KLA CORPORATION (KLAC): what the price assumes
In the published model solve dated 2026-Q2, anchored at $176.19, KLA CORPORATION (KLAC) is priced for today's economics sustained for ~5.9 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 2026-07-03.
Generated: 2026-08-30 · Source: https://boothcheck.com/report/KLAC
Headline
| Field | Value |
|---|---|
| Ticker | KLAC |
| Company | KLA CORPORATION |
| Current price | $176.19/sh |
| Composition | Semiconductor Process Control 90% / Specialty Semiconductor Process 4% / PCB and Component Inspection 6% / Effects of changes in foreign currency exchange rates 0% |
What The Price Assumes (Inversion)
The assumption today's price embeds, recovered by inverting the valuation.
| Field | Value |
|---|---|
| Inversion basis | whole-company |
| Must persist for | 5.9y |
| Multiple paid | 42x operating income |
Solve inputs: computed at a 12.6% cost of capital; growth searched up to the 49% self-funding ceiling.
How unusual the bet is: within-range (limited comparison data)
| Reference | Value |
|---|---|
| vs own history | +0.10σ |
| cohort percentile (of 188 peers) | 73 |
Valuation X-Ray
The price is justified by relative-multiple; asset-based/earnings-power/growth-DCF land below the price.
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 | 3.53x | 4 | expensive |
| Earnings | 3.89x | 4 | expensive |
| Relative | 0.59x | 2 | justifies |
| Growth | 2.31x | 3 | expensive |
Families that justify the price: Relative Families that call it expensive: Asset, Earnings, Growth
The models below discount at their own flat-beta convention rates (cost of equity 9.3%, WACC 9.0%); the inversion above states its own rate.
Per-Model Detail (n=13)
| Model | Family | FV | Price/FV | Applicable | Methodology |
|---|---|---|---|---|---|
| DCF Perpetual Growth | Growth | $72.20 | 2.44x | yes | FCF base $4.0B, growth 12% (input: historical growth), terminal g 4.0%, WACC 9.0%, 6yr projection |
| DCF Exit Multiple | Growth | $178.51 | 0.99x | yes | Exit EV/EBITDA: 2417.2x / 2419.2x / 2421.2x (bear / base = today's held flat / bull), 6yr |
| Relative Valuation | Relative | — | — | no | P/E 26.9x (blended: static sector reference 18x + trailing (TTM) 48x), scenarios: 22.2x / 26.9x / 31.6x (bear / base = reference held flat / bull), EV/EBITDA 26.4x |
| Simple DDM | Growth | — | — | no | — |
| Two-Stage DDM | Growth | — | — | no | — |
| Simple Excess Return | Asset | $39.97 | 4.41x | yes | BV/sh $4.86, ROE (TTM) 76.1%, ke 9.3% |
| Two-Stage Excess Return | Asset | $184.86 | 0.95x | yes | 5yr excess ROE then converge to ke=9.3% |
| Discounted Future Market Cap | Growth | $76.22 | 2.31x | yes | Rev $13.6B, growth 12% (input: historical growth; tapered), Terminal P/S: 6.6x / 8.0x / 9.4x (bear / base = today's held flat / bull, cap 8x) |
| Peter Lynch Fair Value | Relative | $250.64 | 0.70x | yes | EPS $11.47, growth 22% (input: historical EPS growth), PEG=2.18 (Overvalued) |
| Margin Trajectory | Growth | — | — | no | — |
| Earnings Power Value | Earnings | — | — | no | — |
| Residual Income | Asset | $66.61 | 2.65x | yes | BV $4.86 + 5yr PV of (ROE (TTM) 76.1% − Kₑ 9.3%) × BV; BV grows 8.8%/yr |
| Graham Number | Asset | $35.42 | 4.97x | yes | √(22.5 × EPS $11.47 × BVPS $4.86) — Graham's conservative floor |
| EV/EBITDA Relative | Relative | — | — | no | EBITDA $0.10B × sector EV/EBITDA 12.0x |
| FCF Yield | Earnings | $27.72 | 6.36x | yes | FCF $3767.1M / Kₑ 9.3% — zero-growth perpetuity |
| SBC-Adj FCF Yield | Earnings | $25.16 | 7.00x | yes | SBC-adj FCF $3.46B (FCF $3.77B − SBC $0.31B) capitalized at Kₑ |
| Ben Graham Formula | Earnings | $370.16 | 0.48x | yes | EPS $11.47 × (8.5 + 2×15.0%) × (4.4 / 5.3%) |
| ROIC-Justified P/B | Asset | — | — | no | — |
| P/Sales Sector | Relative | — | — | no | Revenue $13.58B × sector P/S 2.5x |
| PEG Fair Value | Relative | $375.97 | 0.47x | yes | EPS $11.47 × (PEG 1.5 × growth 21.8% (input: historical EPS growth)) → PE 32.8x |
| Earnings Yield | Earnings | $124.02 | 1.42x | yes | EPS $11.47 / required return 9.3% (Rf 4.3% + ERP 5.0%) |
| Funds From Operations Multiple | Relative | — | — | no | — |
| Clinical Phase NPV | Growth | — | — | no | — |
| Merton | Asset | — | — | no | — |
| V5 Mechanical | — | — | — | no | — |
Economic-Unit Decomposition (Sum Of The Parts)
One or more material disclosed units has unresolved economics. Unknown/general is not evidence of homogeneity: segment SOTP is primary but incomplete, consolidated cash flow may remain only a secondary cross-check when every unit shares an enterprise basis, and one sector multiple or target margin is withheld.
| Unit | Role | Valuation basis | Revenue | Reported profit | Value evidence | Status |
|---|---|---|---|---|---|---|
| Semiconductor Process Control | operating | enterprise | $12.2b | — | withheld | unresolved no unit value |
| Specialty Semiconductor Process | operating | enterprise | $584.1m | — | withheld | unresolved no unit value |
| PCB and Component Inspection | operating | enterprise | $750.4m | — | withheld | unresolved no unit value |
No total common-equity value is stated. One or more material units lack a supported unit value. The displayed values are an indicative subtotal; consolidated debt and cash cannot be applied to a fraction of the company.
Solvency
| Field | Value |
|---|---|
| Net debt | $4.2b |
| Net debt / NOPAT (after-tax) | 0.86x |
| Net debt / operating income (pre-tax) | 0.76x |
| Share count CAGR (buyback) | -3.4% |
| Burning cash | no |
Interest expense is not separately reported in the latest filings, so interest coverage cannot be computed.
Bullet Takeaways
At $260.81 (as of June 27, 2026) the market pays roughly 10x company-wide mid-cycle operating income for KLA, which implies operating growth of about 8.1% per year for five years. The company just guided its process-control systems business to grow over 20% in 2026.
Fiscal Q3 2026 delivered non-GAAP EPS of $9.40, up 11.8%, on revenue of $3.42 billion, up 11.5%, with semiconductor process control at $3.08 billion, about 90% of the total. Advanced packaging revenue is projected to nearly double to roughly $1 billion in 2026.
KLA dominates the inspection-and-metrology niche of chip manufacturing, a position the relative and earnings methods say is undervalued. The risks are concentration and geopolitics: a small set of leading-edge customers and meaningful exposure to China export controls.
Bull Case
Look at how far the price sits below the methods, because the gap is unusually wide for a franchise this dominant. KLA trades at $260.81, and almost every valuation family lands above it. The reverse-DCF says the market pays roughly 10x company-wide mid-cycle operating income, which embeds operating growth of only about 8.1% a year for five years. Set that against the relative valuation near $554, the earnings-yield method near $382, the simple-excess-return method near $383, and an FCF-yield method near $296, and the pattern is consistent: the conservative-to-moderate frames all clear the price comfortably. The growth frames go higher still. When a near-monopoly compounder prices in single-digit growth, the burden of proof flips onto the bears.
The operating reality is running well ahead of that 8% bar. Fiscal Q3 2026 produced revenue of $3.42 billion, up 11.5% year over year, and non-GAAP EPS of $9.40, up 11.8%, both ahead of consensus. The semiconductor process-control segment, the core of the company, did $3.08 billion, about 90% of revenue and up 12.6%. Management guided the June quarter to $3.575 billion, raised its 2026 wafer-fab-equipment market view above $140 billion, and for the first time said 2027 growth should exceed 2026, with process-control systems expected to grow over 20% in 2026 and outpace the broader equipment market. A company guiding to 20%-plus growth in its core, priced for 8%, is the definition of a margin between expectation and reality.
The moat is what makes the growth durable. KLA is the leader in inspection and metrology, the step where chipmakers find defects before they ruin a wafer, and as nodes shrink and advanced packaging proliferates, the value of catching defects rises faster than the wafers do. The company funds that lead with heavy ongoing R&D and worldwide service, investing significant financial resources to offer a broad product range and maintain customer support centers globally (FY2025 10-K, accession 0000319201-25-000024). Advanced packaging, the part of the business tied to chiplets and high-bandwidth memory for AI, is set to nearly double to about $1 billion in 2026 from $635 million in 2025. Against peers like Teradyne, Coherent, and Nova, KLA's combination of process-control dominance, 60%-plus gross margins, and a share count shrinking about 3% a year through buybacks is the case for paying up. The price is not paying up.
Bear Case
The bear case starts with the customers KLA depends on, because the moat narrows to a handful of buyers. KLA states plainly that it is exposed to risks associated with a highly concentrated customer base, a concentration driven by consolidation and acquisitions in the semiconductor industry (FY2025 10-K, accession 0000319201-25-000024). The leading-edge logic and memory makers that buy KLA's most advanced tools number in the low single digits, and TSMC, Samsung, Intel, SK Hynix, and Micron are the names that matter. When one of them pauses or delays a fab build, KLA feels it immediately, with no diversified base to cushion the swing. The competitive disruption is not a new entrant; it is the bargaining power and capital-spending cycle of a few enormous customers.
The second competitor is the budget itself. KLA's own filing warns that customers can reduce their available budgets for process-control equipment by reducing inspection and metrology sampling rates (FY2025 10-K). That is the quiet threat: process control is essential, but customers control how much they buy by choosing how often to inspect. In a downturn they sample less, and KLA's revenue falls faster than wafer volumes do. The semiconductor equipment market is deeply cyclical, and the current up-cycle, WFE above $140 billion and AI-driven demand, is exactly the kind of peak that makes today's earnings look like a sustainable base when they may be a high-water mark.
Geopolitics is the variable with the most asymmetric downside. China has been a large share of equipment demand, and KLA flags that new export restrictions or new interpretations of existing rules could be material, disrupting its supply chain, product shipments, and ability to support existing customers of covered products (FY2025 10-K). A tightening of controls, or Chinese retaliation, removes a chunk of demand that does not come back. Layer on a leveraged balance sheet, net debt near $4.1 billion, and a beta well above the market, and the stock is built to fall hard if the cycle rolls over or the China door closes further. The price looks cheap against peak-cycle earnings; against a normalized trough it looks far less so.
Valuation
KLA must be valued on normalized earnings, because the trailing strip is distorted. The EDGAR trailing operating income reads far below the record-basis figure, a divergence the engine flags explicitly, so the inversion prices the company on its through-the-cycle margins, normalized operating income near $3.6 billion on a 27.6% mid-cycle margin, rather than the depressed trailing quarter. On that basis the market pays roughly 10x company-wide mid-cycle operating income, implying operating growth of about 8.1% a year for five years at an 11.6% cost of capital. That is a modest embedded assumption for a process-control leader.
The method families cluster well above the price once normalized, with two clear artifacts to discard. The relative method lands near $554 on a blended P/E, the earnings-yield and simple-excess-return methods near $382, residual income near $640 on an enormous trailing return on equity, and FCF yield near $296. The growth frames run higher, DCF perpetual growth and the Ben Graham formula reach into four figures because they extrapolate 14% to 30% historical growth, so treat them as directional rather than literal. The artifacts to ignore are earnings power value and EV/EBITDA relative, both of which collapse to near zero because they key off the distorted trailing EBIT and operating income, not the normalized figures; they are measurement errors, not valuations.
The honest synthesis is that KLA looks undervalued on normalized, mid-cycle earnings, with the price embedding growth well below what the company is guiding to. The caveat the bear case supplies is the cycle: that mid-cycle margin and normalized operating income assume the equipment cycle does not crater. Net debt near $4.1 billion is modest against the cash generation, interest coverage near 13x, so the balance sheet is not the risk. The risk is that the normalized base itself is being struck near a cyclical and geopolitical peak.
Catalysts
Fiscal Q3 2026 (reported April 2026) beat: non-GAAP EPS of $9.40, up 11.8% year over year, on revenue of $3.42 billion, up 11.5%. Semiconductor process control, about 90% of revenue, grew 12.6% to $3.08 billion, with an end-market mix roughly 62% foundry and logic and 38% memory. Management guided the June quarter to $3.575 billion and reaffirmed a calendar-2026 gross-margin target near 62%, absorbing a roughly 100 basis point headwind from elevated DRAM costs.
The demand outlook is the dominant catalyst. KLA raised its 2026 wafer-fab-equipment market view above $140 billion and, for the first time, said 2027 growth rates should exceed 2026, with process-control systems expected to grow over 20% in 2026 and outpace the broader market. Advanced packaging is the standout: revenue is projected to nearly double to roughly $1 billion in 2026 from $635 million in 2025, tied directly to AI chiplet and high-bandwidth-memory demand. Each quarterly print and any update to the WFE view will move the stock.
The swing factors to watch over the next 90 days are customer capital-spending plans at the few leading-edge foundries and memory makers, any change in China export-control policy, and the pace of buybacks against a share count already shrinking about 3% a year. Memory pricing and DRAM cost trends also feed the margin guide directly.
Sources: Yahoo Finance (KLA Q3 2026 earnings), BigGo Finance (Q3 2026 call detail), StockTitan/SEC 8-K, The Globe and Mail, The Motley Fool (Q3 2026 transcript).
Peer Cohorts (Per Segment, With Filing Citations)
Semiconductor Process Control (reported)
- ONTO (ONTO INNOVATION INC.)
- FY2025 10-K: …wafers to improve device performance and manufacturing yields. Our end customers manufacture many types of ICs for a multitude of applications, each having unique manufacturing challenges. This includes ICs to enable information processing and management (logic ICs), memory storage (NAND, 3D-NAND, and DRAM), analog…
- FY2025 10-K: …into our lithography systems to meet our customers' changing process requirements. Our metrology and inspection technologies provide process control for the majority of advanced node wafers processed today in a semiconductor wafer fab. In front-end processes, OCD metrology, thin film metrology, wafer stress metrology…
- CAMT (CAMTEK LTD)
- FY2025 20-F: …industry will probably be influenced by weakness or uncertainties in global economic conditions. According to SEMI organization, the global total semiconductor equipment sales forecast to reach a record of $145 billion in 2026. Wafer Fab Equipment segment sales are projected reach $135.2 billion, a 9.0% increase from…
- FY2025 20-F: …competitive position. We operate in a highly competitive and rapidly evolving industry that requires us to continuously develop and introduce new products that meet the changing needs and expectations of our customers and the semiconductor device manufacturing technology. Developing and introducing new products…
- NVMI (NOVA LTD.)
- FY2025 20-F: …and materials properties in these 3D structures. • Faster Time to Market. The accelerating rate of obsolescence of technology and the faster ramp to yield required by customers makes early achievement of high manufacturing yields a critical component of profitability and metrology has a critical role in achieving…
- FY2025 20-F: …manufactures to overcome new challenges in dimensions, materials and chemical engineering. The Semiconductor Market - Update According to Gartner forecasts, semiconductor revenues are expected to grow by 33% in 2026, following a growth of 21% in 2025. WFE (Wafer Fab Equipment) is expected to grow by 12% in 2026,…
- ACMR (ACM Research, Inc.)
- FY2025 10-K: …which may allow them to pursue design, development, manufacturing, sales, marketing, distribution and service support of their products; • more extensive customer and partner relationships, which may position them to identify and respond more successfully to market developments and changes in customer demands; •…
- FY2025 10-K: …goods, software, and technology related to the semiconductor sector. 33 Table of C ontents As a result of the new restrictions, the ability of ACM Shanghai to acquire such parts from Japan and the Netherlands to fulfill customer requirements, and the ability of ACM Shanghai's customers in mainland China to scale…
- LRCX (LAM RESEARCH CORPORATION)
- FY2025 10-K: …manufacturing, marketing, and customer service and support resources than we do and therefore have the potential to offer customers a more comprehensive array of products and/or product capabilities and to therefore achieve additional relative success in the semiconductor equipment industry. These competitors may…
- FY2025 10-K: …must deliver high productivity and be cost-effective. Demand from cloud computing, artificial intelligence, 5G, the Internet of Things, and other markets is driving the need for increasingly powerful and cost - efficient semiconductors. At the same time, there are growing technical challenges with traditional…
- AMAT (APPLIED MATERIALS INC /DE)
- FY2025 10-K: …of the critical wafer fabrication tools our customers need to manufacture semiconductors. Our customers' products are used across personal computing devices, mobile phones, artificial intelligence (AI) and data center servers, automobiles, connected devices, industrial applications and consumer electronics. We are…
- FY2025 10-K: …in Note 15 of Notes to Consolidated Financial Statements. A discussion of factors that could affect our operations is set forth under "Risk Factors" in Part I, Item 1A, which is incorporated herein by reference. Our results are driven primarily by customer spending on capital equipment and services to support key…
- ASML (ASML HOLDING NV)
- FY2025 20-F: …Scope 3 CO 2 e emissions intensity All other indirect carbon dioxide emissions that occur in an organization's value chain expressed as a percentage of revenue or gross profit. SEC The United States Securities and Exchange Commission SEMI Semiconductor Equipment and Materials International SEMI S2 SEMI S2 - Safety…
- FY2025 20-F: …or semiconductor manufacturing processes. We also compete with providers of applications that support or enhance complex patterning solutions, such as Applied Materials Inc. and KLA-Tencor Corporation. These applications compete with our offerings, which is a significant part of our business. STRATEGIC REPORT…
- TER (TERADYNE, INC.)
- FY2025 10-K: …the current segment structure and presentation requirements. The Semiconductor Test segment includes operations related to the design, manufacturing and marketing of semiconductor test products and services inclusive of storage and system level test products. The Robotics segment includes operations related to the…
- FY2025 10-K: …number of major customers for the foreseeable future. In 2025, our Semiconductor Test segment achieved considerable growth driven by robust demand from Artificial Intelligence ("AI") applications in networking and with vertically integrated producer ("VIP") compute solutions. Memory test revenue remained stable…
Specialty Semiconductor Process (reported)
- ACLS (AXCELIS TECHNOLOGIES INC)
- FY2025 10-K: …ensure our products meet the needs of our customers. We take pride in our scientists and engineers who are adding to our portfolio of patents and proprietary technology to ensure that our investment in technology leadership translates into unique product advantages. We strive for operational excellence by focusing on…
- FY2025 10-K: …products and enhancements. Our Beverly, Massachusetts Advanced Technology Center houses a process development laboratory with a 13,500 square feet class 10/100/1000 clean room for product demonstrations and process development and a 17,500 square feet customer training center. The Advanced Technology Center provides…
- AMAT (APPLIED MATERIALS INC /DE)
- FY2025 10-K: …of the critical wafer fabrication tools our customers need to manufacture semiconductors. Our customers' products are used across personal computing devices, mobile phones, artificial intelligence (AI) and data center servers, automobiles, connected devices, industrial applications and consumer electronics. We are…
- FY2025 10-K: …in Note 15 of Notes to Consolidated Financial Statements. A discussion of factors that could affect our operations is set forth under "Risk Factors" in Part I, Item 1A, which is incorporated herein by reference. Our results are driven primarily by customer spending on capital equipment and services to support key…
- LRCX (LAM RESEARCH CORPORATION)
- FY2025 10-K: …Our ALTUS ® systems combine CVD and ALD technologies to deposit the highly conformal or selective films as needed for advanced tungsten or molybdenum metallization (ALTUS ® Halo) applications in both logic and memory. The Multi-Station Sequential Deposition architecture enables nucleation layer formation and bulk…
- FY2025 10-K: …must deliver high productivity and be cost-effective. Demand from cloud computing, artificial intelligence, 5G, the Internet of Things, and other markets is driving the need for increasingly powerful and cost - efficient semiconductors. At the same time, there are growing technical challenges with traditional…
- ACMR (ACM Research, Inc.)
- FY2025 10-K: …which may allow them to pursue design, development, manufacturing, sales, marketing, distribution and service support of their products; • more extensive customer and partner relationships, which may position them to identify and respond more successfully to market developments and changes in customer demands; •…
- FY2025 10-K: …to meet our needs." Research and Development We believe that our success depends in part on our ability to develop and deliver breakthrough technologies and capabilities to meet our customers' ever-more challenging technical requirements. For this reason, we devote significant financial and personnel resources to…
PCB and Component Inspection (reported)
- CGNX (Cognex Corporation)
- FY2025 10-K: …package. Vision Systems and Sensors Vision systems combine smart cameras and software to perform a wide range of tasks, including part location, identification, measurement, assembly verification, and robotic guidance. Vision sensors can deliver an easy-to-use, low-cost, reliable solution for simple pass/fail…
- FY2025 10-K: …growth in the packaging market will be driven by increasingly stringent regulations around traceability, quality, and compliance, making machine vision solutions valuable for manufacturers. We believe these regulatory requirements are accelerating the adoption of advanced inspection technologies to help ensure…
- COHU (COHU INC)
- FY2025 10-K: …results are reviewed by the CODM and for which discrete financial information is available. We have determined that our three identified operating segments are: TH, ST and IS. Our TH, ST and IS operating segments qualify for aggregation under ASC 280 due to similarities in their customers, their economic…
- FY2025 10-K: …solutions, and software analytics to optimize semiconductor manufacturing yield and productivity. We offer a comprehensive suite of equipment, interface solutions, software, spares and services designed to address the evolving requirements of global semiconductor manufacturers. Our products support customers across…
- KLIC (KULICKE AND SOFFA INDUSTRIES, INC.)
- FY2025 10-K: …Forecasted consumption is based upon internal projections, historical sales volumes, customer order activity and a review of consumable inventory levels at customers' facilities. We communicate forecasts of our future consumption to our suppliers and adjust commitments to those suppliers accordingly. If required, we…
- FY2025 10-K: …Industries N.V., Hanwha Precision Machinery Co., Ltd., Panasonic Holdings Corporation, Yamaha Robotics Holdings Co. Ltd., and Nordson Corporation. Significant competitive factors in the semiconductor packaging materials industry include performance, price, delivery, product life, and quality. Our significant…
- TER (TERADYNE, INC.)
- FY2025 10-K: …associations, and our cyber controls vendors. We rely on contract manufacturing organizations and distributors to deliver our products to our customers, and a cybersecurity incident at one of these organizations or a key supplier could materially adversely impact us. We assess third party and supply chain…
- FY2025 10-K: …the current segment structure and presentation requirements. The Semiconductor Test segment includes operations related to the design, manufacturing and marketing of semiconductor test products and services inclusive of storage and system level test products. The Robotics segment includes operations related to the…
- ONTO (ONTO INNOVATION INC.)
- FY2025 10-K: …inspection product line to customers in support of advanced packaging needs for chips used in AI applications, partially offset by an increase in metrology product line units shipped to customers in Advanced Nodes and units shipped to Semilab USA customers in SiC specialty devices. Parts and services revenue is…
- FY2025 10-K: …we have. In automated systems for the semiconductor industry, our principal competitors are KLA Corporation ("KLA") and Nova Ltd. (formerly Nova Measuring Instruments Ltd.) ("Nova") for thin film and critical dimension OCD metrology. Our principal competitors for advanced packaging inspection are KLA and Camtek Ltd.…
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.
- Economic-unit decomposition (SOTP): each disclosed business unit is assigned its native valuation basis before any multiple is applied. Operating units are valued on enterprise value; funded financial units are valued on their own common equity, because their borrowings fund earning assets rather than levering the parent. A company total is stated only once every material unit carries a supported value and the parent capital bridge reconciles.
- 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.