TERAWULF INC. (WULF): what the price assumes
In the published model solve dated 2026-Q2, anchored at $15.41, TERAWULF INC. (WULF) is priced for today's economics sustained for ~32.6 years. boothcheck publishes no house fair value, target price, or buy/sell rating; individual model outputs and user-controlled scenarios are analytical inputs, not Boothcheck targets. Narrative composed 2026-06-28.
Generated: 2026-08-01 · Exported: 2026-08-03 · Source: https://boothcheck.com/report/WULF
Headline
| Field | Value |
|---|---|
| Ticker | WULF |
| Company | TERAWULF INC. |
| Current price | $15.42/sh |
| Composition | Digital Asset Mining 90% / HPC Leasing 10% |
What The Price Assumes (Inversion)
The assumption today's price embeds, recovered by inverting the valuation.
| Field | Value |
|---|---|
| Inversion basis | revenue-multiple |
| EV / sales paid | 49.7x |
| Steady-state operating margin assumed | 17.8% |
| Must persist for | 32.6y |
Solve inputs: computed at a 12.3% cost of capital; growth searched up to the 25% self-funding ceiling; each 1pp moves the implied horizon ~3.8 years.
Reconcile: at the x-ray's 9.3% required return this reads ~22.6 years; the models below use their own rates.
How unusual the bet is: elevated (limited comparison data)
| Reference | Value |
|---|---|
| sustained it ~10 years at this level | 14% |
| implied end-window share | 0% |
Valuation X-Ray
How the valuation models price the stock relative to the market price. Price/FV above 1.0 means the market pays more than that lens defends (expensive); at or below 1.0 the lens can defend the price.
| Family | Median price/FV | Models | Reads |
|---|---|---|---|
| Asset | — | 0 | — |
| Earnings | — | 0 | — |
| Relative | — | 0 | — |
| Growth | — | 0 | — |
The models below discount at their own flat-beta convention rates (cost of equity 9.3%, WACC 7.0%); the inversion above states its own rate.
Per-Model Detail (n=1)
| Model | Family | FV | Price/FV | Applicable | Methodology |
|---|---|---|---|---|---|
| DCF Perpetual Growth | Growth | $0.00 | — | no | Negative/zero FCF — equity value floored at $0 |
| DCF Exit Multiple | Growth | $0.00 | — | no | Negative/zero FCF or EBITDA — equity value floored at $0 |
| Relative Valuation | Relative | $0.51 | 30.23x | yes | P/S fallback (negative EPS): Sector P/S 1.5x × TTM revenue — excluded from consensus (excluded from median) |
| Simple DDM | Growth | — | — | no | — |
| Two-Stage DDM | Growth | — | — | no | — |
| Simple Excess Return | Asset | — | — | no | — |
| Two-Stage Excess Return | Asset | — | — | no | — |
| Discounted Future Market Cap | Growth | $1.83 | 8.42x | no | Rev $0.2B, growth 30% (input: historical growth; tapered), Terminal P/S: 4.5x / 6.0x / 7.2x (bear / base = today's held flat / bull, cap 6x) |
| Peter Lynch Fair Value | Relative | $0.00 | — | no | Negative/zero EPS — earnings-based value floored at $0 |
| Margin Trajectory | Growth | — | — | no | — |
| Earnings Power Value | Earnings | — | — | no | — |
| Residual Income | Asset | — | — | no | — |
| Graham Number | Asset | — | — | no | — |
| EV/EBITDA Relative | Relative | — | — | no | — |
| FCF Yield | Earnings | — | — | no | — |
| SBC-Adj FCF Yield | Earnings | — | — | no | — |
| Ben Graham Formula | Earnings | — | — | no | — |
| ROIC-Justified P/B | Asset | — | — | no | — |
| P/Sales Sector | Relative | $0.51 | 30.23x | no | Revenue $0.17B × sector P/S 1.5x |
| PEG Fair Value | Relative | — | — | no | — |
| Earnings Yield | Earnings | — | — | no | — |
| Funds From Operations Multiple | Relative | — | — | no | — |
| Clinical Phase NPV | Growth | — | — | no | — |
| Merton | Asset | — | — | no | — |
| V5 Mechanical | — | — | — | no | — |
Solvency
| Field | Value |
|---|---|
| Net debt | $572.6m |
| Interest coverage | -2.0x |
| Share count CAGR (dilution) | 29.5% |
| Burning cash | yes |
Operating profit is negative or near zero and the company has no demonstrated through-cycle (mid-cycle) operating margin to normalize against, so years-to-repay cannot be computed honestly.
Bullet Takeaways
This is a speculative-stage company, so the trailing numbers do not describe the business it is becoming. TeraWulf is loss-making and burning cash today, with revenue of just $34 million in Q1 2026, which is why the price reads against sales at an extreme multiple rather than against earnings.
The pivot is the entire thesis. AI and HPC leasing revenue hit $21 million in the quarter and overtook bitcoin mining for the first time, more than doubling from the prior quarter, anchored by long-term Fluidstack contracts that Google is backstopping to the tune of roughly $3.2 billion.
At $28.91 the price embeds an extreme bet: an eventual operating margin near 18% and revenue growth beyond 25% a year sustained for decades. The company carries about $3.1 billion of cash but funds growth through heavy dilution.
Bull Case
Read TeraWulf as a speculative-stage infrastructure company, not a profitable operator, because that frame determines how the numbers should be read. The trailing financials show a loss-making, cash-burning business with a deeply negative operating margin and only $34 million of quarterly revenue, so traditional earnings models do not apply, and the price reads against sales. What matters is the transition underway, and it is real: in Q1 2026, AI and HPC lease revenue reached $21 million and overtook bitcoin mining for the first time, more than doubling from $9.7 million in the prior quarter and reaching 62% of total revenue. The company is converting from a commodity bitcoin miner into a contracted data-center landlord, which is a fundamentally better business.
The Fluidstack contracts and Google's involvement are what de-risk the pivot. The filing notes TeraWulf has entered long-term datacenter lease agreements with customers for specified infrastructure at its Lake Mariner Data Campus in upstate New York (FY2025 10-K, accession 0001083301-26-000031). Those leases now exceed 200 MW of critical IT load over ten-year terms, and Google has agreed to backstop roughly $3.2 billion of Fluidstack's lease obligations in exchange for warrants giving it an approximately 14% pro forma stake. A backstop of that size from a hyperscaler is a powerful validation: it makes the project debt financeable and signals that a sophisticated counterparty believes the contracted cash flows are durable. The company is targeting 250 to 500 MW of new contracted capacity annually.
The balance sheet and asset base support the build-out. TeraWulf held roughly $3.1 billion of cash and restricted cash at quarter-end and closed a $250 million revolving credit facility, so it has the liquidity to fund the next phases. It had 60 MW of critical IT capacity energized and generating revenue at Lake Mariner, with phase-one Fluidstack capacity of about 40 MW expected online in the first half of 2026 and the full 200-plus MW by year-end. Power is a competitive advantage here: the filing notes the company's electricity is subject to variable hourly wholesale rates, which introduces unpredictability but also flexibility (FY2025 10-K, accession 0001083301-26-000031). Against bitcoin-mining peers like MARA, Riot, and CleanSpark, TeraWulf's shift toward contracted AI hosting with a Google-backed anchor tenant is the differentiated path, and analysts have been raising targets as the story changes.
Bear Case
The variables with the most leverage on this thesis are external and largely outside the company's control. The first is bitcoin: 90% of the business is still digital-asset mining, and mining revenue depends on the bitcoin price, network difficulty, and the periodic halving of block rewards. The filing flags that its assumptions depend on consumer trust in and market acceptance of cryptocurrencies, which could limit future adoption (FY2025 10-K, accession 0001083301-26-000031). A sustained bitcoin downturn would gut the segment that still generates most of the company's revenue while the HPC business is only beginning to scale. The second is energy: the company buys power at variable hourly wholesale rates (FY2025 10-K, accession 0001083301-26-000031), so a spike in electricity prices, or grid constraints in upstate New York, would pressure both the mining economics and the margins on the new data-center leases.
The price assumes an outcome at the extreme end of the scale, and the inversion says so. At roughly 90x revenue, the price embeds an eventual operating margin near 18% and revenue growth beyond 25% a year sustained for decades, a bound the model cannot even resolve as a stable point because the demands are so high. The company is currently loss-making with a deeply negative operating margin, so the entire valuation rests on a future buildout executing flawlessly. Historically only about 30% of comparable fast-growers sustained even a five-year version of this growth, and the price demands far more than five years.
The funding model is the structural risk a holder cannot ignore. TeraWulf has been financing its growth by issuing stock at a roughly 30% annual share-count growth rate, so even as the business scales, existing holders are heavily diluted, and the Google warrants add another 14% of pro forma shares. The data-center buildout is capital-intensive and depends on construction timelines, equipment delivery, and power energization all hitting schedule; phase one is only about 40 MW with the bulk due in the second half of 2026, so most of the contracted capacity is not yet generating revenue. If any of those milestones slip, if bitcoin falls, or if the AI data-center capacity cycle cools, a stock priced for a flawless multi-decade execution has enormous downside. This is a high-risk, high-reward speculation, not a value name.
Valuation
Because TeraWulf is loss-making, the standard earnings and asset models do not apply, and the price reads against sales. At $28.91 (June 28, 2026) the stock trades near 90x trailing revenue, an extreme multiple. The only model that runs is a price-to-sales fallback, which on a sector multiple lands near $0.60, a figure so far below the price that it underscores how little the current revenue base supports the valuation.
Inverting the price returns a bound rather than a point. At about 90x revenue, the price implies the business eventually earns an operating margin near 18% and grows revenue beyond 25% a year sustained for roughly 40 years, solved at a 14% cost of capital. The honest statement is that this is the most demanding end of the scale, not a resolvable target. The company's current operating margin is deeply negative, so every dollar of that future value has to be created by the HPC pivot scaling into a profitable, contracted data-center business.
The practical read is that this is a venture-style valuation on a public stock. The cash on the balance sheet, about $3.1 billion, and the Google-backed Fluidstack leases give the build-out a real foundation, but the price is not anchored to any current fundamental; it discounts years of flawless execution. An investor here is underwriting the optionality on AI data-center demand and the company's ability to convert contracted megawatts into cash flow, against the dilution and the bitcoin and energy exposures.
Catalysts
The HPC capacity rollout is the dominant catalyst. Phase-one Fluidstack capacity of about 40 MW is expected online in the first half of 2026, with the full 200-plus MW deployed by year-end, and the CB-5 building adds another 160 MW with operations targeted for the second half of 2026. Each energization milestone converts contracted megawatts into recognized lease revenue, so the cadence of bringing capacity online is the key thing to track. The Q1 2026 report already showed the pivot working, with HPC lease revenue of $21 million overtaking bitcoin mining for the first time.
The Google-Fluidstack relationship is the catalyst that reshaped the story, and any further expansion of contracted capacity or backstop would extend it; Google's backstop has already grown to roughly $3.2 billion with a 14% pro forma stake. Analyst targets have risen sharply as the narrative shifted, with Needham, Roth, and Clear Street all moving to the $20 to $21.50 range, though the stock has run above those levels. The chief risks to the timeline are construction or power-energization delays on the new buildings, a downturn in the bitcoin price that hurts the still-dominant mining segment, a cooling of the AI data-center capacity cycle, and continued heavy share issuance. This is an execution-and-macro story: the upside is large if the megawatts come online on schedule and AI demand holds, and the downside is severe if they do not.
Sources: StockTitan: TeraWulf Q1 revenue hits $34M, HPC leases $21M; crypto.news: TeraWulf HPC revenue tops bitcoin mining; TeraWulf: Fluidstack 200+ MW 10-year AI hosting agreements (IR); DCD: Fluidstack 160MW expansion, Google increases stake; Yahoo Finance: why analysts say TeraWulf's story is changing.
Peer Cohorts (Per Segment, With Filing Citations)
Core business (reported)
- MARA (MARA Holdings Inc)
- (no filing in the citation store)
- RIOT (Riot Platforms Inc)
- (no filing in the citation store)
- CLSK (CleanSpark Inc)
- (no filing in the citation store)
- CIFR (Cipher Mining Inc)
- (no filing in the citation store)
- CORZ (Core Scientific Inc)
- (no filing in the citation store)
- IREN (IREN Ltd)
- (no filing in the citation store)
- BITF (Bitfarms Ltd)
- (no filing in the citation store)
- HUT (Hut 8 Corp)
- (no filing in the citation store)
Methodology Note
- Priced-in inversion: the valuation is inverted on the current price to recover the operating-income growth, duration, and steady-state margin the price embeds (ROE for financials, FFO growth for REITs).
- Valuation x-ray: the valuation models, grouped into four families (asset, earnings, relative, growth). Each model is expressed as a price/FV ratio (distance from price), not a point fair-value estimate. The spread across families is the disagreement.
- Solvency: net cash/debt, net-debt-to-NOPAT, interest coverage, and share-count CAGR from EDGAR financials (net debt / FFO and fixed-charge coverage for REITs; regulatory-capital framing for financials).
- Peer cohorts: per-segment comparables with deep-linkable SEC filing citations.
Fundamentals sourced from SEC EDGAR filings. Current price from Databento. The priced-in inversion and valuation x-ray are computed by the boothcheck engine; narrative composed by AI from the structured data.