# How Contracts Become Credit: CoreWeave, IREN, and the Neocloud Financing Machine

**Publisher: AI Infra Credit**  
**Research type: Flagship report · Transaction deep dive · Second revision**  
**Series position: 2/3**  
**Original research cutoff: August 30, 2026**  
**Editorial and credit-fact review: September 5, 2026**  
**Evidence stack: Regulatory filings + executed loan documents + issuer disclosures + expressly labeled research assumptions**  
**Publication status: Free full report**  
**Research note: For general research and information only; not individualized investment, legal, accounting, or credit-rating advice.**

> A contract is not cash. A lien is not recovery value. A facility rating is not a customer rating. The hard part of AI infrastructure credit is not adding several billion-dollar figures. It is identifying who owes each amount, when the obligation becomes effective, what converts it into collectible cash, and which layer ultimately absorbs a loss.

**Editorial note.** This revision preserves the original August 30, 2026 research cutoff. September 5 is the source-review date, not a mechanical new as-of date for every fact in the report. No post-August 30 operating event has been added. The central correction withdraws the prior characterization of CoreWeave DDTL 4.0’s `$2.900bn` as exact “gross principal” and `$2.837bn` as the facility’s exact “carrying value.” The filing supports two disclosures that cannot be interchanged without a reconciliation bridge, as explained below.

## Executive summary

The innovation in U.S. AI infrastructure finance is not a newly invented “AI bond.” It is the assembly of long-term compute contracts, customer prepayments, GPUs, data centers, power access, project special-purpose vehicles, direct agreements, account control, parent guarantees, vendor equity, and public capital markets into one financing chain. Different capital providers take different slices of construction, operating, customer, technology-residual, and refinancing risk.

CoreWeave’s DDTL 4.0, 5.0, and 5.5 show how the same sponsor can receive very different credit outcomes as customer type, advance rate, DSCR, contract tail, guarantee scope, and rating change. IREN Horizon places Microsoft’s tranche-level prepayments, GPU financing, and project acceptance inside a single build program. Together, the cases make one point: **a contract becomes financeable cash flow only after delivery, acceptance, minimum-payment obligations, cash control, and replacement mechanics are demonstrable.**

Five conclusions follow:

1. **Amount semantics come before ratios.** Facility capacity, debt-table amounts, funded principal, total contract value, prepayments, project cost, guarantee exposure, and model probes cannot be added or substituted for one another.
2. **A facility rating covers the rated obligation.** It is not the customer’s rating, the parent’s rating, or a rating on every debt instrument issued by the same company.
3. **An SPV isolates a legal recourse boundary, not every economic exposure.** Guarantees, completion obligations, reputation, equity support, and customer relationships can bring losses back to a parent or ecosystem partner.
4. **A GPU advance rate is not public-market residual value.** The 70%, 71.42%, and 90% figures below are funding constraints in loan documents, not promises of sale proceeds in a workout.
5. **Construction, operations, and refinancing run on different clocks.** A project can operate on time and satisfy DSCR while still facing refinancing pressure when the customer contract runs out or capital supply changes.

## 1. Build the amount ledger first

AI infrastructure announcements routinely place contract value, facility size, project cost, and support amounts in the same paragraph. Credit analysis should separate at least the following concepts:

| Amount concept | Question answered | Can it be treated directly as cash or principal? |
|---|---|---|
| **Facility size / commitment** | How much may be borrowed after conditions precedent are met? | No. Undrawn capacity is conditional financing ability. |
| **Debt-table amount** | What amount appears for an instrument in a filing at a stated date? | Not automatically “gross principal.” Discounts, fees, and table aggregation still matter. |
| **Funded / drawn principal** | How much principal had actually been created at a stated date? | It can enter debt-service analysis, subject to net-versus-gross, escrow, and amortization checks. |
| **Contract value** | What is the nominal value over the customer contract’s life? | No. Delivery, acceptance, credits, and termination rights stand between the headline and cash. |
| **Prepayment** | What is paid or payable before service delivery? | It is not revenue, and scheduled tranche payments are not the same as cash already received. |
| **Project cost / capex** | What must be spent to complete the project? | It is a use of funds, not a financing source. |
| **Guarantee / support** | What obligation does a support provider assume, and under what trigger? | It is not a payment already made and may not cover ordinary debt service. |
| **Model probe / anchor** | What input is used in a conditional stress test? | It is not a reported balance, forecast, or market price. |

The key transaction ledger is therefore:

| Transaction | Supportable description | What it must not become |
|---|---|---|
| CoreWeave DDTL 4.0 | `$8.5bn` commitment; the June 30, 2026 10-Q debt table reports `$2.837bn`; narrative text separately reports about `$1.4bn` floating-rate and `$1.5bn` fixed-rate loans outstanding | The rounded sum cannot be promoted to exact `$2.900bn gross principal`; `$2.837bn` cannot be labeled the facility’s exact carrying value or market price without a bridge |
| CoreWeave DDTL 5.0 | `$3.1bn` facility; the June 30, 2026 10-Q debt table reports `$1.101bn` | The table amount is not automatically exact gross principal; the `$0.620bn` model probe is not reported maturity principal |
| CoreWeave DDTL 5.5 | `$2.6bn` facility; legal maturity September 1, 2031; underlying contracts average about three years | The reviewed primary documents do not disclose a precise August 30, 2026 outstanding balance; the prior `$1.2bn drawn` statement has been removed |
| IREN Microsoft contract | Approximately `$9.7bn` of total contract value over an average five-year term; 20% of each tranche’s value is payable before its delivery date | Not current revenue and not a single cash receipt |
| IREN Horizon GPU financing | `$3.645bn` of capacity: `$1.545bn` DDTL plus `$2.10bn` USPP; `$0.938bn` aggregate principal as of June 30, 2026 | Full capacity is not cash received; the remaining `$2.707bn` remained subject to funding or release conditions |
| IREN–NVIDIA equity right | Five-year right for up to 30 million shares at `$70` per share; mechanical cap of `$2.1bn`, subject to conditions | Not current project cash and not grant-date warrant fair value |

## 2. How a contract enters the borrowing base

An MSA, take-or-pay agreement, minimum-capacity purchase, data-center lease, or service order can become financeable cash flow only after the following questions have supportable answers:

1. Are the customer, minimum-payment obligation, and cancellation rights clear?
2. Are maximum capacity and minimum payment separated, with price, discounts, service credits, and availability deductions calculable?
3. Are GPUs, networking, power, and data halls delivered against identifiable milestones, and who signs acceptance?
4. Can contract rights and cash flows be pledged or assigned, and do lenders have a direct agreement or step-in route?
5. Does cash enter controlled accounts, with a defined waterfall for opex, interest, principal, and reserves?
6. Does the contract tail cover debt service, and what happens when a shorter contract must be renewed, replaced, or resized?
7. Are customer, site, power, GPU-generation, and common-support-provider concentrations reflected in underwriting?

An analytical translation looks like this:

```text
Financeable cash flow
= minimum contract payment
× delivery and acceptance factor
× availability and service-credit factor
× customer-payment and legal-enforceability factor
× replacement or redeployment factor
- power, operations, bandwidth, taxes, reserves, and refresh capex
```

This is not a standardized formula in a public credit agreement. It is a credit translator designed to keep headline contract value out of the DSCR numerator until the necessary qualifications are made.

## 3. CoreWeave: three contract-to-credit outcomes

### 3.1 DDTL 4.0: a higher-grade facility is not the same thing as a higher-grade customer

DDTL 4.0 was signed on March 30, 2026. The legal borrower is CoreWeave Compute Acquisition Co. VIII, LLC. The facility commitment is `$8.5bn`, the availability period ends June 30, 2027, and the legal maturity is March 31, 2032. CoreWeave’s closing release said the structure allowed approximately `$7.5bn` of initial borrowing, with total borrowing capacity rising to `$8.5bn` as underlying assets stabilized.

The executed agreement defines Funding Date GPU Amount as 90% of eligible Funding Date Capital Expenditures plus eligible fees. That is a draw constraint, not a 90% recovery guarantee on the GPUs. The structure also uses at least 1.20x projected debt-sizing DSCR, at least 1.15x maintenance DSCR, a direct agreement, controlled accounts, reserves, a six-year straight-line GPU depreciation proxy, and power-cost protection.

CoreWeave’s March 31 release said the facility received Moody’s A3 and DBRS A(low) ratings. The accurate formulation is **ratings on the rated facility**. The public documents do not identify the customer or assign the customer those ratings.

Guarantee scope must also follow the documents. The 8-K describes a limited-recourse parent guarantee for specified “bad acts.” The guarantee schedule includes actual fraud, willful misconduct causing material physical damage or waste to the project, misappropriation of collateral, voluntary bankruptcy filings, and consent to specified bankruptcy actions. CoreWeave’s 10-Q expressly states that these limited guarantees are not general guarantees of principal, interest, or ordinary debt service.

### 3.2 The DDTL 4.0 `$2.900bn / $2.837bn` reconciliation problem

CoreWeave’s Q2 2026 Form 10-Q says four separate things:

- The “total debt obligations” table reports `$2.837bn` for DDTL 4.0 at June 30, 2026.
- Below DDTL 4.0 and `$0.882bn` of non-recourse OEM/software financing, the same table deducts `$56m` of unamortized discount and issuance costs at the combined non-recourse bucket level.
- Narrative text rounds outstanding DDTL 4.0 loans to about `$1.4bn` floating-rate and `$1.5bn` fixed-rate, which sum to approximately `$2.9bn`.
- Separate fair-value text says the carrying value of the fixed-rate borrowing approximates a Level 3 discounted-cash-flow estimate of fair value, while variable-rate delayed-draw borrowings approximate fair value because their rates reset.

Those disclosures support “**approximately `$2.9bn` of rounded outstanding loan components**” and “**`$2.837bn` reported in the debt table**.” They do not provide an instrument-level bridge between the two, and they do not define `$2.900bn` as exact gross principal. The `$56m` deduction applies to a combined non-recourse bucket that also includes another financing category, so it cannot simply explain the apparent `$63m` difference for DDTL 4.0.

The defensible public wording is therefore: **At June 30, 2026, the 10-Q debt table reported `$2.837bn` for DDTL 4.0, while the narrative reported approximately `$1.4bn` of floating-rate and `$1.5bn` of fixed-rate loans outstanding. A precise bridge among principal, fees, and the table presentation remains unreconciled.** Neither number is an executable secondary-market quote.

### 3.3 DDTL 5.0: weaker customer type, thicker protections

The legal borrower is CoreWeave Financing DDTL V, LLC. DDTL 5.0 is a `$3.1bn` facility priced at SOFR+450bp, with availability through September 30, 2026. The executed agreement defines November 15, 2031 as the Term Maturity Date. CoreWeave’s closing release said the facility received Moody’s Ba2 and Fitch BB+ ratings and finances two large, unidentified non-investment-grade customers. The disclosure does not support naming either customer as a particular AI lab.

The executed agreement sets Funding Date GPU Amount at 71.42% of eligible capital expenditures plus eligible fees, maintenance DSCR at 1.35x, and liquidity at the next three months of scheduled cash interest plus one month of scheduled principal. The 8-K and 10-Q say all obligations under DDTL 5.0 are unconditionally guaranteed by CoreWeave. That is a different obligation type from DDTL 4.0’s bad-act limited guarantee.

At June 30, 2026, the 10-Q debt table reported `$1.101bn` for DDTL 5.0. This report calls it the **debt-table amount**, not exact gross principal in the absence of an instrument-specific fee bridge.

### 3.4 DDTL 5.5: lenders are underwriting renewal risk

DDTL 5.5 was signed in August 2026. The facility is `$2.6bn`, priced at SOFR+550bp, and legally matures on September 1, 2031. CoreWeave’s closing release said the underlying customer contracts average approximately three years against an approximately five-year facility term, and said the facility received Moody’s Ba2 and Fitch BB+ ratings. The 8-K states that all obligations are unconditionally guaranteed by the parent.

The underwriting discipline goes beyond a generic belief in long-term AI demand. Funding Date GPU Amount is 70% of eligible capital expenditures and maintenance DSCR is 1.35x. A Projected Contract Value Ratio below 2.40x can trigger a cash sweep. When an MSA expires or terminates, a renewal or Additional MSA must satisfy eligibility standards; if projected DSCR and PCVR are not restored, mandatory prepayment resizes the debt.

The prior report said approximately `$1.2bn` had been drawn after closing. That statement was not found in the DDTL 5.5 8-K, executed credit agreement, or closing release and has been removed. A commitment amount, Minimum DDTL Amount, or lender commitment schedule is not evidence of an actual draw.

### 3.5 Side-by-side comparison

| Item | DDTL 4.0 | DDTL 5.0 | DDTL 5.5 |
|---|---|---|---|
| Facility capacity | `$8.5bn` | `$3.1bn` | `$2.6bn` |
| Facility ratings as announced by issuer | Moody’s A3 / DBRS A(low) | Moody’s Ba2 / Fitch BB+ | Moody’s Ba2 / Fitch BB+ |
| SOFR spread | Floating tranche +225bp; separate fixed-rate tranche | +450bp | +550bp |
| Funding Date GPU Amount | 90% of eligible capex + eligible fees | 71.42% + eligible fees | 70% |
| Maintenance DSCR | 1.15x | 1.35x | 1.35x |
| Parent obligation | Limited guarantee for specified bad acts; not general debt service | Unconditional guarantee of all obligations | Unconditional guarantee of all obligations |
| Contract risk focus | Higher-grade facility structure; customer undisclosed | Two anonymous non-investment-grade customers | Three-year average contracts against roughly five-year debt; renewal, replacement, and mandatory prepayment |

The rating rows reproduce issuer disclosures and should be read at the instrument level. This report has not independently reconstructed the ratings or asserted that no rating action occurred after the original research cutoff.

## 4. Three clocks: a model probe is not legal maturity

DDTL 5.0 presents three separate dates or concepts:

1. **Second quarter of 2031: research-model observation period.** The conditional model inserts a `$0.620bn` refinancing-exposure probe. The amount equals 20% of the `$3.1bn` facility capacity. It is a research parameter, not maturity principal or an outstanding balance reported by CoreWeave.
2. **May 2031: expected amortization language in the 10-Q.** The filing says monthly principal begins in November 2026 and the expected final payment is due in May 2031 under the then-current schedule.
3. **November 15, 2031: legal Term Maturity Date in the executed agreement.** A model period cannot replace the contractual maturity date.

The model can ask in 2031Q2 whether contract tail and capital supply could refinance a `$0.620bn` probe. It cannot say that the facility legally matures in that quarter or that a `$0.620bn` balloon is certain to exist. The output is conditional stress, not a default forecast.

Likewise, “nine months to replace a customer” is only a stress-test assumption. The public documents do not establish a nine-month re-leasing period for any specific project. The actual interval depends on customer qualification, pricing, workload migration, GPU acceptance, data and compliance work, networking, and power.

## 5. IREN Horizon: prepayment, project debt, and guarantees are different obligations

### 5.1 Contract, prepayment, and financing capacity

IREN disclosed the Microsoft contract in the filing for the quarter ended September 30, 2025. That document is a **Form 10-Q quarterly report**, not IREN’s FY2025 Form 10-K. The contract was signed on November 2, 2025, carries an average five-year term and approximately `$9.7bn` of total contract value, and is delivered in four tranches at Horizon facilities in Childress, Texas.

Twenty percent of each tranche’s contract value is payable before the applicable delivery date and is credited against service fees after the 24th calendar month of that tranche’s GPU service term. Approximately `$1.94bn` is the contractual aggregate and issuer financing-cost calculation derived from 20% of `$9.7bn`. It is not evidence that the full amount had been received in cash on one date, and it is not revenue at receipt.

In May 2026, IREN’s financing SPV, IE US Hardware 3 LLC, established `$3.645bn` of GPU financing:

- a `$1.545bn` senior secured DDTL priced at one-month SOFR+225bp;
- `$2.10bn` of senior secured USPP notes with a 5.96% fixed coupon;
- a common security and covenant framework, while remaining separate instruments held by different creditor classes.

At June 30, 2026, `$413m` of DDTL had been funded and `$525m` of USPP notes had been issued/funded. The filing reports `$938m` of aggregate non-recourse debt principal. The remaining `$1.132bn + $1.575bn = $2.707bn` was still subject to draw or escrow-release conditions. IREN’s closing release said the financing received Fitch A and DBRS A(low) ratings. Those are financing ratings, not substitutes for a parent or Microsoft rating.

On August 13, 2026, an IREN 8-K exhibit confirmed that Horizon 1 had been delivered to and accepted by Microsoft. Horizon 1 was the first of four 50MW IT-load deployments. At the original research cutoff, Horizon 2–4 still had to move through equipment delivery, energization, commissioning, acceptance, and service commencement.

### 5.2 What IREN’s limited guarantees actually cover

IREN’s June 30, 2026 Form 10-K describes the GPU financing as non-recourse to the general credit of the group, subject to several **limited and economically distinct** guarantees by IREN Limited:

| Guarantee type | Covered obligation | What it is not |
|---|---|---|
| Pre-closing hedge payment guarantee | Transitional support for the financing SPV’s payment obligations to interest-rate and power hedge counterparties before each hedge moves into the secured structure; it steps down tranche by tranche | Not a permanent guarantee of all project debt service |
| Remarketing Right guarantee | If Microsoft validly terminates a funded tranche and no qualified replacement customer is secured during the remarketing period, covers debt and notes allocated to that tranche, net of GPU disposition proceeds applied to prepayment, plus a specified upfront amount owed to Microsoft | Not an unconditional `$3.645bn` blanket guarantee |
| Managed services performance guarantee | Full and timely performance by the data-center service provider of its obligations to the financing SPV | The filing expressly says this is not a guarantee of the financing SPV’s borrowings |

“Non-recourse” therefore does not mean the parent can never owe money. But the limited guarantees also cannot be upgraded into a full parent guarantee of ordinary principal and interest. Each trigger, step-down, demand sequence, and termination date matters.

### 5.3 The NVIDIA equity right

IREN issued NVIDIA a five-year right to purchase up to 30 million shares at `$70` per share, subject to conditions including regulatory requirements. The mechanical investment cap is approximately `$2.1bn`. It is contingent future equity and potential dilution—not current Horizon cash, a debt commitment, or grant-date warrant fair value.

## 6. GPUs, data centers, and recovery: a lien is not residual value

A GPU has at least three values:

- **Accounting presentation:** affected by cost, depreciation, discounts, and issuance costs;
- **Going-concern operating value:** cash-flow value while the GPU has power, cooling, network, software, and a customer contract;
- **Net disposition value:** cash after dismantling, transport, data erasure, refurbishment, re-certification, downtime, insurance, software migration, and buyer discounts.

The 70%, 71.42%, and 90% loan-document figures only determine how much eligible Funding Date Capital Expenditure can support a borrowing. They do not disclose orderly liquidation value. A six-year straight-line depreciation convention is also a contractual or accounting proxy, not a promise of cash recovery after six years.

Data centers cannot be reduced to one MW figure either. Planned campus capacity, utility commitment, interconnection approval, on-site distribution, critical IT load, energized capacity, accepted capacity, contracted capacity, and debt-collateral scope are different states. To a lender, the relevant asset is not “400MW may exist.” It is the power–space–network package that can be controlled, operated, or sold on the date of distress.

```text
Net GPU recovery
= achievable sale price
- dismantling, transport, refurbishment, data erasure, and certification
- downtime, migration, and customer damages
- software licensing, interconnect, and redeployment capex
- generation discount, buyer concentration, and market-liquidity discount
```

## 7. More customers do not automatically mean diversification

DDTL 5.0 has two customers, but two anonymous non-investment-grade counterparties can still share exposure to the same AI capex cycle, GPU generation, and funding market. Moving from one customer to two does not automatically halve correlation.

TeraWulf’s Lake Mariner provides a documentable site-level example. At June 30, 2026, its La Lupa and Akela subsidiaries represented 438MW of contracted critical IT HPC capacity: 60MW for Core42 and 378MW for Fluidstack. TeraWulf’s `$3.2bn` 2030 secured notes are unconditionally guaranteed by La Lupa, Akela Data Holdings, and Akela Data and secured by first-priority liens over substantially all assets of Wulf Compute and those guarantors, among other collateral. The legal customers differ, but a common campus, power node, and security package reconnect physical and credit risk.

Crusoe’s announced structure with Blue Owl and Primary Digital Infrastructure makes the same amount-semantic point. Approximately `$15bn` is the announced JV scale for funding the second phase of a 1.2GW Abilene project. Crusoe’s separate Brookfield `$750m` credit facility and Upper90 approximately `$225m` GPU/cloud infrastructure facility occupy other layers. They cannot be summed into a single `$15.975bn` Crusoe loan.

## 8. Vendor and customer support: name the obligation correctly

CoreWeave and NVIDIA have both an equity transaction and a capacity contract. CoreWeave’s 10-Q reports that NVIDIA bought approximately 23 million shares at `$87.20` per share in January 2026, producing `$2.0bn` of gross proceeds. A separate September 2025 order form had an initial value of `$6.3bn` and requires NVIDIA, when CoreWeave’s own customers do not fully use qualifying capacity, to purchase residual unsold capacity through April 13, 2032, subject to delivery, service availability, termination, and other terms.

The first is completed equity financing. The second is a conditional capacity-purchase obligation. It can reduce vacancy risk for eligible capacity, but it is not an unconditional guarantee of all CoreWeave debt and it is not `$6.3bn` of cash already received.

“Strategic partnership,” “preferred partner,” “warrant,” “prepayment,” “lease backstop,” and “parent guarantee” are different legal-economic tools. Diligence should ask who owes the obligation, what minimum payment applies, what triggers it, when it steps down, whether it is transferable, whether lenders can enforce it directly, and whether the support provider can perform when several projects are stressed together.

## 9. Failure paths

### Path 1: Equipment arrives before power and acceptance

GPUs may be paid for or accruing interest while data halls, liquid cooling, interconnect, or grid service remain delayed. The first result is a construction funding gap, not automatically a legal default. It becomes a credit event only when draw conditions, reserves, completion support, or another covenant are breached or triggered.

### Path 2: A customer terminates and replacement takes time

A stress test may assume nine months for replacement, but nine months is not a fact. A real replacement requires repricing, workload migration, acceptance, and resolution of data, software, network, and power requirements. A parent guarantee can change who bears the lender loss; it cannot make idle GPUs produce immediate cash.

### Path 3: A new architecture hits revenue and recovery together

New GPUs can improve throughput per watt while reducing rents and second-hand prices for older systems. If the contract permits repricing, debt is floating-rate, or maturity requires a refinancing, operating cash and collateral recovery can weaken together.

### Path 4: Operations pass, but the contract tail does not

A project may satisfy maintenance DSCR and still face renewal, replacement, or mandatory prepayment after a shorter contract expires. DDTL 5.5 puts that risk into its PCVR and Additional MSA mechanics. DDTL 5.0’s 2031Q2 `$0.620bn` is only a model probe. Neither is evidence that a default has occurred.

## 10. Monitoring table

| Monitoring area | Core evidence | Warning signal | Question to ask |
|---|---|---|---|
| Commitment conversion | Actual draws / facility size; escrow releases | Commitments rise while funding stalls | Is demand, construction, or a draw condition failing? |
| Delivery conversion | Accepted MW; billable GPUs | Equipment arrives without power or acceptance | Who signed acceptance, and when does revenue begin? |
| Contract quality | Minimum payment, termination, credits, remaining term | Large total value but weak minimum payment | Which revenue is actually pledgeable? |
| Customer and site concentration | Top-one/top-two cash flow; common campus and power | Several customers share one node or collateral pool | Is diversification legal, financial, or physical? |
| Liquidity | Controlled accounts, reserves, cash sweep | DSCR passes while reserves fall | Which event window can the reserve bridge? |
| Collateral recovery | GPU generation, serials, OLV, migration cost | New architecture launches and older prices gap down | Is recovery an equipment sale or an operating power-and-site package? |
| Guarantee | Obligation type, trigger, cap, step-down, tenor | Limited guarantee described as full guarantee | Who pays whom, under precisely what trigger? |
| Refinancing | Legal maturity, expected amortization, model period | Probe date described as maturity date | Can maturity principal, contract tail, and capital supply all be verified? |
| Rating | Instrument, entity, agency, rating date | Facility rating spreads to customer or group | Which obligation is actually rated? |
| Market price | Executable quote and trade evidence | Only accounting fair value or a model anchor exists | Is it a trade, a Level 3 estimate, or an internal stress parameter? |

The point of monitoring is not to repeat the news every day. It is to track four conversion rates: **committed capital becoming funded capital, planned capacity becoming accepted capacity, contracted demand becoming collectible cash, and maturing debt becoming sustainable new capital.**

## 11. Conclusion

The Neocloud financing machine can be compressed into one chain:

```text
GPUs, power, and data centers
→ customers write future demand into contracts
→ minimum payments, delivery, acceptance, direct agreements, and cash control qualify the contracts
→ equipment, project equity, accounts, and contract rights enter an SPV/JV credit structure
→ banks, private credit, USPP, project bonds, and infrastructure equity take different risks
→ parents, customers, and vendors provide different guarantees, prepayments, equity, and capacity support
→ operating cash flow tests the contract
→ asset recovery and refinancing determine whether capital can recycle
```

The ultimate denominator is not the largest contract, facility, or planned MW figure. It is **effective compute capacity that can be powered on schedule, accepted by a customer, billed over time, and kept financeable through hardware refresh and debt maturity.** A contract is a claim on the future. Credit is capital’s willingness to fund that future early, against a clear set of conditions and priorities.

This report and the launch series are free in full. Readers may submit companies, projects, or capital structures they would like to see examined. Any future commercial service must not change this edition’s free-full-report status.

## Primary sources

### CoreWeave

- [CoreWeave Q2 2026 Form 10-Q: debt table, outstanding-loan composition, costs, and fair-value language](https://www.sec.gov/Archives/edgar/data/1769628/000176962826000366/crwv-20260630.htm)
- [DDTL 4.0 Form 8-K: facility, maturity, guarantee, and DSCR](https://www.sec.gov/Archives/edgar/data/1769628/000176962826000129/crwv-20260330.htm)
- [DDTL 4.0 executed credit agreement: 90% Funding Date GPU Amount and 1.20x / 1.15x tests](https://www.sec.gov/Archives/edgar/data/1769628/000176962826000129/ex1011.htm)
- [DDTL 4.0 Limited Guarantee: Guaranteed Obligations and bad-act triggers](https://www.sec.gov/Archives/edgar/data/1769628/000176962826000129/ex102.htm)
- [DDTL 4.0 closing release: issuer-announced A3 / A(low) facility ratings and initial borrowing capacity](https://investors.coreweave.com/news/news-details/2026/CoreWeave-Closes-Landmark-8-5-Billion-Financing-Facility-Achieving-First-Investment-Grade-Rated-GPU-backed-Financing/default.aspx)
- [DDTL 5.0 Form 8-K: facility, legal maturity, parent guarantee, and 1.35x DSCR](https://www.sec.gov/Archives/edgar/data/1769628/000176962826000236/crwv-20260515.htm)
- [DDTL 5.0 executed credit agreement: 71.42%, liquidity, and covenants](https://www.sec.gov/Archives/edgar/data/1769628/000176962826000236/ex101.htm)
- [DDTL 5.0 closing release: issuer-announced Ba2 / BB+ ratings and two anonymous non-investment-grade customers](https://www.sec.gov/Archives/edgar/data/1769628/000176962826000236/ex9912.htm)
- [DDTL 5.5 Form 8-K: facility, legal maturity, parent guarantee, and 1.35x DSCR](https://www.sec.gov/Archives/edgar/data/1769628/000176962826000357/crwv-20260807.htm)
- [DDTL 5.5 executed credit agreement: 70%, 2.40x PCVR, and Additional MSA](https://www.sec.gov/Archives/edgar/data/1769628/000176962826000357/ex101creditagreement.htm)
- [DDTL 5.5 closing release: average contract term, issuer-announced ratings, and re-leasing mechanics](https://www.sec.gov/Archives/edgar/data/1769628/000176962826000357/ex991pr.htm)
- [CoreWeave–NVIDIA `$6.3bn` residual-capacity order Form 8-K](https://www.sec.gov/Archives/edgar/data/1769628/000176962825000047/crwv-20250909.htm)

### IREN / Microsoft / NVIDIA

- [IREN Form 10-Q for the quarter ended September 30, 2025: subsequent-event disclosure of the Microsoft contract](https://www.sec.gov/Archives/edgar/data/1878848/000187884825000081/iren-20250930.htm)
- [IREN Form 10-K for the year ended June 30, 2026: `$938m` principal, limited-guarantee types, and contract status](https://www.sec.gov/Archives/edgar/data/1878848/000187884826000052/iren-20260630.htm)
- [IREN GPU financing closing release: capacity, rates, issuer-announced ratings, and the `$1.94bn` calculation](https://irisenergy.gcs-web.com/news-releases/news-release-details/iren-closes-365bn-investment-grade-gpu-financing)
- [IREN August 13, 2026 Form 8-K: Horizon 1 delivery and Microsoft acceptance](https://www.sec.gov/Archives/edgar/data/1878848/000114036126032638/ef20080141_8k.htm)
- [Horizon 1 press-release exhibit: first of four 50MW deployments](https://www.sec.gov/Archives/edgar/data/1878848/000114036126032638/ef20080141_ex99-1.htm)
- [NVIDIA–IREN strategic partnership and conditional equity right of up to `$2.1bn`](https://investor.nvidia.com/news/press-release-details/2026/NVIDIA-and-IREN-Announce-Strategic-Partnership-to-Accelerate-Deployment-of-up-to-5-Gigawatts-of-AI-Infrastructure/default.aspx)

### Neocloud projects and capital layers

- [TeraWulf Q2 2026 Form 10-Q: Lake Mariner 438MW, `$3.2bn` notes, guarantees, and collateral pool](https://www.sec.gov/Archives/edgar/data/1083301/000108330126000166/wulf-20260630.htm)
- [Crusoe–Blue Owl–Primary Digital Infrastructure `$15bn` JV announcement](https://www.crusoe.ai/resources/newsroom/crusoe-blue-owl-capital-and-primary-digital-infrastructure-enter-joint-venture)
- [Crusoe `$750m` Brookfield credit facility](https://www.crusoe.ai/resources/newsroom/crusoe-secures-usd750-million-credit-facility-from-brookfield-to-accelerate)
- [Crusoe Cloud approximately `$225m` Upper90 facility](https://www.crusoe.ai/resources/newsroom/upper90-closes-usd225m-credit-facility-to-crusoe-to-expand-ai-cloud)

**Reading boundary:** Anonymous customer identities, undisclosed contracts, project OLV, ultimate beneficial holders, the amount of a guarantee that would actually be enforceable in a future dispute, and real re-leasing periods remain unknown. Conditional models are not probabilities, Level 3 fair values are not executable quotes, and an issuer’s report of a rating is not an independent rating opinion by this publication.