Derivatives and Hedge Accounting: The Basics

Introduction

TransUnion borrows mostly at floating rates, through term loans priced off the Secured Overnight Financing Rate (SOFR), and has swapped about three-quarters of that debt to fixed. Under its interest rate swaps it pays a fixed rate and receives the floating rate on its loans: about 1.4% on roughly $1.5 billion until the end of 2026, and roughly 3.1% to 4.0% on about $2.3 billion until the end of 2027. With short-term rates well above the older swaps' rate, the swaps paid TransUnion money: their gains cut interest expense by $88 million after tax in 2024 and $56 million in 2025, and the company expected about $27 million more over the following twelve months.

None of that showed up as a derivative gain in TransUnion's income statement. The swaps are designated as cash flow hedges, so their changes in value are held in other comprehensive income and released into interest expense as the hedged interest payments occur. Without hedge accounting, the same swaps would have swung earnings every quarter with interest rates. That is the purpose of hedge accounting: to make the timing of a hedge's results match the timing of the risk it hedges.

A derivative takes its value from something else, such as an interest rate, an exchange rate or a commodity price. The rules sit in Accounting Standards Codification (ASC) 815, and whether a contract counts turns on its underlying, how little it costs to enter and whether it can be settled net.

Derivative

A financial contract whose value depends on an underlying variable, such as an interest rate, exchange rate or commodity price, applied to a notional amount, that requires little or no initial investment and can be settled net. Under ASC 815, all derivatives are recognized on the balance sheet at fair value, as assets or liabilities.

Interest rate swaps, currency forwards, commodity futures and options all meet the definition. Because they are measured at fair value, a swap that cost nothing at inception becomes an asset or a liability as rates move. The default rule is that every change in that fair value goes straight to earnings. For a company using derivatives to reduce risk, that produces a mismatch: the derivative's gains and losses are recognized now, while the offsetting effect on the hedged item, a future interest payment, a future sale in a foreign currency or a fixed-rate bond carried at amortized cost, is recognized later or not at all. Hedge accounting exists to close that gap.

Hedge accounting

An optional set of rules, under ASC 815, that changes when a qualifying derivative's gains and losses are recognized so that they match the timing of the hedged item's effect on earnings. It requires formal documentation at inception and an expectation that the hedge will be highly effective in offsetting the hedged risk.

Hedge accounting is optional, and it must be earned: the company must document the hedging relationship, its risk management objective and how effectiveness will be assessed at inception, and the hedge must be expected to be highly effective, commonly read as offsetting 80% to 125% of the hedged risk.

Accounting Standards Update (ASU) 2017-12 simplified the rules, removing the separate recognition of hedge ineffectiveness for cash flow and net investment hedges and requiring the hedge results to be presented in the same income statement line as the hedged item, as Deloitte's summary of the update explains. For a qualifying cash flow hedge, the whole change in the hedging instrument's fair value included in the effectiveness assessment now goes to other comprehensive income, even if the offset is imperfect. There are three models.

A Cash Flow Hedge in Numbers

Suppose a company has a $1,000 floating-rate loan at SOFR plus 2% and enters into a swap paying a fixed 3.5% and receiving SOFR on the same notional. If SOFR is 4.5%, the loan costs 6.5%, or $65, and the swap pays the company the 1% difference, $10; interest expense is $55, an effective fixed rate of 5.5%. If SOFR falls to 2.5%, the loan costs $45 and the company pays $10 on the swap, so interest expense is again $55. Between payments, the swap's fair value rises when expected rates rise and falls when they fall; those changes go to other comprehensive income, and each period's net settlement is reclassified into interest expense, so earnings show the steady 5.5% cost.

TransUnion's Swaps

TransUnion's 2025 annual report shows the reserve for its cash flow hedges in accumulated other comprehensive income, net of tax:

The balance has been run down as the swaps' gains were realized in interest expense. The swaps fixed at about 1.4% expire at the end of 2026, and the newer ones, at rates much closer to market, at the end of 2027. As they expire and the remaining reserve is released, the benefit to interest expense will end, and the company's cost of debt will reflect whatever rates and hedges apply then.

Fair Value Hedges

A company with fixed-rate debt that prefers floating-rate exposure can swap it the other way, receiving fixed and paying floating. In a fair value hedge, the swap's change in value goes to earnings, and the carrying amount of the debt is adjusted for the change in its fair value attributable to the hedged interest rate risk, so the two largely offset within interest expense. At the end of 2024, Intel's fair value hedges covered notes carried at about $11.4 billion, $582 million below their face amount because higher rates had reduced their fair value, as described in debt accounting: carrying value and interest expense.

Many companies use derivatives as economic hedges without applying hedge accounting, because the documentation is burdensome or the relationship does not qualify. Their fair value changes then go straight to earnings, usually in other income or expense, creating gains and losses unrelated to the period's operations. Intel's 2024 results included a $755 million loss from the change in fair value of a derivative that was not designated as a hedge, related to its assessment of possible liquidated damages under a construction arrangement for its Irish manufacturing partnership.

Embedded Derivatives

Derivatives can also hide inside other contracts. A host contract, such as a debt instrument, a lease or a supply agreement, may include a feature whose value depends on an unrelated underlying: a payment indexed to a commodity price, an interest rate leveraged several times, or a conversion option that fails the tests for equity classification. If the feature is not clearly and closely related to the host, ASC 815 requires it to be separated and carried at fair value, with changes in earnings, while the host is accounted for normally. Intel's Irish liquidated damages provision is one such feature, separated from its host agreement, which is why its change in value ran through earnings. The conversion features of some convertible notes are a common example, discussed in convertible debt accounting.

For earnings analysis, fair value changes on derivatives that are not in hedge relationships are usually excluded from adjusted earnings before interest, taxes, depreciation and amortization (EBITDA) and from adjusted earnings, alongside the items covered in one-time items: restructuring, impairments and gains. Hedge results inside interest expense or cost of sales are not removed, because they are part of the cost the company has chosen to lock in.

For liquidity and credit analysis, the questions are how much of the company's debt is fixed after hedges, how sensitive its interest expense is to rates, and whether its derivatives require collateral that could drain cash in a sharp market move. The accumulated other comprehensive income balance for cash flow hedges shows gains or losses already locked in that will reach earnings as the hedged transactions occur. The quantitative disclosures on market risk are the quickest check: Intel, for example, reports that after swapping part of its fixed-rate debt to floating, a one-point rise in rates would add about $97 million a year to interest expense on its debt at the end of 2025.