Helium has accomplished something many crypto projects never do: it built a product that people actually use.
Millions of phones have connected through its wireless infrastructure. Major telecom carriers have routed customer traffic across community-operated hotspots. The network has expanded beyond its original experiment into something resembling a legitimate telecommunications business.
This phase should be the part of the story where everyone celebrates.
Instead, Helium spent the summer of 2026 rewriting its token economics.
In the second quarter, reported network revenue fell 14% to $3.35 million even as carrier data volume increased 20%. Weeks earlier, Helium had proposed issuing about 141 million additional HNT tokens to finance network operations and expansion, an authorization later approved by tokenholders.
The contradiction is difficult to ignore. Helium found real customers, yet its economic model still required a substantial new source of token funding.
The network was working. The question was whether the economics underneath it could keep up.
The Success That Exposed the Problem
Helium began with a relatively simple proposition: instead of relying entirely on telecommunications companies to build wireless infrastructure, ordinary people and businesses could provide coverage and receive cryptocurrency rewards.
The concept gave decentralized physical infrastructure networks, or DePIN, one of their most recognizable early examples.
But Helium eventually encountered a problem that speculative infrastructure projects rarely have to confront: customers with actual budgets.
Telecommunications companies were willing to pay for connectivity. They just weren’t necessarily willing to pay the rates embedded in Helium’s earlier reward assumptions.
In a June 4 statement announcing the network’s economic restructuring, CEO Mario Di Dio acknowledged that Helium’s underlying economic model had failed to keep pace with its growth.
The historical target reward of $0.50 per gigabyte had compressed to roughly $0.10 as network traffic quadrupled, HNT issuance remained fixed, and the token’s dollar value weakened.
More importantly, Helium had historically subsidized rewards based on protocol assumptions rather than what carriers commercially paid.
That subsidy was becoming unsustainable.
The distinction matters. The old $0.50 figure represented a target compensation rate for infrastructure providers. The newer $0.10 figure became the base commercial offload rate. They are different economic measurements, not evidence that the price of an identical service simply collapsed by 80%.
Still, the underlying problem was unmistakable: crypto incentives had helped build infrastructure faster than the original reward model could accommodate real-world pricing.
The operational numbers made the tension harder to dismiss.
According to Blockworks’ published quarterly reports, Helium generated $3.35 million in reported revenue during Q2 2026, down 14% quarter over quarter, while carrier data volume increased 20%.
Ravel’s calculation highlights what happened beneath those headline percentages.
If quarterly revenue fell to 86% of its previous level while carrier volume rose to 120%, the ratio between the two measures changed to:
0.86 ÷ 1.20 = 0.717
That represents a 28.3% decline in the revenue-to-carrier-volume index.
This is not a measurement of Helium’s actual realized price per gigabyte. Reported network revenue and carrier traffic do not necessarily have identical coverage, and other revenue components may affect the numerator.
But it establishes an important directional finding: more traffic did not translate into proportionately more reported revenue during that quarter.
Helium had demonstrated that people would use its network. Turning that usage into consistently stronger economics was another challenge entirely.
The 141 Million HNT Rewrite
On July 2, 2026, Helium tokenholders approved HIP 149, with 93.7% of participating voting power in favor, according to the official governance results.
The measure bundled several changes into one decision.
Proof-of-Coverage rewards, which compensated hotspots for demonstrating coverage rather than carrying paying users’ data, would be retired. Mobile hotspot rewards would become more closely connected to network usage and carrier payments.
But the most consequential change concerned HNT supply.
Under the approved HIP 149 tokenomics proposal, Helium authorized roughly 141 million additional HNT for issuance over a three-year period.
During the initial phase, the supplement would introduce roughly 196,000 HNT per day. That rate would remain in place for about a year before gradually tapering toward zero over the following 24 months.
The first year alone accounts for roughly 70.6 million HNT.
To understand the scale, compare that daily supplement with the existing issuance schedule.
HIP 149 puts baseline network emissions at roughly 20,548 HNT per day.
The new supplement’s initial daily rate is roughly 9.5 times that baseline.
Combined, the two streams would generate about 216,500 HNT in daily gross issuance, before accounting for token burns or other supply adjustments. The additional funding stream alone would account for roughly 90% of that total.
There is an important distinction here: the 141 million HNT authorization does not mean all those tokens immediately entered circulation.
The schedule is gradual, its eventual effect depends on implementation and token burns, and the amount actually distributed or sold from the funding vault requires separate verification.
Nor is the additional issuance intended to go directly to ordinary hotspot rewards.
The proposal allocates the supplement primarily to a Nova Labs-administered vault to finance international carrier expansion, engineering, deployer programs, ecosystem development, regulatory expenses, and core operations. The proposal also sets aside about 1.25% of the supplementary issuance to compensate community-nominated Advisory Council members.
This approach makes the restructuring fundamentally different from simply paying hotspot operators more tokens.
Helium was creating a three-year funding mechanism for the business infrastructure supporting its decentralized network.
At the proposal’s illustrative price of $0.30 per HNT, the 141 million-token supplement would carry a potential nominal funding value of $42.3 million over the program.
That is not guaranteed cash. HNT’s market price can change, and selling large quantities could affect realized proceeds.
Nevertheless, the authorization represents a substantial commitment of future token supply.
And it creates an unusually revealing contradiction in Helium’s public documentation.
The network’s official HNT information page, reviewed in October 2026, still described a 223 million HNT hard cap and stated that token supply was falling.
Yet HIP 149 explicitly acknowledged that the historical maximum-supply constraint would no longer be preserved.
The proposal estimated that historical supply reductions had already lowered HNT’s effective maximum from the original 223 million projection to roughly 206 million tokens. Adding the new supplement increased that effective ceiling to roughly 347 million HNT.
The 223 million figure and 347 million figure therefore do not represent two calculations using precisely the same historical supply adjustments. Still, the older hard-cap description no longer reflects the revised economic policy.
The inconsistency may simply reflect documentation that has not been updated.
But for a cryptocurrency whose economic narrative relies partly on scarcity and network-driven token burns, the distinction deserves attention.
The network’s underlying issuance policy changed dramatically. A prospective tokenholder reading only the simplified website description might not realize it.
Ravel HNT Supply Reality Check: What Has Actually Changed?
The 141 million HNT authorization represents Helium’s future funding capacity. But the more immediate question is how much the token’s outstanding supply has already changed.
Ravel compared two publicly available reference points.
When HIP 149 was drafted in June 2026, its authors estimated HNT’s on-chain supply at 182.5 million tokens.
By October 23, Solscan’s HNT token record showed 197.44 million tokens outstanding.
That puts the increase at 14.94 million HNT, or 8.2% above the earlier reference point.
That is a meaningful change in the token’s outstanding supply over a matter of months.
But it is not an isolated measurement of HIP 149 issuance.
The June reference is approximate, and the period includes ordinary network emissions, additional issuance, token burns, and adjustments that may affect the circulating supply. Determining precisely how much came from each mechanism requires a transaction-level reconciliation.
There is, however, a useful independent point of comparison.
A token-supply analysis published by MrNasDog, using a 90-day observation period ending October 15, estimated that around 16.47 million HNT had been minted while 2.33 million were burned.
That implies roughly 14.13 million HNT in net additions during the researcher’s observation window.
Based on the reported figures, Ravel calculates that token burns offset 14.2% of gross issuance during the period.
In other words, for every 100 HNT created during that period, only about 14 were offset by burns, based on the published reconstruction.
These figures should not be mistaken for an independent Ravel audit of every mint and burn transaction. The research also covers a different observation period from the June-to-October supply comparison.
Nevertheless, the two measurements point toward the same broad conclusion: HNT’s outstanding supply has increased materially as Helium transitions to its new funding model.
The relationship between token burning and actual customer payments also needs qualification.
HNT is burned to create Data Credits, but those credits can be held and consumed later. A day of substantial commercial network activity does not necessarily generate an equivalent amount of HNT burning on that same day.
That means the supply picture alone cannot establish how much fresh money carriers are paying Helium or whether Nova Labs is moving closer to operational profitability.
It does establish something narrower, but important: the token’s scarcity dynamics have changed, and additional commercial usage has not yet been shown to offset the new issuance consistently.
The next test is not whether Helium can produce another impressive traffic statistic.
It is whether verified commercial demand, token burns, and sustainable operating revenue can eventually grow fast enough to justify the much larger supply Helium has authorized.
The Burn Test: How Much Usage Would Offset the New Issuance?
The supply figures show what has already happened to HNT. But they leave a more important question unanswered: how much commercial network activity would it take to offset the additional issuance under Helium’s revised tokenomics?
Helium’s economic case rests on a mechanism that connects actual network usage to HNT demand.
Carriers pay for data through Data Credits, with HNT burned to create those credits. More eligible network usage can therefore increase token burns.
That is a meaningful connection between the product and its token.
But burning tokens does not automatically make a network deflationary, especially when additional tokens are being issued simultaneously.
Ravel calculated a simple benchmark to illustrate the scale.
Using HIP 149’s approximate initial supplementary issuance of 196,000 HNT per day and its illustrative $0.30 token price, the daily dollar value of that issuance would be:
196,000 HNT × $0.30 = $58,800
At the standard commercial offload rate of $0.10 per gigabyte, generating an equivalent dollar value in Data Credit consumption would require:
$58,800 ÷ $0.10 = 588,000 GB per day
That translates to 588 terabytes of billable data per day under those assumptions.
For perspective, Helium’s own network growth snapshot showed daily data traffic climbing from roughly 24 TB in June 2025 to 128 TB in May 2026.
Using May’s traffic as a historical benchmark, the hypothetical burn-equivalent threshold would be roughly 4.6 times higher than the network’s daily volume at the time.
This comparison is deliberately narrow.
It does not establish Helium’s financial break-even point, forecast future adoption, or prove that HNT supply must increase by any particular amount.
Actual burns depend on the HNT price when credits are created, qualifying traffic, negotiated carrier rates, and other Data Credit activity. Higher-value venues can also carry different commercial rates. The existing network emission schedule and Nova Labs’ operating expenses sit outside this calculation.
It also matters whether Data Credits reflect new external spending rather than transfers of previously funded balances.
What the calculation does establish is a measurable benchmark: at those reference prices and traffic rates, Helium would need substantially more usage-driven token burning to offset the nominal value of the supplementary issuance alone.
The network has already attempted to refine this relationship further.
In September, HIP 150 increased the target minimum compensation for deployers, moving it from 50% to 80% of the amount paid for qualifying data.
At the $0.10 base rate, that raised the target minimum from $0.05 to $0.08 per gigabyte.
Nova Labs also redirected its Service Provider Rewards toward the deployer reward pool, increasing the latter’s allocation from 70% to 94%. Premium locations could receive negotiated multipliers tied to higher carrier payments.
These changes matter because they demonstrate that the restructuring was not a one-time adjustment followed by business as usual.
Helium was continuing to modify who earns what, how much carriers pay, and how token incentives interact with real-world demand.
There is a potentially encouraging interpretation: the network is learning to pay for services according to their actual economic value.
There is also a harder interpretation: the original incentive design needed considerable reconstruction once commercial reality arrived.
Both can be true.
The Customers Are Real. Their Demand Still Has to Last
Helium’s challenges are not limited to token issuance.
On August 28, Di Dio announced that a third-party integrator’s pilot, which had routed traffic from a U.S. carrier, would be disconnected.
In his public explanation of the impending metrics decline, he said the change would reduce the network’s daily active user count.
The announcement did not mean all major carrier relationships were ending. Helium continued to emphasize its other telecom partnerships and ongoing expansion.
But it exposed another dimension of network economics: commercial adoption can reverse, particularly when meaningful traffic depends on relationships with relatively few large counterparties.
A wireless network might support millions of daily connections and still be vulnerable to the loss of a major traffic source.
That makes customer concentration, recurring traffic, contract durability, and verified billable data more meaningful measures of economic health than headline user counts alone.
The network is also changing how its operational data can be examined. In October, Helium described a transition toward publicly queryable data infrastructure covering network activity, including sessions and rewards.
That could eventually allow outsiders to test whether rising traffic translates into sustainable token demand without relying exclusively on marketing statistics.
For now, however, the public record does not establish Nova Labs’ full operating cash flows, the exact value realized from supplement token sales, or a complete independent reconciliation of issuance and burns under the new system.
The absence of those figures should not be mistaken for evidence of a financial shortfall of any particular size.
What is visible is the economic bargain Helium has chosen.
New token supply provides time and resources to expand carrier relationships and improve the underlying business. Tokenholders accept the potential dilution in exchange for the possibility of a larger and more sustainable network.
A seven-member Advisory Council is intended to oversee the program. Under its published governance framework, the council can request relevant disclosures, recommend corrections, and initiate a process that could reduce or halt the supplement through a community vote.
It cannot independently stop issuance or veto individual expenditures.
The framework also establishes a financial objective: the entity managing the network should aim to become cash-flow neutral during the three-year funding period.
That is a more useful milestone than a speculative HNT price target.
Helium has already shown that decentralized infrastructure can attract real telecommunications traffic. Its latest economic arrangements now have to demonstrate that commercial demand can support the people and companies maintaining that infrastructure without relying indefinitely on fresh token funding.
This is what makes Helium such an unusual case after the hype.
For many crypto projects, the central question is whether anyone will ever use the product.
Helium appears to have moved past that stage.
Its harder test is whether the customers it has attracted can eventually support the economics of the network that serves them.
The first chapter of Helium was about proving people would use decentralized wireless infrastructure. The next is about proving they will pay enough to keep it running.
Ravel Methodology Note
Ravel reviewed Helium’s HIP 149 governance parameters, subsequent reward changes, official network disclosures, and published quarterly research available as of October 23, 2026.
The 28.3% revenue-to-volume index decline is calculated as (1 − 0.14) ÷ (1 + 0.20) − 1. It is a comparative indicator, not a verified realized carrier price or operating margin.
The 588 TB daily burn-equivalent benchmark assumes 196,000 supplementary HNT issued daily, a constant $0.30 HNT valuation, a $0.10 per-GB Data Credit consumption rate, and 1 TB equal to 1,000 GB. It excludes other burn categories, existing emissions, negotiated premiums, timing differences, and operating costs. It should not be interpreted as a profitability threshold.
The issuance figures describe the approved economic framework rather than a completed transaction-by-transaction audit of HNT minting, vault distributions, or realized token sales.
The 14.2% burn-to-issuance ratio is Ravel’s calculation based on mint and burn figures published by independent researcher MrNasDog for a 90-day period ending October 15, 2026. Ravel has not independently reconciled the underlying transactions, and the figure should not be interpreted as a verified measure of carrier-funded token demand.
