CCIR Compute Credit Index Research

Applications

Worked drafting examples showing how a CCIR rate fits into established commodity-credit-document conventions. Each example references a specific CCIR series — the published, observable rate that anchors the mechanic — calibrated against today's snapshot. The reference series here is the Neocloud H100 guaranteed on-demand rate for the United States: a lender anchors to the CCIR series matching the operator segment, silicon, and geography of the collateral it lends against. CCIR publishes observed posted prices; the lender owns the credit judgment built on them. The documents these examples cite — the published Methodology, the Change Management Policy, and the administrator's governance — are public at /documents.

Use case 01 · Senior-secured term loan

Market Price Monitoring Covenant Tied to a Compute Rate Index (CRI) Rate

A worked drafting example showing how a CCIR rate would be cited in a senior-secured term loan facility as the trigger input to a tiered market price monitoring covenant. Modeled on the reserve-based lending minimum hedging covenant — a structure in which falling New York Mercantile Exchange (NYMEX) strip prices automatically tighten operational requirements (hedging floors, reserve funding, cash sweeps) without immediately triggering default. Drafting illustration, not a model form.

Reference rate (live, calibrating this example)
CRI-T2-H100-ALL-GTD-OD-US
$3.63/GPU-hr
Neocloud operator segment · H100 · Guaranteed on-demand · US · mean of 12 sources / 14 observations · as of 2026-07-18
Tier 2 threshold $3.35 (92% of close) Tier 3 threshold $2.90 (80% of close) Tier 4 threshold $2.50 (69% of close)

01 What a Market Price Monitoring Covenant Is

A market price monitoring covenant is a covenant that tests a published reference price (or a function of published prices) directly against contractually defined thresholds, with the price level itself driving the triggered consequence. It is functionally distinct from a valuation covenant (such as a loan-to-value (LTV) maintenance test), in which the published price is an input to a calculation and the test runs against the calculation rather than the price.

The canonical commodity-credit structure is the RBL minimum hedging covenant, which tightens the borrower's hedging floor as the NYMEX strip price falls beneath defined thresholds. Other examples found across commodity credit documents include reserve-account funding triggers tied to Henry Hub levels, cash sweep activations tied to Platts assessments, dividend blockers tied to LME cash prices, and springing covenants that come into effect only when a published price index crosses a threshold.

The structural appeal is that the covenant operates on a signal, not an event. There is no defaulting borrower behavior to litigate. The published rate either is or is not below the threshold on the test date. The lender's contractual remedy is correspondingly graduated — operational tightening at lower thresholds, financial tightening at lower-still thresholds, mandatory action at the lowest. The borrower has visibility into where the trigger sits and can manage its operations accordingly.

02 Hypothetical Facility Terms

Borrower A GPU-rich neocloud special-purpose entity (SPE) (the "Borrower")
Facility type Senior-secured term loan
Facility size $200,000,000
Tenor 4 years, scheduled amortization with bullet at maturity
Collateral First-lien security interest in 1,000 H100 SXM 8-GPU nodes plus customary blanket lien
Reference Rate CRI-T2-H100-ALL-GTD-OD-US, as published by CCIR (Neocloud operator segment, H100, guaranteed on-demand, United States)
Closing Date Reference Rate $3.63 per GPU per hour (as of 2026-07-18)
Reference Rate Average lookback 30 days
Test frequency Monthly (Determination Date = last business day of each calendar month)

03 Defined Terms

Drafted to be embeddable in a credit agreement's Definitions section. The dual-anchor convention — naming the publication, the administrator, and the specific data field separately — is the same as in modern oil-swap confirmations referencing "Brent (Dated) as published by S&P Global Platts" and in post-LIBOR (the London Interbank Offered Rate) Alternative Reference Rates Committee (ARRC) fallback language.

"CRI Reference Rate" means, as of any date of determination, the rate
published as CRI-T2-H100-ALL-GTD-OD-US by the Reference Rate Administrator
on its principal website (currently ccir.io), expressed in U.S. dollars
per GPU per hour, for the most recent Publication Date on or prior to
such date.

"Reference Rate Administrator" means Compute Credit Index Research LLC,
a Delaware limited liability company, or any successor administrator of
the CRI-T2-H100-ALL-GTD-OD-US rate that (i) maintains a published methodology
substantially consistent with the CCIR Methodology in effect on the
Closing Date (or any successor version adopted in compliance with the
Reference Rate Administrator's published Change Management Policy) and
(ii) operates with structural independence from counterparties to GPU
compute transactions.

"Reference Rate Average" means, as of any Determination Date, the
arithmetic mean of the CRI Reference Rate for each of the thirty (30)
consecutive Publication Dates ending on (and including) such
Determination Date.

"Committed Customer Contracts" means binding customer agreements for
compute capacity having a remaining contractual term of not less than
six (6) months from the relevant Determination Date and providing for
fixed pricing or pricing subject only to a contractually agreed
adjustment formula.

"Committed Revenue Coverage" means, as of any Determination Date, the
quotient (expressed as a percentage) of (a) the projected revenue
receivable under Committed Customer Contracts during the twelve (12)-
month period beginning on such Determination Date, divided by (b) the
Borrower's projected gross rental revenue from the Pool Nodes during
such twelve-month period (assuming utilization at the Borrower's
then-current operating run rate and pricing at the most recently
published CRI Reference Rate).

"Excess Cash Flow" has the meaning given to that term on Schedule 1.01(b).

"Reserve Account" means the segregated, blocked deposit account
established with the Administrative Agent pursuant to Section 4.05.

04 The Covenant

Section 7.01   Market Price Maintenance Covenant.

(a)  Reference Rate Tiers. As of each Determination Date, the
Reference Rate Average shall be classified into one of the following
tiers (each, a "Reference Rate Tier"):

    "Tier 1 (Baseline)"     Reference Rate Average  ≥  $3.35 per GPU per hour
    "Tier 2 (Watch)"        $2.90   ≤  Reference Rate Average  <  $3.35
    "Tier 3 (Step-Up)"      $2.50   ≤  Reference Rate Average  <  $2.90
    "Tier 4 (Triggered)"    Reference Rate Average  <  $2.50

Each threshold dollar amount set forth above is referred to herein as
a "Tier Threshold."

(b)  Tier-Based Operating Requirements. From and after each
Determination Date and until the next succeeding Determination Date,
the Borrower shall comply with the operating requirements applicable
to the Reference Rate Tier in effect for such Determination Date, as
follows:

  Tier 1 (Baseline):
    (i)   Committed Revenue Coverage of not less than thirty percent (30%);
    (ii)  Quarterly compliance certificates as set forth in Section 6.01.

  Tier 2 (Watch):
    (i)   Committed Revenue Coverage of not less than fifty percent (50%);
    (ii)  Monthly compliance certificates;
    (iii) No Restricted Payments to be made until restoration to Tier 1.

  Tier 3 (Step-Up):
    (i)   Committed Revenue Coverage of not less than seventy percent (70%);
    (ii)  Monthly compliance certificates;
    (iii) No Restricted Payments;
    (iv)  Reserve Account funded with cash and Permitted Investments having
          a market value of not less than six (6) months of scheduled debt
          service (the "Tier 3 Reserve Floor");
    (v)   Excess Cash Flow Sweep of fifty percent (50%) at the end of each
          calendar quarter, applied to scheduled amortization in inverse
          order of maturity.

  Tier 4 (Triggered):
    (i)   Committed Revenue Coverage of not less than eighty-five percent
          (85%);
    (ii)  Monthly compliance certificates;
    (iii) No Restricted Payments;
    (iv)  Reserve Account funded with cash and Permitted Investments having
          a market value of not less than twelve (12) months of scheduled
          debt service (the "Tier 4 Reserve Floor");
    (v)   Excess Cash Flow Sweep of one hundred percent (100%) at the end
          of each calendar month, applied to scheduled amortization in
          inverse order of maturity;
    (vi)  Mandatory accelerated amortization of two and one-half percent
          (2.50%) of the original principal amount of the Loans on the
          last Business Day of each calendar quarter, in addition to
          scheduled amortization.

(c)  Phase-In on Tier Transition. If the Reference Rate Tier in
effect for any Determination Date is more restrictive than the
Reference Rate Tier that was in effect for the immediately preceding
Determination Date, the Borrower shall achieve compliance with the
operating requirements of the new Reference Rate Tier no later than
thirty (30) days after such Determination Date (the "Tier Transition
Cure Period"); provided that (i) any change in Committed Revenue
Coverage requirement shall be required to be achieved within ninety
(90) days, and (ii) any change in the Reserve Account funding floor
shall be required to be achieved within forty-five (45) days.

(d)  Step-Down on Tier Improvement. If the Reference Rate Tier in
effect for any Determination Date is less restrictive than the
Reference Rate Tier that was in effect for the immediately preceding
Determination Date, the operating requirements applicable to the new
Reference Rate Tier shall apply automatically; provided that release
of any cash from the Reserve Account in excess of the new applicable
Reserve Floor shall require delivery of a compliance certificate
confirming that no Default or Event of Default has occurred and is
continuing.

(e)  Failure to Comply. The failure of the Borrower to achieve
compliance with the operating requirements of the applicable Reference
Rate Tier within the Tier Transition Cure Period shall constitute an
Event of Default.

(f)  Interim Test. The Administrative Agent may, at the direction of
the Required Lenders, designate any Business Day as an interim
Determination Date upon five (5) Business Days' written notice to the
Borrower if (i) the most recently published CRI Reference Rate is more
than fifteen percent (15%) below the Reference Rate Average used for
the most recent Determination Date or (ii) a Reference Rate Disruption
Event has occurred and is continuing.

The structure matches the RBL minimum hedging covenant's tiered logic — falling published price drives tighter operational and cash-flow requirements automatically — adapted to the operational realities of GPU-backed lending. Committed Revenue Coverage plays the role that hedge coverage plays in RBL: it locks in expected cash flow at progressively higher floors as rental rates fall, insulating debt service capacity from further spot-price decline.

The Tier Transition Cure Period exists because some operational responses (signing customer contracts, funding a reserve account) cannot be executed within the 5-day reporting window that triggered the tier change. The 30/45/90-day phase-in periods are calibrated to the realistic timelines for each action.

The 15% interim-test threshold guards against fast moves between Determination Dates. Without an interim test, a borrower could stay in Tier 1 on a Friday Determination Date while the published rate falls through Tier 4 over the subsequent week, with no covenant response until the next month-end.

05 Fallback Architecture

The fallback waterfall draws from the International Swaps and Derivatives Association (ISDA) 2018 Benchmarks Supplement and the ARRC hardwired LIBOR transition language, adapted to a price reporting agency (PRA)-style commodity index. The rate-disruption mechanics are common to any covenant citing this rate.

Section 7.01(g)  Reference Rate Disruption.

(i)  Reference Rate Disruption Events. Each of the following shall
constitute a "Reference Rate Disruption Event":

    (A)  Cessation Event: the Reference Rate Administrator publicly
    announces that it has ceased or will cease to publish the CRI
    Reference Rate, and no successor administrator has assumed
    publication;

    (B)  Administrator Event: the Reference Rate Administrator (1)
    ceases to maintain a published methodology, (2) loses material
    structural independence from counterparties to GPU compute
    transactions, or (3) becomes the subject of an enforcement action
    by a financial regulator for benchmark-related conduct;

    (C)  Material Methodology Change: the Reference Rate Administrator
    implements a change to the methodology governing the CRI Reference
    Rate that, in the reasonable determination of the Administrative
    Agent, is not substantively similar to the methodology in effect
    on the Closing Date and would, if applied to the historical
    period, have produced a Reference Rate Average more than ten
    percent (10%) different from the actual published values; or

    (D)  Publication Disruption: the Reference Rate Administrator
    fails to publish the CRI Reference Rate for five (5) or more
    consecutive Publication Dates other than as a result of a
    scheduled publication holiday.

(ii) Replacement Rate Waterfall. Upon the occurrence and during the
continuance of a Reference Rate Disruption Event, the "Replacement
Rate" shall be determined in the following order of priority:

    First, any rate published by a successor administrator that has
    publicly assumed responsibility for continued publication of the
    CRI-T2-H100-ALL-GTD-OD-US rate using a methodology substantially consistent
    with the CCIR Methodology then in effect;

    Second, a rate constructed by the Administrative Agent using the
    underlying observation data published by the Reference Rate
    Administrator pursuant to its Data Publication Policy, applying
    the aggregation methodology specified in the CCIR Methodology in
    effect immediately prior to the Reference Rate Disruption Event;

    Third, any other published GPU compute reference rate selected by
    the Administrative Agent (with the consent of the Required Lenders)
    that (1) is administered by an entity structurally independent from
    counterparties to GPU compute transactions, (2) covers guaranteed
    on-demand H100 pricing offered by neocloud operators in the United
    States, and (3) is published with a frequency of at least weekly; or

    Fourth, a rate determined in good faith by the Administrative
    Agent, based on then-available information regarding seller-posted
    noninterruptible H100 prices from neocloud operators of the type
    historically used by the Reference Rate Administrator.

(iii) Tier Threshold Adjustment. Upon application of any Replacement
Rate, the Administrative Agent shall adjust each Tier Threshold by
applying an adjustment spread (which may be positive or negative)
calculated to neutralize the change in expected Reference Rate Tier
classification arising solely from the change in rate input, measured
over the thirty (30)-day period ending on the date of the Reference
Rate Disruption Event.

(iv) Conforming Changes. The Administrative Agent may, in connection
with the implementation of any Replacement Rate, make such technical,
administrative, or operational changes to this Agreement (including
to the Determination Date schedule, publication-date references, and
Tier Threshold dollar amounts) as the Administrative Agent reasonably
determines are appropriate, without further consent of the Borrower
or any Lender.

Material Methodology Change is operationalized with a numerical test. Rather than leaving "material change" to argument, the draft requires the change to produce more than a 10% deviation from historical published values. This anchors the test to objective data and is calibratable against CCIR's Change Management Policy.

The second-tier fallback uses CCIR's own Bronze data. This is only executable if CCIR publishes its underlying observation data with sufficient granularity for an independent reconstruction. It is one of the reasons CCIR's open-methodology positioning is structurally valuable — it makes the second-tier fallback a real option rather than an aspiration.

The Tier Threshold Adjustment is mandatory. Without it, a benchmark replacement could re-tier the borrower arbitrarily. The adjustment spread mechanic is the same one ARRC adopted for the LIBOR transition.

06 Worked Numerical Example

Calibration: example values below are derived from a Closing Date Reference Rate of $3.63 per GPU per hour (CRI-T2-H100-ALL-GTD-OD-US, as published by CCIR on 2026-07-18) and a stylized 24-month rate trajectory. Tier Thresholds set at 92% / 80% / 69% of close, rounded to nearest $0.05.

Determination Date 30-Day Avg % of Close Tier Triggered Operating Requirements Cure Action by Borrower
Month 0 (Close) $3.63 100% Tier 1 (Baseline) 30% Committed Revenue Coverage; quarterly reporting None — facility closes in compliance
Month 3 $3.45 95% Tier 1 (Baseline) 30% Committed Revenue Coverage; quarterly reporting None required
Month 6 $3.20 88% Tier 2 (Watch) 50% CRC; monthly reporting; no Restricted Payments Commit additional customer contracts within 90 days; halt distributions immediately
Month 9 $2.98 82% Tier 2 (Watch) 50% CRC; monthly reporting; no Restricted Payments None required (CRC already at floor from prior cure)
Month 12 $2.76 76% Tier 3 (Step-Up) 70% CRC; Reserve Account funded to 6 mo. debt service; 50% ECF Sweep; monthly reporting; no RP Commit additional contracts (90 days); fund Reserve Account (45 days); next quarterly sweep applies 50% of ECF
Month 15 $2.58 71% Tier 3 (Step-Up) 70% CRC; Reserve Account funded to 6 mo. debt service; 50% ECF Sweep; monthly reporting; no RP None required
Month 18 $2.36 65% Tier 4 (Triggered) 85% CRC; Reserve Account to 12 mo. debt service; 100% ECF Sweep monthly; mandatory 2.5% accelerated amortization quarterly; monthly reporting; no RP Commit additional contracts (90 days); top up Reserve Account (45 days); first accelerated amortization on next quarterly date
Month 21 $2.69 74% Tier 3 (Step-Up) 70% CRC; Reserve Account funded to 6 mo. debt service; 50% ECF Sweep; monthly reporting; no RP Excess Reserve Account balance above 6-mo. floor releasable subject to compliance certificate

The covenant tightens automatically without negotiation. Each tier transition triggers its consequences mechanically based on the published rate. There is no lender consent required, no waiver to negotiate, no event-of-default to declare.

Operational responses lag tier transitions, by design. Customer contracts cannot be signed in five days. Reserve accounts can be funded faster. The Phase-In provisions accommodate this with 30/45/90-day windows.

Step-down on improvement is automatic but releases require certification. When the rate recovers (Month 21 in the example), the borrower's operating constraints loosen automatically — but cash held in the Reserve Account does not release without a compliance certificate. Tighten fast, loosen with verification.

The covenant signals economic stress without triggering default. Tier 4 is restrictive but not default. Default occurs only on cure failure within the Phase-In window — a separable, narrower event.

07 Precedent Map

The covenant structure illustrated above maps to established commodity-credit precedent as follows:

Covenant feature Precedent
Reference rate naming convention (publication + administrator + field) Modern oil-swap confirmations (Brent Dated / S&P Global Platts / Crude Oil Marketwire); ICE Dated Brent Future
30-day arithmetic average lookback Adapted from RBL 24-month forward-strip averages; U.S. Securities and Exchange Commission (SEC) 12-month first-of-month averages
Tiered operating requirements driven by published price RBL minimum hedging covenant (e.g., Amplify Energy 60% proved developed producing (PDP) hedge requirement scaled by price tier); high-yield indenture price-driven covenant suite
Committed Revenue Coverage as functional analog to hedging Adapted to GPU context where futures markets do not yet exist; hedging via committed customer contracts
Reserve Account funding triggered by price tier exploration and production (E&P) credit agreement reserve-account covenants; PDP asset-backed securities (ABS) reserve account requirements
Cash sweep activation at price thresholds Standard high-yield and leveraged loan cash sweep triggers, here keyed to a published commodity index rather than to leverage ratios
Mandatory accelerated amortization at lowest tier RBL borrowing-base deficiency cure mechanics in tail tiers; PDP ABS amortization triggers
Disruption Events (Cessation / Administrator / Methodology / Publication) ISDA 2018 Benchmarks Supplement; 2005 ISDA Commodity Definitions Market Disruption Events
Replacement Rate waterfall ARRC hardwired LIBOR transition language
Tier Threshold Adjustment Spread ARRC LIBOR transition; ISDA Benchmarks Supplement Adjustment Payment
Material Methodology Change with numerical threshold Adapted from ISDA "Material Change in Formula/Content" with objective calibration to historical data
Conforming Changes authority ARRC LIBOR transition language verbatim

The drafting innovation, to the extent there is one, is the operationalization of a published commodity-index trigger into an asset class — GPU compute — in which forward markets do not yet exist. The hedging-floor concept that has carried RBL minimum hedging covenants since their inception relies on the existence of a liquid futures market into which producers can sell forward production. For GPU compute, the functional analog is the customer-contract market: locking in fixed-price customer contracts at progressively higher floors achieves the same insulation against further spot-rate decline.

08 Limitations and Notes for Practitioners

This is illustrative, not transactional. The hypothetical facility, dollar thresholds, tier breakpoints, and percentage requirements are designed for clarity. Actual transaction terms will depend on borrower credit, pool composition, counterparty considerations, and market conditions at execution.

Tier breakpoint calibration is the central judgment input. The illustrative thresholds (92% / 80% / 69% of Closing Date Reference Rate) are calibrated to deliver meaningful covenant response across a realistic range of rate movement. Real transactions might use absolute dollar thresholds, percentage-from-close thresholds (as drafted here), or hybrid structures.

Committed Revenue Coverage requires careful definition. The drafting above defines CRC by reference to a 12-month forward window. Other formulations are possible: trailing 12-month (less reactive but more verifiable); remaining-tenor-of-loan (more stringent); weighted-average remaining-term (more sophisticated). Each formulation produces different incentives for the borrower's customer-contracting strategy.

The lender population for GPU-backed lending is still forming. Unlike RBL, where decades of standardized practice support a deep agent-bank ecosystem, GPU-backed lending lacks established lender-internal alternatives to a published reference rate. This means a CRI rate plays a structurally more central role in the credit document than NYMEX strip plays in RBL — governance, methodology transparency, and fallback architecture matter more, not less, in this asset class than in mature commodity markets.

This example draws on conventions identified in the CCIR commodity-index citation precedent survey, including reserve-based lending borrowing-base mechanics (with particular reference to minimum hedging covenants and reserve-account funding triggers), PDP oil & gas ABS indenture practice, the 2005 ISDA Commodity Definitions, the ISDA 2018 Benchmarks Supplement, and ARRC hardwired LIBOR transition language.

09 The Covenant Against Three Years of History

The same tier mechanics, run against reconstructed history instead of a stylized trajectory. Rates are the monthly neocloud H100 guaranteed on-demand medians from CCIR's archived-page backfill (On-Demand vs Committed, Three Years); the facility closes February 2024 at $4.30 with Tier Thresholds at 92% / 80% / 69% of close ($3.95 / $3.45 / $2.95).

PeriodReference rateTierOperating requirements in force
Feb – Jun 2024 $4.30 Tier 1 · Baseline 30% CRC; quarterly reporting
Jul – Aug 2024 $3.92 → $3.49 Tier 2 · Watch 50% CRC; monthly reporting; no Restricted Payments
Sep – Nov 2024 $3.24 → $2.99 Tier 3 · Step-Up 70% CRC; Reserve to 6 mo debt service; 50% ECF sweep
Dec 2024 – Nov 2025 $2.79 – $2.92 Tier 4 · Triggered — 12 months 85% CRC; Reserve to 12 mo; 100% monthly sweep; 2.5% accelerated amortization per quarter
Dec 2025 – Feb 2026 $3.18 Tier 3 · improvement Automatic step-down; reserve release above 6-mo floor on compliance certificate
Mar – Apr 2026 $3.74 Tier 2 Further step-down
May 2026 $3.98 Tier 1 · restored Full restoration
Jun 2026 $3.39 Tier 3 · re-tightening Phase-in restarts — the month the 15% interim test exists for

Twelve months in Tier 4 and no default. Through the 2025 price floor the facility ran a funded reserve, a full cash sweep, and accelerated amortization — the lender de-risked mechanically through the trough while the borrower kept operating. When the market turned in December 2025, restrictions stepped down automatically, reaching full restoration by May 2026.

Every transition came from the published rate. No waiver negotiations, no amendment cycle, no dispute about what the market was doing — eight tier events in twenty-nine months, each one mechanical.

Calibration notes: the exhibit uses monthly stepped-panel medians as a stand-in for the drafting's 30-day daily Reference Rate Average; the backfill panel is thin early and is a different collection method from the live daily series (no splicing implied). June 2026's single-month re-tightening illustrates why the drafting smooths on a 30-day average and includes the 15% interim test.

10 The Exposure-Weighted Variant

The predictable borrower objection to Section 7.01 as drafted: a heavily contracted borrower's revenue does not move when the index moves, so a raw-index trigger over-tightens exactly the borrower the lender likes most. The objection is sound, and the repair is established practice — reserve-based lending credits hedged volumes into the borrowing base at their hedge prices and applies the price deck only to unhedged volumes. Committed customer contracts are this market's hedge, so contracted capacity earns contract-price credit in the test, not merely in the coverage requirement: the covenant classifies tiers on a blended rate rather than the bare index.

"Exposed Capacity" means, as of any Determination Date, the portion of
the Pool Nodes' capacity that is either (a) not subject to a Committed
Customer Contract or (b) subject to a Committed Customer Contract
scheduled to expire within twelve (12) months of such date.

"Effective Revenue Rate" means, as of any Determination Date, the
capacity-weighted average of (a) the contracted rates applicable to
capacity that is not Exposed Capacity and (b) the Reference Rate
Average applied to Exposed Capacity.

Section 7.01(a) (Exposure-Weighted Variant). As of each Determination
Date, the Effective Revenue Rate (in place of the Reference Rate
Average) shall be classified against the Tier Thresholds. The Borrower
shall deliver with each compliance certificate a schedule of Committed
Customer Contracts (contracted rates, covered capacity, and scheduled
expirations) certified by a Responsible Officer.

The variant encodes the expiry dynamic mechanically: far from expiry, the index flows through only the uncontracted sliver and the covenant barely engages; as contracts roll toward their expiration dates, Exposed Capacity grows and the same index level bites progressively harder, reaching full force at the cliff. At the 2025 floor in the Section 09 backtest (index at $2.79 against contracts written at close):

Contracted share (beyond 12 mo)Effective Revenue RateTier at the 2025 floor
85%$4.07Tier 1 · Baseline
50%$3.55Tier 2 · Watch
15%$3.02Tier 3 · Step-Up
0% (raw index)$2.79Tier 4 · Triggered

What the lender receives for the relief: a certified monthly contract-book schedule (rates, shares, expiry ladder) it would otherwise negotiate for separately, and no softening on the exposed slice. The variant also shares its inputs with Use case 02: the Effective Revenue Rate here and the Projected Rollover DSCR (debt-service coverage ratio) there are the same computation at different horizons, so one covenant package runs on one data feed — the published series plus the borrower's contract ladder.

Use case 02 · Contract rollover

Re-Leasing Risk Sized Against the Published Term Curve

A worked underwriting exhibit and drafting example for the rollover problem in GPU-backed lending: a borrower's anchor customer contract expires mid-loan and the expiring capacity must be re-leased into the open market at then-prevailing rates. Modeled on commercial mortgage-backed securities (CMBS) lease-sweep mechanics and the re-leasing assumptions used in aircraft and container ABS. Drafting illustration, not a model form.

Re-lease anchor (live, calibrating this example)
CRI-T2-H100-ALL-GTD-1yr-ALL
$2.44/GPU-hr · 1Y committed
Neocloud operator segment · H100 · Guaranteed · 1-year committed · median of 5 sources · as of 2026-07-18
1M $3.19 (n=5)3M $2.68 (n=5)6M $2.54 (n=5)1Y $2.44 (n=5)2Y $2.39 (n=2)3Y $2.24 (n=2) On-demand $3.27 (n=21)

01 Why Rollover Is the Central Credit Question

Compute is not storable. An expiring contract does not leave the borrower holding inventory it can warehouse until prices recover — every unsold GPU-hour perishes at the moment it is not rented. When an anchor contract rolls off, the expiring capacity reprices at the then-prevailing committed-term curve, immediately and in full. The credit question is therefore not whether the borrower's current contract covers debt service, but what the same capacity earns when it is re-leased — and that is an observable number, published daily, not a negotiation position.

This is the same rollover problem that CMBS underwriting prices with market-rent assumptions and lease-sweep periods, and that aircraft lessors price with appraiser-published re-leasing rates. The GPU market's equivalent of the market rent is the committed term curve at the operator segment of the borrower — for a neocloud, the CCIR Neocloud committed series shown above.

02 Worked Rollover Exhibit

Calibration: stylized facility — 8,000 GPUs (1,000 nodes), 70% of capacity under an anchor contract written at $4.25/GPU-hr (illustrative vintage), remainder sold at the on-demand rate (live: $3.27). DSCR at close 1.45x. Re-lease at the live 1Y committed rate of $2.44 (CRI-T2-H100-ALL-GTD-1yr-ALL, as of 2026-07-18). Margins and debt service held constant to isolate the price effect.

Anchor contract rate at close (stylized)$4.25 /GPU-hr
Market Re-Lease Rate today (live)$2.44 /GPU-hr · 1Y committed, Neocloud segment
Repricing on the expiring block-43%
Book revenue, indexed (close = 100)68
DSCR at close → Projected Rollover DSCR1.45x → 0.99x
Covenant response at < 1.20xLease Sweep Period commences; excess cash trapped to the Rollover Reserve until re-leasing or reserve floor is met

The exhibit prices the risk before it happens. The Projected Rollover DSCR is computable on any publication date from the borrower's contract book and the published curve. Nothing in it waits for the borrower to actually re-lease — which is precisely what lets the covenant act ahead of the expiry rather than after the revenue is gone.

03 Defined Terms and Covenant

"Anchor Contract" means any Committed Customer Contract projected to
account for twenty percent (20%) or more of the Borrower's gross rental
revenue during any twelve-month period.

"Market Re-Lease Rate" means, as of any date of determination, the
arithmetic mean of the rate published as CRI-T2-H100-ALL-GTD-1yr-US by the
Reference Rate Administrator for the thirty (30) consecutive Publication
Dates ending on such date; provided that if such rate has been published
on fewer than twenty (20) of such Publication Dates, the corresponding
region-pooled series CRI-T2-H100-ALL-GTD-1yr-ALL shall be used in its place.

"Rollover Determination Date" means the date one hundred eighty (180)
days prior to the scheduled expiration of any Anchor Contract, and each
monthly Determination Date thereafter until such Anchor Contract has been
replaced or renewed.

"Projected Rollover DSCR" means, as of any Rollover Determination Date,
the ratio of (a) projected Net Operating Cash Flow for the twelve-month
period beginning on the scheduled expiration date of the applicable
Anchor Contract, computed by re-pricing the capacity subject to such
Anchor Contract at the then-current Market Re-Lease Rate (and holding
all other Committed Customer Contracts at their contracted rates), to
(b) scheduled debt service for such period.

Section 7.02   Contract Rollover.

(a)  If, as of any Rollover Determination Date, the Projected Rollover
DSCR is less than 1.20 to 1.00, a "Lease Sweep Period" shall commence
on such date.

(b)  During a Lease Sweep Period, one hundred percent (100%) of Excess
Cash Flow shall be deposited monthly into the Rollover Reserve Account.

(c)  A Lease Sweep Period shall end when either (i) the Borrower has
entered into replacement Committed Customer Contracts covering not less
than seventy-five percent (75%) of the expiring capacity such that the
Projected Rollover DSCR (recomputed giving effect thereto) equals or
exceeds 1.20 to 1.00, or (ii) the balance of the Rollover Reserve
Account equals or exceeds six (6) months of scheduled debt service.

(d)  Amounts in the Rollover Reserve Account shall be released to the
Borrower upon the end of a Lease Sweep Period under clause (c)(i), or
applied to debt service as incurred during any period in which the
capacity formerly subject to the Anchor Contract remains un-leased.

The trigger runs on the published curve, not on borrower projections. Both inputs to the Projected Rollover DSCR that move — the re-lease rate and the trigger date — come from outside the borrower: one from the Reference Rate Administrator's publication, one from the contract calendar. The negotiation surface is confined to the thresholds.

The 1Y tenor is the honest re-lease assumption. Renters of expiring capacity are predominantly unwilling to commit beyond one year, so re-pricing expiring capacity at the 1-year committed rate — rather than at on-demand or at a longer tenor the market will not actually sign — matches observed contracting behavior.

04 Precedent Map

Covenant feature Precedent
Lease Sweep Period triggered ahead of a major contract expiry CMBS lease-sweep / specified-tenant sweep provisions (cash trap commencing 12-18 months before a major tenant lease expiration)
Re-lease rate assumption drawn from a published market series Aircraft ABS re-leasing assumptions keyed to appraiser-published lease-rate data; container ABS per-diem re-lease assumptions
Projected (look-forward) DSCR test on expiring capacity CMBS underwritten rollover net operating income (NOI); project-finance re-contracting cases in merchant power
Rollover Reserve sized in months of debt service CMBS rollover/tenant improvement and leasing commission (TI/LC) reserves; aircraft ABS maintenance and remarketing reserves

05 Limitations

This is illustrative, not transactional. The vintage contract rate, fleet size, anchor share, and closing DSCR are stylized; only the re-lease anchor and the term curve are live. Panel depth on committed tenors is disclosed per cell above — thin cells (n<3) should be treated as indicative in real drafting, and the region-pooled fallback in the Market Re-Lease Rate definition exists for exactly that reason. Utilization on re-leased capacity is held at the contracted level; a real exhibit would stress it jointly with rate.

This example draws on CMBS lease-sweep and rollover-reserve practice, aircraft and container ABS re-leasing assumption conventions, and merchant-power re-contracting analysis, adapted to a non-storable compute market where the re-contracting price is published daily.

Use case 03 · Pool surveillance

Monitoring a Multi-Generation Pool

Securitized and warehouse pools are not one chip — they are mixed fleets across generations. A worked construction for the composite reference such a pool needs: a unit-weighted basket of the published per-generation series, fixed at closing, verified in surveillance. Modeled on fleet-weighted appraisal conventions in aircraft ABS and vintage-index surveillance in auto ABS. Drafting illustration, not a model form.

Worked pool (live, calibrating this example)
50% H100 · 30% H200 · 20% A100
$3.53/GPU-hr · Pool Reference Rate
Unit-weighted basket of Neocloud guaranteed on-demand cells · as of 2026-07-18
H100 $3.63 × 50% (n=12)H200 $4.29 × 30% (n=7)A100 $2.15 × 20% (n=7)

01 The Pool Reference Rate

"Pool Reference Rate" means, as of any date of determination, the
weighted average of the CCIR series corresponding to each Generation
represented in the Asset Schedule (for each Generation, the Neocloud
guaranteed on-demand series for the applicable region), weighted by
each Generation's share of Pool GPU units as set forth in the Asset
Schedule. Weights are fixed as of the Closing Date and adjusted only
upon an asset substitution, addition, or disposition reflected in a
Servicer Report.

Every input is a published series with disclosed panel depth, and the weights come from the deal's own asset schedule — so trustee, servicer, rating surveillance, and investors compute the same number from public data plus one document they already hold. The single-series covenants in Use case 01 run unchanged on the pool rate.

02 The Property That Makes Pools Monitorable

The cross-section of generation pricing is log-linear in age at a common slope (≈ −26% per year; see the age-curve note). That has a direct consequence for pools: a static pool's earning power declines at approximately the same rate regardless of its generation mix. Mix determines the level; it does not change the slope. The only lever that changes a pool's decline path is substitution — replacing aging units with newer generations — which is precisely the servicer behavior surveillance exists to verify.

Surveillance therefore watches four things: the Pool Reference Rate against its closing level; mix drift in the Servicer Report against the weights being applied; whether substitutions actually entered the basket on schedule; and panel depth n on each underlying cell, so a thinning input is visible before it matters. Generations without a published cell (a new chip in its first weeks) enter the basket only by amendment — the same discipline as any index addition.

03 Precedent and Limitations

The construction is standard in adjacent asset classes: aircraft ABS monitors fleet value on appraisals weighted by airframe type and vintage; container ABS tracks per-diem rates by box type and age; auto ABS surveillance marks pools against vintage- and segment-level auction indices. GPUs are, if anything, easier — the per-generation series publish daily rather than quarterly. Limitations: the basket inherits each cell's panel depth (thin cells are disclosed, not hidden); unit weighting is one convention (cost-basis or capacity weighting are alternatives the documents can elect); and the pool rate is an earning-power reference for the collateral, not a valuation of it.