Helium $HNT Valuation Reports: Part 2

This is Part 2 of Helium $HNT Valuation Reports. See Part 1 here.

Authors: Katarina Keller, Mark Leontev

Important note on valuation framework: our goal is not to arrive at a single "fair value," but to build a framework for thinking about what needs to be true for HNT to be worth 5x+ today on a discounted basis.

Important Caveat on Recent Developments

Two post-completion developments materially affect how to read this report. On June 2, 2026, Helium Mobile announced that it is being acquired by Noble Mobile, which has committed to use the Helium Network; terms, purchase price, closing structure, and implications for Nova Labs / HNT integration remain undisclosed. More important for HNT, HIP-149 would reset Mobile economics: lower carrier offload burn rates, eliminate PoC rewards, shift emissions toward usage-serving deployers and operations, and add a separate ~141M HNT capitalization stream over 36 months.

Our high-level read is: it is a token-holder-funded recapitalization plus a price-discovery experiment. That may be rational for Helium as an operating network: $0.50/GB appears to have validated carrier interest but not forced scaled adoption, and $0.10/GB may convert pilots into recurring volume. But it is a bearish HNT event unless that volume response arrives quickly enough to offset lower pricing, added issuance, and deployer sell pressure.

The report below should therefore be read as a pre-HIP-149 framework, not a current fair-value model. The investment question has changed from "is carrier demand real?" to "what share of carrier economics can HNT capture after repricing and recapitalization?" If HIP-149 passes as written, the old $0.42/GB protocol revenue path, 30% integration dilution assumption, and supply denominator are stale.

A Note on Methodology

We were unable to engage directly with the Helium and Nova Labs teams during the preparation of this report. The official Helium Discord was closed to outside discussion at the time of writing, and questions posted on Reddit and GitHub did not receive responses. As a result, all forward-looking assumptions in the model below are derived from publicly available sources — primarily Blockworks Advisory's quarterly Helium Token Holder Reports, Helium protocol documentation, blockchain data, and management commentary in interviews and on social media. We flag each material assumption with its source.

The model takes the form of a sum-of-the-parts forecast over a 5-year horizon to 2030E, with separate revenue and cost build-ups for the two distinct entities introduced in Section 2:

• Helium Mobile — the retail MVNO business operated by Nova Labs (Section 5.1)

• Helium Network (Protocol) — the wholesale protocol economy tied to HNT (Section 5.2)

Section 6 applies trading and transaction multiples to the 2030E outputs to derive the implied HNT price under the SOTP framework with assumed 30% dilution.

The attached calculation model leaves all assumptions and formulas visible so readers can follow the logic behind the projections.

5.1 Helium Mobile — MVNO Forecast

The Helium Mobile forecast is built top-down from the addressable market through market-share penetration to active subscribers, then bottom-up through ARPU, data costs, and operating expenses to EBITDA. The model is anchored on Helium Mobile's reported year-end 2025 cumulative signups (631,932 per Blockworks Analytics) and projects a steady ramp to 2030E using internal cohort assumptions for active conversion, ARPU mix, and data consumption.

The Helium Network forecast is anchored on a top-down view of the US Mobile Data Offload market, with Helium capturing a defined and growing market share. This is paired with the Helium Mobile contribution (intercompany transfer) modeled separately, and measured against the HNT emissions schedule established by HIP-20.

6.1 Recap: Sum-of-the-Parts with Assumed Integration

HNT is economically exposed to Helium Network protocol economics, not to the Helium Mobile retail MVNO business operated by Nova Labs. The two are structurally separate today: DC burn and HNT emissions affect the token directly, while retail subscription revenue belongs to Nova Labs equity holders. The most discussed governance lever for unifying them is some form of equity-to-token integration — converting a portion of Nova Labs' enterprise value into HNT-denominated terms, so the combined business is economically tied to the token.

We model this integration as a 30% dilution of HNT supply to convert Nova Labs' equity ownership of Helium Mobile into HNT terms. Under this assumption:

• The standalone Helium Mobile valuation (Section 6.3) is shared pro-rata across expanded HNT supply
• The standalone Helium Network valuation (Section 6.4) flows to all HNT holders
• The combined SOTP enterprise value is divided by the post-dilution token supply to produce the implied HNT price (Section 6.5)

The 30% dilution figure is anchored within the publicly indicated 5–50% range (per Blockworks Research) and validated by an internal sanity check below.

6.2 Sanity Check on the 30% Dilution Assumption

Before applying the 30% assumption, we cross-check it against a today's-basis calculation for what the "fair" dilution would be — the dilution at which Nova Labs equity holders are made whole on the value they bring to the combined entity.

Today's Basis. Protocol FDV at $0.80 HNT x 223M supply = $178.4M. Helium Mobile at Q1 run-rate ($35.5M annualized) x 1.62x Base EV/Rev multiple = $57.5M. Helium Mobile share of combined value = 24.3%, implying required issuance of ~32.1% of pre-integration HNT supply on a today's-basis. Our 30% assumption sits below that level but remains within the Blockworks-indicated 5–50% range, and raises the per-token hurdle versus a no-dilution case.

6.3 Helium Mobile Standalone Valuation

We value Helium Mobile as an MVNO business using three multiple-based methods anchored on a comparable set of public MVNOs and recent M&A transactions.

Comp set includes Japan Communications (TSE: 9424), Freenet AG (XETRA: FNTN), 1&1 AG (XETRA: 1U1), and Tucows (NASDAQ: TCX). Japan Communications is the cleanest reference — a pure-play MVNO without owned infrastructure, structurally closest to Helium Mobile today. The others are hybrids (broadband, retail, multi-segment telecom holdings), so their multiples reflect business mix as much as MVNO economics.

Average ~1.93x EV/Revenue, median ~2.01x. The clearest single reference is the Mint Mobile / T-Mobile deal at 3.4x: a pure-play prepaid MVNO with disruptor positioning (Ryan Reynolds branding, value-tier pricing, ~70% YoY revenue growth) acquired by a Tier-1 carrier specifically for its subscriber base — structurally the closest analog to Helium Mobile in the set.

Applied multiples and output:

6.4 Helium Network (Protocol) Standalone Valuation

We treat DC burn as protocol revenue because it is the dollar-denominated usage spend required to access the network. This is not corporate revenue in the equity sense: HNT holders do not receive cash distributions. Value accrues through token supply reduction, so FDV/Revenue should be read as a token value-capture multiple rather than a traditional enterprise revenue multiple.

The Helium Network has no clean public market comparable. The closest reference set is the cohort of revenue-generating DePIN tokens analyzed in Section 1. Because our valuation framework looks forward to 2030 with assumed 30% dilution, we anchor on FDV/Revenue multiples (which adjust for circulating-vs-max-supply dynamics) rather than MC/Rev. Across the DePIN cohort (excluding 100x+ outliers), the FDV/Rev median is ~42x, average ~48x. We apply 30x FDV/Revenue as our Base case multiple — conservative versus the DePIN token comp set, but not conservative versus mature telecom infrastructure. The discount to the DePIN median reflects carrier concentration, pricing risk, and the early stage of the Wi-Fi offload market.

Applied to 2030E Adjusted Protocol Revenue of $208.1M (Total Mobile Offload $272.3M less Helium Mobile intercompany $64.2M — see methodology in Section 5):

This adjustment prevents double-counting Helium Mobile economics, since the MVNO is valued separately in Section 6.3.

We apply differentiated discount rates reflecting the distinct risk profiles of the two blocks. The 20% rate for Helium Mobile is anchored on Damodaran's wireless telecom industry cost-of-equity benchmark (~8% for mature operators) plus a ~12pp premium for execution and scale risk given Helium Mobile's early-stage subscriber base — broadly consistent with the 18–22% range applied to pre-IPO MVNOs in private market transactions. The 40% rate for the Protocol is our standard convention for early-stage DePIN protocols with material token-economic uncertainty, applied consistently across our crypto coverage (see our prior analyses on MetaDAO and Pendle). It incorporates HNT price sensitivity, carrier concentration, governance/regulatory dynamics, and general crypto-market risk premium. These discount rates are not intended to represent normal public-equity WACC. They are risk-adjusted hurdle rates used to penalize timing, execution, token-structure, and governance risk before comparing implied HNT value to today's market price.

6.5 Combined SOTP and Implied HNT Price

Combining the two PVs and applying the 30% dilution assumption, we present Bear, Base, and Bull scenarios that vary the valuation multiples on both the Helium Mobile and Protocol blocks. Bear and Bull bracket the outcome under more conservative and more optimistic multiple assumptions, respectively.

The Base case implies $5.93 per HNT — a 7.4x upside from current $0.80. This is derived under a 30x FDV/Revenue multiple for the Protocol (~71% of the DePIN FDV/Rev median), Base-tier MVNO multiples for Helium Mobile, a 30% dilution close to (slightly below) the today's-basis implied level of 32.1%, and 40% / 20% discount rates on the Protocol and Helium Mobile valuation blocks, respectively. The Bear case ($3.96) still implies a 5.0x upside — providing a meaningful margin of safety.

6.6 Sensitivity Analysis

We flex five key 2030E assumptions one at a time while holding all others at Base. The chart below sorts assumptions by absolute impact range on implied HNT price; Down — Base — Up values are shown next to each assumption name.

Three observations stand out. First, Protocol offload market share is by far the largest driver — flexing it between 3% and 7% moves implied HNT from $3.83 to $8.02. This reflects the high multiple (30x FDV/Revenue) applied to the Protocol revenue stream and confirms that the protocol-share thesis is the central question for the valuation. Second, ARPU 2030E is the dominant Helium Mobile-side lever ($4.62 — $7.24), more sensitive than market share itself, because ARPU flows directly through revenue without offsetting cost growth. Third, the percentage of data carried on Helium's own network has the smallest swing ($5.54 — $6.31). This does not mean routing mix is irrelevant; it means the modeled range affects Helium Mobile gross margin more than the Protocol valuation block. The central valuation question remains protocol offload share.

Even at the downside end of each one-way sensitivity, implied HNT remains above the current price (~$0.80), reinforcing the asymmetric risk-reward in the Bear / Base / Bull SOTP output. We treat this as a sanity check on the Base case rather than a probabilistic range. We do not treat the discount rates as precision inputs. They are deliberately punitive risk haircuts; the key valuation question remains whether the Protocol revenue path materializes.

The Base case in Section 6 varies ordinary model assumptions: multiples, growth rates, and EBITDA timing. The catalysts below would add new revenue streams, change the business structure, or expand the addressable market. They are not built into the Base case forecast, so we treat them as embedded option value.

7.1 International Scale via Inversion Capital

HIP 142 onboarded Inversion Capital as Helium's second authorized Service Provider in Q2 2025, focused specifically on consolidating MVNOs across Latin America. Inversion's investment thesis — formulated by founder Santiago Santos (formerly of ParaFi) — is to acquire mature, slow-growing telecoms in legacy markets and "rip and replace" their underlying infrastructure with crypto rails. The first acquisitions are expected to be in Mexico and Brazil.

We have not modeled Inversion explicitly in our Section 5 forecast. Doing so requires acquisition timing, target identification, and integration assumptions that are not yet public. The addressable market is large:

• Mexico — average mobile data consumption 5–20 GB/month, with one carrier (Movistar) already partnered with Helium Mobile (~2.3M subscribers, 31 expansion zones designated for hotspot deployment as of early 2025). The MVNO segment of the Mexican mobile market represents ~3M+ subscribers across multiple operators.

• Brazil — ~6M+ MVNO subscribers across the addressable market, with significantly higher data consumption per user than Mexico.

• Wider LATAM — Argentina, Colombia, Chile, and Peru represent further expansion candidates aligned with Inversion's mandate.

If Inversion executes its initial 1–2 acquisitions and replicates even 20–25% of the Helium U.S. carrier-offload economics across its LATAM portfolio by 2030, this would add an independent revenue stream not captured in our forecast.

7.2 Helium Plus and Deployer Scaling

Helium exited Q1 2026 with ~11,910 deployers producing carrier offload throughput. Helium Plus removed dedicated hardware requirements: operators can participate using existing consumer Wi-Fi routers via a brownfield conversion model. With Ameriband's commitment to scale to 250K+ converted hotspots, the supply side has a path to 100K+ deployers within 2–3 years without additional hardware capex. Denser coverage means earlier margin improvement for Helium Mobile and a broader carrier-offload footprint for the Network.

As of June 2026, more than 75% of mobile hotspots are brown-fielded wi-fi access points: 104,591 out of 138,906 devices currently functioning - Data Source: Helium World.

7.3 Carrier Partner Expansion

Carrier offload through Helium is currently concentrated on Tier-1 partners — widely understood to be T-Mobile and AT&T — together representing essentially 100% of identified offload volume. The expansion case rests on a simple point: Helium gives carriers variable-cost indoor capacity, not a replacement network. That concentration is not inherent to the Wi-Fi offload model: Boingo Wireless, the closest pre-Helium reference point, maintained over 100 carrier partnerships globally at the time of its $620M acquisition by Digital Colony in 2021.

Helium today operates with dedicated carrier partners. Tactical near-term opportunities include:

• Verizon — the most obvious gap among U.S. Tier-1 operators. No public partnership disclosure as of Q1 2026.

• International Tier-1s — partnerships with Telefónica (already partnered via Movistar Mexico), Vodafone, Orange, América Móvil, and Telstra would each represent material independent demand.

• Cable MSOs as MVNO operators — Comcast Xfinity Mobile and Charter Spectrum Mobile run MVNOs on Tier-1 networks and could route through Helium directly.

7.4 Financial Services on Top of the Telecom Stack

The most ambitious upside lever — articulated by Santiago Santos in his commentary on Inversion's strategy — is the layering of financial services on top of the telecom subscriber base. Santiago has framed the thesis explicitly through the M-Pesa analog: in Kenya, Safaricom is simultaneously the largest telco and the largest financial services provider in the country. By that benchmark, layering financial services on top of telecom can materially lift per-subscriber ARPU — making our $20/mo 2030E base assumption for Helium Mobile look conservative if even a partial fintech overlay materializes.

"Every business that has really worked at scale becomes a financial services company. Airlines... Costco, Walmart, Starbucks is a very large bank because you have pre-funded gift cards. If you own the user relationship, you can offer them stablecoins and yield."

— Santiago Santos, Helium High Signal Podcast

For Helium Mobile, this implies an evolution from "MVNO with crypto-native distribution" to "consumer financial app that happens to also provide cellular service." With the HNT/DC system and Solana settlement already integrated, Helium Mobile is structurally well-positioned to add stablecoin-denominated savings, remittance corridors (especially valuable in Inversion's LATAM portfolio), and tokenized exposure to other DePIN networks. We have not modeled financial services revenue — there is no observable run-rate to anchor against. But if this transition occurs by 2030, a meaningful share of revenue could be valued against fintech / neobank comps (5–15x EV/Revenue) rather than MVNO comps (1.5–4x EV/Revenue), rerating the Helium Mobile component by 3–5x.

7.5 Why These Matter

None of the above is required for our Base case. Section 6 implies a $5.93 HNT price (7.4x upside) with the current carrier set, no LATAM contribution beyond Helium Mobile subscriber growth, no financial services revenue, and a steady deployer ramp. The four catalysts each represent independent upside. We do not need precise odds on any single item: even modest probability across several catalysts raises expected value above the Base case.

The risks below are organized by where they sit in the model — Helium Mobile execution, Network concentration, carrier integration and technology substitution, Nova Labs viability, governance, and broader sector risks.

8.1 Helium Mobile: Coverage Ramp Dependency

The largest execution risk is the coverage ramp. As of Q1 2026, only 13% of Helium Mobile subscriber data is routed through Helium's own hotspot network; the remaining 87% is wholesaled from T-Mobile at higher per-GB costs ($1.50–3.00/GB vs $0.24/GB realized on the Helium network). Our Base case model projects this share rising to 50% by 2030 — a near-4x improvement over four years.

This ramp depends on two things: deployer densification (moving from 11,910 deployers to a dense urban-and-suburban grid) and network reliability (handsets seamlessly authenticating against Helium hotspots). If actual coverage reaches only 25–30% by 2030 rather than 50%, data costs widen materially, gross margin compresses, and EBITDA breakeven pushes out beyond 2030. If the early signup base proves materially promotion-driven, Helium Mobile may show strong reported user growth without the paid retention, ARPU, or usage density required to support the 2030E revenue and EBITDA forecast.

8.2 Carrier Concentration

Carrier offload — the largest revenue line in the model and the cleanest deflationary engine — is concentrated on two Tier-1 partners (widely understood to be T-Mobile and AT&T). Together they account for nearly 100% of identified offload volume. The risk is concentrated rather than perfectly binary: loss of either major carrier could sharply reduce protocol revenue, potentially by roughly half if volumes remain comparable, with corresponding impact on HNT burn and net deflation status. Multi-year contract terms are not publicly disclosed, and renewal dynamics are unknown.

8.3 Carrier Pricing and Margin Compression

A related risk is carrier pricing power. Even if both T-Mobile and AT&T remain partners, they may push for lower wholesale rates per GB as Helium becomes a larger part of their offload economics. Per Blockworks Research, current effective offload rates are reportedly significantly below the $0.50/GB reference price. The headline DC burn number in our model (which uses the realized $0.42/GB rate) may overstate the network's ability to capture economic value as scale increases. The most important downside case is not that Helium loses carrier demand outright, but that carriers continue scaling usage while pushing effective pricing per GB materially below the current ~$0.42 level.

The more severe risk is vertical integration: Tier-1 carriers could deploy their own Wi-Fi offload infrastructure, eliminating the need for Helium entirely. The economic argument against this is that operators have repeatedly tried and failed to build proprietary Wi-Fi networks at scale — Boingo and similar specialists exist precisely because the carriers found wholesaling cheaper than building. But the risk remains live.

The core question is not whether carriers can build offload infrastructure themselves; they can. The question is whether they should. Macro towers do not solve fragmented indoor capacity, and carrier-owned Wi-Fi offload requires site acquisition, installation, backhaul, support, local optimization, and utilization risk across thousands of small locations. Helium converts that fixed-cost buildout into variable-cost capacity: carriers pay only when data flows. The vertical-integration risk is therefore real, but the economic hurdle is higher than the technical hurdle.

8.4 Nova Labs Financial Viability

Helium Mobile in our model accumulates approximately $113M of cumulative EBITDA losses through 2028 before reaching breakeven in 2029–2030. These losses are funded by Nova Labs shareholders, not by HNT holders directly. Even so, Nova Labs' financial viability is critical to the upside thesis: it operates Helium Mobile, has significant influence over network governance, and would need to be a viable counterparty for any equity-to-token integration.

A separate risk is structural rather than financial: if no equity-to-token integration occurs, HNT holders may continue to capture only Protocol economics while Helium Mobile equity value remains with Nova Labs shareholders. In that case, the Helium Mobile block in the SOTP should be treated as option value rather than base-case token value.

Nova Labs raised $250M+ across multiple rounds, including a $200M Series D in 2022 at a $1.2–1.5B valuation. In August 2024, the company conducted a ~36% workforce reduction described as right-sizing toward the mobile network business. These actions extended runway but did not eliminate the underlying tension: Helium Mobile's subsidized plans burn cash while subscriber growth ramps.

8.5 HNT Token Economics

HNT trades at approximately $0.80 as of May 2026. At this level, the USD value of operator rewards is approaching the floor below which deployer hardware economics break down for new entrants. If HNT continues to compress, the token-incentive mechanism that defined Helium's initial growth could weaken — fewer new deployers, slower coverage densification, and a lower probability that the Helium Plus catalyst materializes.

The Net Emissions floor, August 2025 halving, and accelerating carrier-offload DC burn help mitigate this risk. But sustained selling pressure or further DePIN sector drawdown could push HNT below levels where deployment economics remain self-sustaining.

The important distinction is not emissions versus no emissions, but productive versus unproductive emissions. Rewards that subsidize unused coverage destroy token-holder value. Rewards that keep high-throughput locations online are closer to a network operating cost, because cutting them too aggressively could reduce the very coverage that carriers are paying to use.

8.6 Technology Substitution and Carrier Integration Timing

Satellite direct-to-cell is often framed as a threat to Helium, but the risk is more nuanced. Satellite networks improve broad outdoor coverage and emergency fallback, while Helium's strongest use case is dense, indoor-heavy offload where cellular and satellite signals struggle. The larger risk is timing and integration: carrier offload requires carrier approvals, Passpoint/profile integration, location selection, settlement, and support. These deals can move slowly, may be routed through intermediaries, and may not scale linearly even if the underlying economics are attractive.

8.7 Regulatory Risk

The most acute U.S. regulatory overhang was removed when the SEC dismissed its complaint against Nova Labs in April 2025 with a $200K settlement. Forward risk is more diffuse — telecom regulation in international markets (Inversion's LATAM thesis requires navigating licensing regimes in Mexico, Brazil, and other countries), spectrum and Wi-Fi standards evolution, and the broader crypto regulatory regime in the U.S.

8.8 Broader DePIN and Crypto Risks

Sectoral beta: HNT's drawdown through 2025 was meaningfully driven by DePIN-wide risk-off rather than asset-specific concerns. As long as HNT remains classified within the broader DePIN sector by index funds and trading desks, it will be subject to flows that have nothing to do with its operating performance. Section 1's thesis — that the revenue-generating cohort within DePIN should rerate asymmetrically — remains the core counter-argument, but the timing and magnitude of any such rerating is uncertain.

8.9 Falsification Markers

Near-term falsification is straightforward. We would become materially less constructive if, over the next two quarters, carrier-offload DC burn stops growing sequentially, Coverage Ratio falls back below 100% without a clear one-off explanation, deployer growth accelerates without corresponding throughput growth, or either of the two major carrier relationships appears to pause, renegotiate materially lower pricing, or fail to scale. The thesis does not require perfect linear growth, but it does require evidence that carrier demand continues to absorb emissions and that new deployer supply is being placed where carriers actually need capacity.

Market-level falsification would be different. The thesis would weaken if carriers or neutral-host aggregators demonstrate a repeatable low-cost model for dense indoor offload without Helium; if Passpoint / OpenRoaming marketplaces commoditize access to carrier offload demand; if realized offload pricing compresses materially below the current ~$0.42/GB level; or if satellite direct-to-cell evolves from supplemental coverage into ordinary mobile data with credible indoor performance. None of these appears to invalidate Helium today, but each would reduce the value of Helium's coordination layer even if the network continues to grow.

A separate relative-value risk is that Helium's DePIN position becomes less unique. If several other revenue-generating DePINs cross into durable net-deflation, the market may no longer reward Helium with scarcity value for being early to that threshold. This would not invalidate the carrier-offload thesis, but it would raise the opportunity-cost hurdle: HNT would need to justify its valuation against other deflationary DePINs that may trade at lower multiples, have more diversified demand, or carry less structural complexity than the Nova Labs / HNT setup.

8.10 Monitoring Framework

The rerating case should be evaluated through a small number of observable markers: sequential carrier-offload DC burn growth, Coverage Ratio remaining above 100%, offload volume growth without material price compression, deployer growth concentrated in high-throughput locations, evidence of additional carrier or geography expansion, and progress toward resolving the Nova Labs / HNT structural separation. The thesis does not require every marker to improve every quarter, but it does require the core pattern to hold: real carrier demand must continue absorbing emissions faster than new supply and token dilution expand.

Section 9. Final Thoughts

Helium began as an experimental token-incentivized IoT network and, over two strategic pivots, has evolved into infrastructure for wholesale Wi-Fi offload — what appears to be the first crypto-native telecom network to demonstrate sustained enterprise demand at scale. The Q1 2026 inflection — where carrier-offload DC burn alone exceeded HNT emissions for the first time, after two quarters of sharply improving burn coverage — marks the transition from speculative network buildout to monetizable infrastructure.

Our valuation framework deliberately relies on conservative assumptions: a 30x FDV/Revenue multiple for the Protocol (~71% of the DePIN cohort FDV/Rev median), new HNT issuance equal to 30% of the pre-integration supply base, and a 40% discount rate on protocol economics. The 30% issuance assumption sits close to (slightly below) the ~32.1% today's-basis implied level, but remains materially dilutive and within the 5–50% range discussed publicly. Even under these constraints, the Base case implies $5.93 per HNT versus current $0.80 — a 7.4x upside. The Bear case at $3.96 still represents a 5.0x return, while the Bull case extends to $7.90. The four optionality catalysts in Section 7 (Inversion LATAM scale, Helium Plus deployer densification, additional Tier-1 carriers, financial services on top of the telecom stack) are each material and not in the Base case.

The reason to care is not that HNT is the highest-growth asset in crypto. It is that the market is still pricing Helium like a failed DePIN experiment while our Base case implies $5.93 per HNT today on a discounted basis, with Bear still at $3.96 and major upside catalysts excluded. That value reflects 20% / 40% discount rates on the Helium Mobile and Protocol blocks, respectively. HNT revenue is smaller than top DeFi protocols or major L1s, but the relevant comparison is not absolute revenue scale; it is revenue quality versus valuation. Carrier offload is recurring enterprise utility demand tied directly to HNT burn, while the token trades at survival-risk multiples and sentiment is already in the gutter. The thesis is not “HNT has the biggest revenue in crypto”; it is “the market is paying very little for a business that appears to have crossed from subsidized supply-building into usage-funded economics.”

The key question is not whether Helium benefits from short-term carrier offload growth, but whether the structural inflection — burn coverage above 100%, post-halving emission compression, accelerating Tier-1 demand — translates into the token rerating that the operating fundamentals would justify. The current ~98% drawdown from ATH suggests the market is pricing in survival risk that the Q1 2026 financial print no longer supports. We see this disconnect as the central setup, and HNT as one of the cleaner asymmetric expressions of the broader thesis that revenue-generating DePINs should rerate from crypto-class to infrastructure-class multiples.