Conscious · agentic assuranceWhitepaper 05 · Original research

The obligation arithmetic

How much of a multi-jurisdiction compliance programme is the same work counted twice

This market publishes attitude surveys: the percentage of risk leaders who feel unprepared. It does not publish the structural number underneath them. This paper does. It measures 68 frameworks and privacy regimes against one library of 349 controls and reports, pair by pair, how much of the work is distinct.

Audience
Heads of compliance, internal audit, CISOs, analysts and journalists
Published
October 2026
Edition
First edition, October 2026
Series
The assurance papers

What this paper establishes

  • A structural measurement, not a sentiment survey: 68 frameworks and privacy regimes measured against one library of 349 controls.
  • Reproducible from the shipped catalogue by one command, with every figure published as a machine-readable record beside the paper.
  • Deliberately conservative: only requirement rows already mapped into the library are counted, so every collapse figure understates rather than flatters.
consciousgrc.comOctober 2026

An organisation bound by six authorities does not do six times the work. No one in this industry disputes that. What no one publishes is the figure: how much is one time, how much is two, and which specific controls carry the weight.

68
Obligations measured
frameworks and privacy regimes
349
Controls they resolve to
in twenty-three domains
45
Authorities demanding the most-asked control
Quarterly user access review
42.4%
Collapse across a six-obligation portfolio
conservatively measured

The figure is measurable, provided you hold two things at once — every obligation’s own requirements, and one library of controls an organisation operates, with every requirement pointed at the controls that satisfy it. We hold both, so this paper reports the arithmetic rather than an opinion about it.

Finding one: two-thirds of controls are demanded by ten or more authorities

Take the 349 controls in the library and count, for each one, how many of the 68 mapped obligations demand it.

How many obligations demand each control
How many obligations demand each controlTen or moreTen or moreTen or more: 222 controls222 controlsFive to nineFive to nineFive to nine: 31 controls31 controlsTwo to fourTwo to fourTwo to four: 59 controls59 controlsExactly oneExactly oneExactly one: 37 controls37 controls
Measured 2026-10-22 across 68 mapped obligations. 222 of 349 controls — 64 per cent — are demanded by at least ten different authorities. Only 37 are demanded by one obligation alone.
The same 349 controls, by how many authorities demand them
The same 349 controls, by how many authorities demand them: 349Ten or more obligations: 222 / 349 (64%)Five to nine: 31 / 349 (9%)Two to four: 59 / 349 (17%)Exactly one: 37 / 349 (11%)349controls
  • Ten or more obligations
  • Five to nine
  • Two to four
  • Exactly one
Read the green segment as the only work that is singular. Everything else is a control more than one authority will ask about, in its own words, on its own cycle.

The practical reading is uncomfortable. If an organisation runs its programmes framework by framework, it is asking the same control owner for the same artefact up to ten times a year, each time under a different reference number, and each time recording the answer in a different place. None of those repetitions improves the control.

Finding two: the ten controls that carry the programme

The concentration is sharper than the bands suggest. These ten controls are demanded by more obligations than any others in the catalogue.

The most-demanded controls, of 68 mapped obligations
ControlObligations demanding it
Quarterly user access review45
Encryption of data in transit43
Encryption of stored data43
Annual domain control review41
Records retention schedule39
Security risk assessment and register38
Backup restore testing38
Deletion at end of retention37
Security event logging coverage36
Security clauses in supplier contracts35
A quarterly review of who has access to what is demanded by 45 of the 68 mapped obligations. Evidenced once and filed against all 45, it is one task a quarter. Evidenced per framework, it is the single largest source of duplicated effort in an enterprise compliance programme.

There is a planning conclusion in that table that has nothing to do with software. An organisation starting from nothing, with no platform at all, should implement those ten controls first and in that order, because each one discharges part of more obligations than anything else it could do instead.

Finding three: the pairs, and what a second framework costs

The headline question in a procurement meeting is usually framed as breadth: how many frameworks does the platform carry. The better question is marginal: if we already satisfy this one, how much new work is that one? Measured as shared controls, the answers vary enormously, and the variation is the finding.

How much of the smaller obligation the larger one already demands
How much of the smaller obligation the larger one already demandsSaudi ECC-2 · ISO 27001Saudi ECC-2 · ISO 27001Saudi ECC-2 · ISO 27001 · Controls both demand: 121 / 126Saudi ECC-2 · ISO 27001 · Demanded by only one: 5 / 12696%GDPR · DIFC DP LawGDPR · DIFC DP LawGDPR · DIFC DP Law · Controls both demand: 38 / 39GDPR · DIFC DP Law · Demanded by only one: 1 / 3997%ISO 27001 · NIST CSF 2.0ISO 27001 · NIST CSF 2.0ISO 27001 · NIST CSF 2.0 · Controls both demand: 148 / 161ISO 27001 · NIST CSF 2.0 · Demanded by only one: 13 / 16192%GDPR · Saudi PDPLGDPR · Saudi PDPLGDPR · Saudi PDPL · Controls both demand: 29 / 34GDPR · Saudi PDPL · Demanded by only one: 5 / 3485%Saudi ECC-2 · NIST CSF 2.0Saudi ECC-2 · NIST CSF 2.0Saudi ECC-2 · NIST CSF 2.0 · Controls both demand: 93 / 126Saudi ECC-2 · NIST CSF 2.0 · Demanded by only one: 33 / 12674%NIS2 · DORANIS2 · DORANIS2 · DORA · Controls both demand: 17 / 28NIS2 · DORA · Demanded by only one: 11 / 2861%
Each bar is the smaller obligation of the pair. The percentage is the share of its controls that the larger one also demands. NIS2 and DORA are the bar that matters: a method producing a high number for every pair would be measuring nothing.
Shared controls between obligation pairs
PairControls eachSharedOf the smaller set
Saudi ECC-2:2024 and ISO/IEC 27001126 and 21912196%
GDPR and the DIFC Data Protection Law41 and 393897.4%
ISO/IEC 27001 and NIST CSF 2.0219 and 16114891.9%
GDPR and the Saudi PDPL41 and 342985.3%
Saudi ECC-2:2024 and NIST CSF 2.0126 and 1619373.8%
NIS2 and DORA28 and 731760.7%
Read as: of the controls demanded by the smaller obligation in each pair, this percentage is also demanded by the larger. Shared controls are not equivalent clauses, and the evidence each authority will accept for a shared control can still differ.

Three readings follow, and the third is the one that keeps the method honest.

A regulator’s mandate and a customer’s standard are mostly the same controls

A Saudi entity assessed by its regulator under ECC-2:2024, and asked by its enterprise customers for ISO/IEC 27001, is being asked about the same control set twice: 96 per cent of what ECC demands is also what ISO demands. Running those as two programmes with two evidence collections is the single most common and most expensive structural mistake in the region.

Two privacy laws in the same group are nearly one control problem

GDPR and the DIFC Data Protection Law share 38 of the 39 controls the smaller of them demands: 97.4 per cent. GDPR and the Saudi PDPL share 85.3 per cent. The controls converge. What does not converge is everything in the previous paper in this series — transfer conditions, breach clocks, the deadline to answer a subject, whether registration is required. A group can therefore run one control programme and still owe six different legal answers, which is exactly why the two have to be modelled separately.

And sometimes a second obligation is new work

NIS2 and DORA, the pair most often spoken about as one European compliance burden, share only 60.7 per cent of the smaller set. An organisation that treated DORA as NIS2 with a financial-services label would under-scope it by a wide margin. A method that produced a high number for every pair would be a method measuring nothing; this one does not.

Finding four: a realistic portfolio collapses by two-fifths

Take a portfolio a multi-entity Gulf group carries: the Saudi ECC, ISO/IEC 27001, NIST CSF 2.0, GDPR, the Saudi PDPL and the DIFC Data Protection Law. Across those six, 443 mapped requirement rows resolve to 255 distinct controls.

Six obligations, one control set
ObligationMapped rowsControls demanded
ISO/IEC 27001:2022123219
Essential Cybersecurity Controls (ECC-2:2024)108126
NIST Cybersecurity Framework106161
General Data Protection Regulation4141
DIFC Data Protection Law3539
Personal Data Protection Law3034
Together443255 distinct
42.4 per cent fewer control implementations than the sum of the rows suggests. The figure is conservative twice over: unmapped rows are excluded, and a single requirement that demands several controls is counted in full.

Note what the collapse is not. It is not a claim that forty-two per cent of the effort disappears. Evidence still has to be collected, a person still has to rate each requirement, and two authorities can want different proof of the same control. What collapses is the control estate: the number of distinct things the organisation has to build, operate and keep working.

What this means for how a programme is organised

  1. Build the control set, not the framework. A programme organised by framework pays the duplication in the table above every year, forever.
  2. Start with the most-demanded controls. The ten in finding two discharge more obligation than any other ten available.
  3. Treat privacy law separately from privacy controls. The controls converge; the clocks, transfer rules and rights do not.
  4. Ask for marginal cost, not breadth. “We already do ISO. What does ECC add?” has a number, and the number is small.
  5. Distrust any pair that scores high everywhere. NIS2 and DORA are the control case: if a vendor’s mapping says they are the same, the mapping is decorative.

Reproducing this

The measurement runs against the shipped catalogue and writes a machine-readable record of every figure in this paper, including the ones that did not make it into the prose. That file is published beside this document. A reader quoting a number here can take it from the record rather than from a sentence, and a reader who thinks the method is wrong can say precisely where.

Two honest caveats about what a reader may conclude. The mapping of each obligation into the library is authored and reviewed by people at Conscious, and a different team would draw some joins differently; the figures are a measurement of a considered mapping rather than a law of nature. And the library is a control set, not a universe: an obligation making a demand the library does not yet model will understate its own footprint here.

Sources

  1. 1Measurement. All figures measured on 2026-10-22 from the shipped catalogue by the arithmetic tool in this repository, which writes arithmetic.json beside this paper. Method as stated in the callout above.
  2. 2Catalogue counts. 56 frameworks, 34 privacy regimes, 6904 assessable rows and 349 library controls, held to the code by a test that fails the build when a published document disagrees.
  3. 3Scope of the mapping. 68 of the 90 obligations carried are mapped into the control library. The unmapped remainder is assessable but excluded from every figure in this paper.
  4. 4Comparable published work. The only structural figure of this shape we found published by another vendor is Optro’s statement that the median enterprise maps its controls to about seven frameworks covering roughly 2,700 requirements, in its 2026 Risk Intelligence Report, 17 March 2026. Everything else in the category is survey sentiment.

About Conscious

Conscious is an independent assurance platform for organisations that answer to more than one authority. It carries 34 privacy regimes with their own transfer rules, breach clocks and subject rights, and 56 control frameworks, 16 of them at the authority’s own wording. Evidence, judgements and approvals sit in one hash-chained record, agents propose and named people decide, and the same instance can run in a customer’s own data centre.

Every figure Conscious publishes is measured from the running product and held to it by a test that fails the build when a document and the catalogue disagree. The verification suites run on the customer’s own instance rather than on ours, the audit record is verifiable by the customer’s own auditor, and the load figures come with the hardware printed beside them. Ask any vendor for the same and compare what comes back.

Put the same questions to us and to the platform you are already paying for. The assessment at consciousgrc.com/assess needs no call and no account, and it prints a record you keep whether or not you ever speak to us.

Conscious · agentic assuranceWhitepaper 05 · Original research · October 2026