1 min readWarningEIOPA taxonomy 2.10.0Updated 11 November 2026

Life obligations analysis: a value must not be less than another (S.14.01, EIOPA rule BV1995)

A warning on the life obligations analysis template (S.14.01), in the annual solo (ARS) and annual branch (ARB) returns.

It applies to 2.8.2 returns too, the release for the 2026 returns, and Line4 Check runs it there as well.

The rule in plain words

The number of contracts with surrender option, reported in column c0041 in S.14.01, should be equal or lower to the number of contracts at the end of the year

The headline gives only the template and the kind of check, because the rule is too long to say in a headline. The plain words above say all of it.

What to do if your return fails it

  1. 01Open the table below and find the cells the rule reads.
  2. 02Compare the values in your return. If the first is smaller than it may be, one of them is wrong: check both before you change either.
  3. 03It runs only when your filing indicators mark S.14.01 as reported.
  4. 04This is a warning. It does not stop the return on its own, but your supervisor may ask you to explain it.

The cells it reads

Life obligations analysis: portfolio (S.14.01.01.01)

Columns

  • C0040Number of contracts at the end of the year
  • C0041of which: contracts with surrender option

Which returns it applies to

Line4 Check runs it on annual solo (ARS) and annual branch (ARB) returns on EIOPA taxonomy 2.10.0. EIOPA applies it to annual ECB solo (AES), annual ECB branch (AEB), annual solo (ARS) and annual branch (ARB) returns, as a warning.

EIOPA’s own words and formula

The plain words above are EIOPA’s own, word for word, from its list of validations.

Show the formulaShow

EIOPA's formula. Cells are written as {t: table, r: row, c: column}.

{t: S.14.01.01.01, c: C0040} >= {t: S.14.01.01.01, c: C0041}

Every Solvency II rule on S.14.01

Checks like this one, run at the point of submission, are the first step to real-time supervision. Line4 builds SupTech software for financial regulators that runs checks like these as each return arrives.