Credit Value Adjustment

Credit valuation adjustment (CVA) is an adjustment made to the value of a derivative to account for the risk that the counterparty to the trade might default. It's an important concept in modern risk management and derivatives pricing, which rose to prominence after the 2008 financial crisis. This guide explains what CVA is, how it works, why it matters, and the related "valuation adjustments" — in plain language. It builds on counterparty risk and is a relevant topic in qualifications like the FRM.

What is credit valuation adjustment?

When two parties enter a derivative such as a swap, each is exposed to the risk that the other defaults before the contract is settled — counterparty risk. CVA is the adjustment that puts a price on that risk. Specifically, it's the difference between the value of a derivative assuming the counterparty is risk-free and its value taking the counterparty's actual risk of default into account. In effect, CVA is the market value of counterparty credit risk — the amount by which a derivative's value is reduced to reflect the possibility that you won't be paid what you're owed.

How CVA works

CVA reflects two things combined: how likely the counterparty is to default, and how much you would be exposed if they did. Its size therefore depends on:

• The counterparty's credit quality — a riskier counterparty (higher probability of default) means a larger CVA.
• The expected exposure — how much the contract is likely to be worth to you over its life (since you only lose out if the counterparty owes you when they default).
• The expected recovery — how much you'd recover if a default did occur.

Banks calculate CVA across their derivative portfolios and adjust the value of those positions accordingly. A higher CVA means a larger deduction from the "risk-free" value of the trades.

Why CVA matters

CVA matters because counterparty credit risk is real and can be substantial — a lesson driven home in 2008, when large losses on derivatives came not only from defaults but from the deterioration in counterparties' creditworthiness, which increased CVA and hit banks' valuations. In response, regulators introduced specific capital requirements for CVA risk under the Basel framework, making it a core part of how banks measure and manage derivatives risk. Pricing CVA into trades also ensures that the cost of counterparty risk is properly reflected, rather than ignored.

How CVA is managed

Because CVA changes as counterparties' credit quality and market exposures move, banks actively manage it — often through a dedicated "CVA desk". They reduce CVA using the same tools that reduce counterparty risk itself, such as collateral and netting agreements, and they hedge the remaining CVA risk using instruments like credit default swaps, whose value rises if a counterparty's credit deteriorates. This turns CVA from a passive accounting figure into something traded and hedged like any other market risk.

The family of valuation adjustments (the "XVAs")

CVA is the best known of a family of valuation adjustments collectively called "XVA". Alongside it sit measures such as DVA (debit valuation adjustment, reflecting your own default risk), FVA (funding valuation adjustment, the cost of funding the trade) and others. Together, these adjustments aim to capture the full, realistic cost and risk of a derivative beyond its idealised "risk-free" value — an area that has become central to how banks price and manage derivatives.

Why it matters for finance professionals

For anyone in derivatives, risk or banking, CVA is an essential modern concept. It connects counterparty credit risk directly to the valuation and pricing of derivatives, and it's a key part of post-crisis risk management and regulation. Understanding what CVA represents — and how it fits into the broader XVA family — is increasingly important in quantitative finance and a relevant topic in professional risk qualifications.

Frequently asked questions

What is credit valuation adjustment (CVA)?

An adjustment to the value of a derivative that accounts for the risk the counterparty defaults — effectively the market value of counterparty credit risk, reducing a derivative's value to reflect possible non-payment.

What drives the size of CVA?

The counterparty's probability of default, the expected exposure (how much they're likely to owe you over the contract's life), and the expected recovery if they do default.

Why did CVA become important after 2008?

Because the crisis showed losses came not just from defaults but from worsening counterparty creditworthiness, which increased CVA. Regulators responded with specific Basel capital requirements for CVA risk.

What is XVA?

A collective term for a family of valuation adjustments including CVA, DVA (own default risk), FVA (funding cost) and others — capturing the full cost and risk of a derivative beyond its risk-free value.

Build your risk skills with Learnsignal

CVA sits at the cutting edge of derivatives risk management. Learnsignal's tutor-led courses, including the FRM, develop the risk understanding that topics like this build on — with clear teaching that connects theory to how risk is actually priced and regulated.