Pi Network price is close to its record low. What could bring buyers back?

PI is trading within a few percentage points of its lowest recorded price, leaving little room between the market and another low. Its November outlook depends on the amount of sellable supply reaching exchanges and whether demand for the network’s services brings buyers into the market.

Pi Network’s price has moved within approximately 6% of its recorded low as traders weigh a thin spot market against the project’s efforts to create demand for its native coin.

crypto.new’s November 4 price data showed PI near $0.0749, compared with a recorded low of approximately $0.07059, while reported circulating supply stood near 11.34 billion tokens.

The distance is small enough for another ordinary volatile session to change the record. It does not establish that a new low is inevitable or that buyers will automatically defend the previous one.

Pi has a developer event approaching, but its immediate price problem is more practical. Holders need buyers who are willing to transact at higher prices, whether those buyers want investment exposure or need PI for a service.

PI has little distance left before its previous low

Using $0.07489 as the reference quote, PI is approximately 6.1% above $0.07059. A decline of roughly 5.7% from the reference quote would bring it back to that low.

The two percentages differ because the denominator changes. Distance above the low is measured from the low; the loss needed to revisit it is measured from the current price.

The difference becomes much larger when investors compare PI with its early peak. A token that has lost most of its value needs a very large percentage gain to recover, even if the dollar price looks inexpensive.

A low unit price says little about valuation without a supply figure. One token costing less than eight cents can still represent a market valued in hundreds of millions of dollars when billions of units circulate.

A return to $0.08 from $0.07489 would require approximately 6.8%. Reaching $0.10 would require about 33.5%, calculated by dividing each destination by the reference price and subtracting one.

Neither calculation is a forecast. They establish the scale of the move required and allow subsequent claims about an imminent recovery to be compared with an explicit starting point.

The previous low is a historical observation, not a commitment from buyers. Orders that supported the market in July may have been filled, cancelled or moved elsewhere by November.

A market can revisit a low and recover quickly if new demand appears. It can trade through the level when sell orders exceed the bids available, even when nothing has changed in the project’s software.

Round numbers carry a similar limitation. Eight cents and ten cents are easy reference points for a headline, but their simplicity does not prove that substantial orders are waiting there.

The immediate outlook therefore rests on what happens when buyers and sellers meet near those prices. Sustained trading, spreads and the size of executable bids offer more information than the number of times a target appears on social media.

The valuation changes with the supply denominator

CoinGecko’s November 4 supply snapshot distinguished approximately 11.344 billion circulating PI, 17.452 billion total tokens and a maximum of 100 billion. Each quantity answers a different question.

Multiplying the reference price of $0.07489 by 11.344 billion produces approximately $849.6 million. This is an illustrative circulating market capitalisation, with small differences from a live provider’s figure expected as the price and supply update.

Using the same price and the reported total supply produces approximately $1.307 billion. Applying the 100 billion maximum instead produces approximately $7.489 billion.

The three results cannot be labelled interchangeably. They are valuations of different token quantities at one assumed price, not three separate cash balances backing the network.

Some market pages display a diluted valuation calculated from the reported total supply. A reader applying the maximum-supply definition will obtain a much larger number, so the denominator needs to be stated explicitly.

At $0.10, the currently circulating quantity would be worth approximately $1.134 billion. The same price applied to the maximum supply would produce $10 billion.

The maximum-supply calculation does not mean all 100 billion coins will arrive at once. It shows the valuation implied if that entire quantity were eventually valued at the chosen price.

Pi’s white paper assigns 80% of maximum supply to the community and 20% to the core team, with the team allocation unlocking proportionately as the community’s allocation develops. The ceiling is not an immediate release schedule.

A price outlook needs both time and quantity. A supply figure without a release timetable cannot show how many coins will be available to sell next week.

Market capitalisation is not the amount of money invested in an asset. A relatively small transaction can change the marginal price used to value every circulating token, while attempting to sell a large proportion of that supply would change the price itself.

The arithmetic consequently cannot tell investors how much cash is needed to lift PI to ten cents. It can expose when a target is being discussed without acknowledging the number of tokens attached to it.

Reported turnover is not the liquidity available to a seller

PI’s spot market remains small relative to the circulating valuation in the November 4 snapshot. CoinGecko showed reported daily turnover of roughly $5 million during one check, against market value near $850 million.

Dividing those rounded figures gives turnover equivalent to approximately 0.6% of market value. The comparison describes trading activity over a day, not the share of holders who sold or the amount available to be liquidated at once.

A coin can change hands repeatedly during the reporting period. The same inventory can contribute to turnover several times, and the total does not distinguish new entrants from established traders moving in and out.

For an individual seller, order-book depth is more immediate. It shows the bids available at successive prices on a particular venue when the snapshot is taken.

Consider a hypothetical sale of 100,000 PI at the reference price. Its notional value would be $7,489 before fees, but the seller would receive that amount only if sufficient bids were available close to the quote.

If the first bids cover only part of the order, a market sale continues down the book. The difference between the displayed price and the average execution price becomes a cost to the seller.

The reverse affects buyers attempting to enter. A low headline price can become an expensive purchase when the order consumes offers across a wide range.

A limit order avoids accepting a worse specified price but does not guarantee execution. A holder trying to exit during a decline can remain in the queue while other sellers transact below the chosen level.

Liquidity is distributed across exchanges and trading pairs. A deep market on one venue may not help a user whose funds are elsewhere if deposits, withdrawals or transfer conditions prevent quick access.

A higher daily volume would be encouraging evidence of activity, but the recovery case needs more than a larger turnover number. Narrower spreads, deeper executable bids and continued transactions at higher prices would describe a stronger market.

Migration can expand access without proving an immediate sale

Pi’s node upgrade history concerns its operating software, while its distribution process passes through identity verification, migration and wallet conditions. Those steps complicate any attempt to treat the entire maximum supply as coins already waiting on exchanges.

The project’s September 17 migration update said more than 417,000 users could progress after a duplicate-account case was resolved. It separately described a planned fix affecting 497,000 fast-track wallets that lacked enough PI to claim migration balances.

Those are counts of affected users and wallets, not a disclosed quantity of coins entering the market. The size and conditions of each balance would be needed to estimate a token total.

A completed migration can give a holder access to assets that were previously unavailable on Mainnet. Access is a necessary step before many uses, including transfers, purchases and exchange deposits, but it does not reveal which action the holder will choose.

An unlocked balance similarly creates an option to transact. The holder can retain it, use it within the ecosystem, transfer it to another wallet or sell it.

A forecast that treats every unlock as a sale assumes the choice before the transaction occurs. A forecast that dismisses all newly accessible supply makes the opposite assumption.

The market effect depends on the portion offered for sale and the demand available to absorb it. Both can change with price, confidence and the holder’s own financial circumstances.

A hypothetical 10 million PI becoming available has a reference value of approximately $748,900. That number is not a forecast of selling and does not show the proceeds a seller would receive across the actual order books.

The timing matters too. A quantity distributed across many weeks presents different execution conditions from the same quantity offered during a single thin session.

Public exchange deposits can help narrow the question, but wallet labels and transfers need careful interpretation. An exchange deposit establishes movement towards a trading venue; it does not identify the final order or prove that it was filled.

The useful supply outlook is therefore a sequence of measurable events. Verified balances become transferable, identifiable inventory reaches venues, and actual trading shows whether buyers absorb it.

PiVerify offers a clearer demand mechanism than app counts

Pi’s October 29 developer update described expanded PiVerify identity services, including face-uniqueness checks and repeated liveness checks. It said third-party clients pay in PI to use the service.

A service priced in the native coin supplies a more specific potential source of demand than the total number of apps in a directory. A customer requiring that service needs access to the payment asset.

The amount of demand still depends on commercial use. A product can be technically available without generating enough paid transactions to affect the exchange market materially.

Price per service, paying customers and payment frequency would allow an estimate of recurring PI requirements. A user count alone does not supply those inputs.

Payments need not translate one-for-one into permanent holdings. A business can acquire PI shortly before paying, and a recipient can sell the proceeds after receiving them.

The resulting market includes both purchases and potential sales. Longer holding periods, retained balances and reinvestment would produce a different inventory requirement from immediate conversion at both ends.

A simple hypothetical makes the distinction visible. If a service receives 1 million PI in monthly payments, that is a flow of payment activity, not necessarily 1 million PI removed from circulation indefinitely.

At the reference price, that illustrative flow would be worth approximately $74,890. Whether it supports a lasting price change would depend on how the participants obtain and manage the tokens, alongside activity elsewhere.

The project has already shown that it can coordinate paid contributions. Its first KYC validator reward distribution covered more than a million validators and used a published token-per-task formula.

The economics of that distribution were examined in the validator compensation feature. Rewarding contributors demonstrates a use for PI, while externally purchased services would bring a different source of demand into the system.

Pi’s October 8 stablecoin statement provides another part of the demand question. The team said stablecoins could support activities needing price stability while PI should retain the primary cryptocurrency role across the network’s processes.

The statement described exploratory work with Open Standard’s OUSD on rewards and ecosystem utility. It did not publish a completed integration design that allows every resulting payment to be counted as a PI purchase.

Stable prices can help a business quote a service without repeatedly changing the customer’s bill. The relationship with the native coin depends on which asset the customer pays, which asset the merchant receives and any required conversion between them.

A hypothetical subscription priced at $10 would cost approximately 133.53 PI at $0.07489 if the charge were converted directly at that rate. At a PI price of $0.10, the same dollar charge would require 100 PI.

The service’s dollar sales would be unchanged in that illustration even though its token receipts fell as the coin appreciated. Token payment counts alone would consequently miss part of the commercial picture.

A business that sets its price at a fixed 100 PI makes a different choice. The dollar cost to the customer would vary with the token price, moving from approximately $7.49 at the reference to $10 at ten cents.

Those alternatives allocate price exposure differently between customers and providers. The commercial terms need to identify which model is being used before payment growth can be translated into an exchange-demand estimate.

Stablecoin settlement could make some services easier to operate while changing how much PI a customer needs to hold. Fees, optional conversions and rewards might still use PI, but each requires its own specified mechanism.

The project’s preference for a primary native-coin role is relevant to the design it is developing. An operating product and recorded customer behaviour would establish how that preference works in practice.

For the November outlook, concrete payment terms would therefore be a useful summit disclosure. They would allow investors to compare expected service activity with token requirements instead of relying on the size of a partner network alone.

The distinction is between distributing existing tokens and acquiring tokens to buy useful work. Both can support an ecosystem, but their implications for net market demand need separate evidence.

Testnet progress cannot be counted as Mainnet buying

The October 29 update introduced price history for Launchpad Testnet tokens in Pi BlockExplorer. Pi explicitly said those test tokens would never move to Mainnet.

A price quoted against Test-Pi is consequently not a cash market price for the native coin traded on exchanges. Test transactions can demonstrate how a system behaves without showing what users are willing to pay with real assets.

The distinction is particularly important for liquidity pools. A pool can process successful swaps in a test environment while its eventual commercial version still faces questions about capital, participation and access.

The project can use that activity to identify software problems and refine the design. Traders need separate evidence before treating the same activity as demand for circulating PI.

Earlier Protocol 28 coverage placed PI near $0.08042 before the scheduled October 16 activation. A protocol version identifies technical changes; it does not measure the value of purchases made by customers.

The same applies to developer tools. Easier packaging and application configuration can reduce the effort needed to launch software, but they do not disclose how many users will pay for the resulting product.

There is a reasonable growth case behind improving those tools. Developers facing fewer practical obstacles can experiment more cheaply, and successful applications can reach an existing community without starting distribution from zero.

A price model still needs the next steps in that chain. Applications must attract users, some users must pay, and their payment behaviour must create demand for PI that is meaningful beside the available supply.

Failures at any step alter the result. A popular free application can be useful to its users without requiring substantial token purchases, while a smaller paid service can create a more direct payment flow.

The distinction avoids an equally misleading bearish conclusion. A lack of immediate price response does not prove that an upgrade has no technical value; development outcomes and exchange prices operate on different timetables.

Pi’s earlier decentralised exchange developments belong in that technical history. Their relevance to the current price depends on the paid Mainnet activity that follows deployment.

A rebound needs demand that lasts beyond an announcement

The strongest project-led recovery case rests on Pi’s existing distribution network and services that can charge customers in PI. The team’s summit announcement claimed more than 60 million engaged participants, over 300 Mainnet apps and more than 18.1 million fully verified users.

Those figures describe different groups and cannot be added together. A verified user can belong to the engaged community and use several applications, so combining the counts would double-count people.

The community can still be an advantage for developers seeking users. An application with an existing audience has a different starting position from one that must buy every download through advertising.

The opposing market evidence is the price itself. PI remains close to its low despite the availability of tools, the community counts and repeated announcements.

Neither side can settle the argument with its preferred number alone. Community scale does not prove recurring paid demand, while a low price does not prove that every service is commercially unsuccessful.

A more persuasive recovery would bring several observations together: improved executable liquidity, transactions at higher prices and verifiable growth in services that require PI payments.

A temporary rebound could occur with less evidence. Short covering, speculative positioning or anticipation of an event can lift a price before commercial activity changes.

The outlook changes when that initial buying ends. If sellers are still readily absorbed, the higher range can persist; if bids disappear, the market can return to the previous low even after a well-attended presentation.

Above the $0.08 reference, traders would need to observe whether buyers continue transacting there. The next round-number scenario at $0.10 would require a much larger move and should not be treated as a direct consequence of crossing eight cents.

A bearish scenario would involve repeated trading below $0.07059 with insufficient demand to regain the old range. A fresh low supplies a new observation, not a mechanical estimate of how far the decline must continue.

Lockups and completed payments reveal more than a headline user count

Pi’s August 2025 lockup reminder distinguishes settings applied to a future migration from locks applied to free balances already on Mainnet. The timing of those choices changes when tokens can be transferred.

A holder configuring a future migration has not necessarily removed an equivalent quantity from today’s exchange market. A holder locking already transferable Mainnet coins makes a different inventory decision.

The project describes higher mining rates as an incentive for locking. A mining-rate boost is not the same as a contractual cash yield or an assurance that the extra tokens will retain a particular dollar value.

For a hypothetical holder with 1,000 transferable PI, locking 90% would leave 100 PI outside that particular lock. At $0.07489, the two quantities have reference values of $67.40 and $7.49 respectively.

Those valuations do not alter the lock’s duration or create a right to cash out the locked portion early. They simply express a wallet decision in the same dollar units as an exchange price.

When a lock ends, the holder regains an option to use the tokens. The quantity reaching exchanges depends on subsequent choices, so a calendar of maturing locks is an availability record rather than a completed-sale ledger.

Commercial payments provide another way to examine whether available tokens are being used. Pi’s payment flow documentation describes three stages: creation and server approval, the user’s blockchain transaction, and server-side completion.

The application and the payment record need to agree about the transaction. Opening a payment screen is an earlier stage than completing a purchase, just as registering an app is an earlier stage than operating a business with paying customers.

For adoption data, completed transactions and repeat customers would consequently be more informative than the number of payment attempts. The value paid would reveal another dimension that a transaction count leaves out.

A thousand payments of one PI and a thousand payments of 100 PI produce identical transaction counts. At the reference price, their gross values would be approximately $74.89 and $7,489, respectively.

Neither figure establishes profit. A merchant still faces the cost of goods or services, operating expenses and any conversion charges, while a service provider may need to pay contributors out of receipts.

Repeat use helps distinguish an initial promotion from a continuing business. Customers paying again after a reward campaign ends provide different evidence from customers who transact only to claim a subsidy.

The source of the tokens matters as well. A customer spending a long-held balance uses PI without necessarily buying more on an exchange that day; a new customer purchasing PI to pay creates a more immediate market transaction.

Both are legitimate forms of use. Their effects on exchange demand differ, and a payment total does not identify the split unless the relevant funding activity is measured.

For a merchant receiving PI, retention creates another decision. Holding receipts, paying suppliers in PI or converting immediately into another asset each produces a different pattern of inventory and potential sales.

An economy can generate substantial gross payment activity while maintaining relatively small working balances if the same tokens circulate rapidly. A growing requirement to retain balances would support a different demand profile.

The useful adoption question is therefore specific: how much PI do customers and businesses need to acquire and keep to perform recurring activity? A community total or a lockup percentage cannot answer it alone.

November’s summit supplies a date, not a guaranteed price catalyst

Pi’s first Ecosystem Summit is scheduled for November 17–19. Its official announcement lists developer demonstrations, platform releases, app showcases and details of a new hackathon.

The summit is an opportunity to see whether proposed capabilities have become usable products. Commercial terms, payment requirements and live examples would give investors more information than a list of future ambitions.

A product demonstration can establish that a feature works in a controlled setting. Recurring customer activity would establish something further: people outside the development process find it useful enough to keep using.

The distinction helps explain why a positive event can coincide with a flat or falling token price. Traders may have anticipated the announcement, existing holders may sell into increased attention, or the released product may not require immediate market purchases.

An event can still change expectations well before a measurable revenue stream develops. Investors routinely pay for future outcomes, but the assumptions behind that valuation need to remain visible.

A higher price based on expected adoption becomes vulnerable if delivery is delayed or demand disappoints. A lower price can recover if new evidence improves the expected outcome without any change in the maximum token supply.

As crypto.news previously reported, the earlier summit preview focused on the gap between developer progress and a price below eight cents. The current position is more immediate: the market is trading close enough to its previous low for liquidity to determine whether that record holds.

The announcement on Pi’s own site is dated October 15, despite the October 22 date cited in the earlier preview. The scheduled November 17–19 event dates are unchanged.

Pi says a detailed agenda and viewing information will be released as the summit approaches.

What to watch

The $0.07059 historical low: Observe whether transactions below it persist and whether buyers can restore the preceding range.

Executable exchange liquidity: Compare spreads and order sizes across accessible venues, not just the reported daily turnover.

Supply reaching trading venues: Separate migration, unlocking, exchange deposits and completed sales when estimating selling pressure.

Paid PI services: Look for identifiable customers, pricing and recurring transactions for services such as PiVerify.

November 17–19 announcements: Distinguish live Mainnet releases and commercial use from Testnet demonstrations and future plans.

FAQ

Disclaimer: This article is for information and educational purposes only and does not constitute financial or investment advice. Figures reflect regulatory filings and reporting available at the time of writing and change with each disclosure. Nothing here is a recommendation to buy, sell, or hold any security or asset. Always do your own research. Information is accurate as of November 4, 2026. Legal questions should be discussed with qualified counsel.