed the math to this point will know what to check before celebrating: not the new mining rate, but the month’s unlock total beside it. That comparison is what decides whether the event matters. Until the larger pipe slows, the smaller pipe is not the story.

A schedule is not a slogan

Pi Network did not lie about its halvings. Five of them happened, the rates fell, the monthly budget declines, and the team can point to every mechanism it promised. What the project borrowed, without earning, is the meaning the market attaches to the word: the Bitcoin-trained reflex that halving equals scarcity equals appreciation. That reflex was built on a system with no reservoir, no discretion, and no door between allocation and circulation except mining itself.

Pi has all three, and they, not the mining rate, write its supply story. One honest path remains for making the scarcity language true. Drain the uncertainty rather than the supply: publish the migration math, bind the discretionary releases, define the mining endgame, and let utility grow into the float that exists instead of promising that the float will stop growing. The day the practical supply becomes a number the market can verify is the day Pi’s halvings start to mean something.

Until then, the most important rate in the ecosystem is not 3.1415926 divided by thirty-two. It is 6.5 million per day.

As of June 11, 2026. Supply figures and unlock rates change monthly; verify current data before trading. This article is information, not investment advice.