What is a control crosswalk and how does it reduce compliance work?

A control crosswalk (also called cross-framework control mapping) is a curated map that links equivalent security and compliance requirements across multiple frameworks. Instead of implementing the same encryption, access control or incident management control separately for ISO 27001, SOC 2, GDPR, NIS2 and DORA, you implement it once and it satisfies every requirement it maps to. Venvera ships with 150+ controls pre-mapped across every supported framework and 43 crosswalk domains, which removes the bulk of duplicate compliance work.

Which frameworks does the control crosswalk cover?

The crosswalk covers ISO 27001, SOC 2, NIST CSF, GDPR, NIS2, DORA, CMMC, the EU AI Act, Cyber Essentials, UAE IA, NDPA, HIPAA and PCI DSS. It maintains 28+ framework mapping pairs covering the key combinations, with 15 to 28 compliance areas per pair. When you enable a framework as a gap framework, it inherits coverage from your existing controls through those mappings rather than starting from zero.

Can I add my own control mappings?

Yes. The 150+ pre-mapped controls are a starting point, not a limit. You can add controls to the unified library, classify each as preventive, detective or corrective, and map them to specific framework requirements using article and clause references that fit your own control environment. Custom mappings participate in the same automatic propagation as the built-in ones.

How does the coverage matrix surface compliance gaps?

The coverage matrix gives you a single view of which compliance areas are covered across all your active frameworks, using a grid of areas against frameworks with green, amber and red status per intersection. If encryption is implemented for ISO 27001 but not yet mapped to your SOC 2 programme, the matrix shows it instantly. You can filter by compliance area or framework and export the matrix as a board-ready table.

Control crosswalk

Prove a control once. Watch every framework turn green.

Encryption at rest is not five separate controls - it is one control that ISO 27001, SOC 2, GDPR, NIS2 and DORA all ask for in different words. Venvera maps them for you, so the evidence you enter once closes that control across every framework it satisfies. Stop re-proving the same thing in a dozen spreadsheets.

ISO 27001SOC 2NIST CSFDORANIS2GDPR

Get my free gap report →Book a 15-min demo Try the crosswalk ↓

Try it on your own frameworks.

The same curated mapping the product runs on, open to anyone. Pick the framework you already run and the one you have been asked to add, and see which requirements are the same requirement.

You already run

You have been asked to add

21 of the 43 domains in this crosswalk appear in both ISO 27001 and DORA.

Domain	ISO 27001	DORA
Encryption	A.8.24Use of cryptography	Art. 9(4)(d)Is data encrypted at rest and in transit using industry-standard cryptographic techniques, with documented key management procedures?
Access Control	A.5.15Access control	Art. 9(4)(c)Is there a formal identity and access management policy enforcing least privilege, multi-factor authentication for critical systems, and regular access recertification?
Identity Management	A.5.16Identity management	Art. 9(4)(c)Is there a formal identity and access management policy enforcing least privilege, multi-factor authentication for critical systems, and regular access recertification?
Authentication & MFA	A.5.17Authentication information A.8.5Secure authentication	Art. 9(4)(c)Is there a formal identity and access management policy enforcing least privilege, multi-factor authentication for critical systems, and regular access recertification?
Network Security	A.8.20Networks security A.8.21Security of network services A.8.22Segregation of networks	Art. 9(4)(b)Are network security controls (segmentation, firewalls, intrusion prevention) implemented to protect ICT systems, with regular review and hardening?
Vulnerability Management	A.8.8Management of technical vulnerabilities	Art. 9(4)(a)Is there a formal patch and vulnerability management process that ensures timely remediation of identified vulnerabilities in all ICT systems?
Logging & Monitoring	A.8.15Logging A.8.16Monitoring activities	Art. 10(1)–(4)Do you operate continuous monitoring and detection capabilities (SIEM, IDS/IPS, anomaly detection) to promptly identify ICT-related incidents and anomalous activities?
Incident Management	A.5.24Information security incident management planning A.5.25Assessment and decision on information security events A.5.26Response to information security incidents	Art. 17(1)–(2)Do you have a documented ICT incident management process covering detection, recording, classification, escalation, response, and closure?
Post-Incident Review	A.5.27Learning from information security incidents	Art. 17(3)Do you perform formal post-incident reviews with root cause analysis for all major ICT incidents, with findings fed back into the risk management framework?
Business Continuity	A.5.29Information security during disruption A.5.30ICT readiness for business continuity	Art. 11(1)–(11)Are ICT business continuity and disaster recovery plans documented, tested at least annually, approved by management, and covering all critical business functions?
Backup & Restoration	A.8.13Information backup	Art. 12(1)–(7)Do you maintain backup and restoration policies specifying scope, frequency, and secure storage locations, with regular restoration testing?
Third-Party Risk Management	A.5.19Information security in supplier relationships A.5.20Addressing information security within supplier agreements	Art. 28(2)Has the management body approved an ICT third-party risk strategy that is aligned with the overall ICT risk management framework and reviewed at least annually?
Supplier Due Diligence	A.5.21Managing information security in the ICT supply chain	Art. 28(4)Is thorough due diligence and risk assessment performed before entering into new ICT third-party arrangements, particularly for critical or important functions?
Supplier Contracts	A.5.20Addressing information security within supplier agreements	Art. 30(2)(a)Do ICT third-party contracts include clear service level agreements (SLAs) with quantitative performance targets, monitoring measures, and consequences for non-compliance? Art. 30(3)(e)Do contracts for critical or important ICT services include unrestricted rights of audit and inspection, including on-site access and use of pooled audits?
Supplier Monitoring	A.5.22Monitoring, review and change management of supplier services	Art. 28(5)Are critical or important ICT third-party providers subject to continuous monitoring and formal performance reviews at least annually?
Risk Assessment	A.5.7Threat intelligence	Art. 8(2)–(6)Is there a formal ICT risk identification and assessment process performed at least annually, after significant changes, and after major ICT incidents?
Information Security Policy	A.5.1Policies for information security	Art. 9(1)–(2)Are comprehensive ICT security policies and standards documented, approved by management, communicated to all staff, and reviewed regularly?
Security Awareness Training	A.6.3Information security awareness, education and training	Art. 13(6)Is there an ICT security awareness and training programme covering all staff (including management) that is updated regularly and includes DORA-specific obligations?
Change Management	A.8.32Change management	Art. 9(4)(e)Are ICT change management procedures in place to ensure controlled, tested, and approved modifications to ICT systems and applications?
Security Testing	A.5.35Independent review of information security	Art. 24(1)–(2)Have you established a digital operational resilience testing programme that is risk-based, covers critical ICT systems, and is reviewed at least annually?
Configuration Management	A.8.9Configuration management	Art. 7(1)–(2)Are ICT systems, protocols, and tools maintained to be adequate, continuously updated, reliable, and designed with sufficient capacity to support operations?

A row means the two requirements cover the same ground, so one implementation and one set of evidence can usually serve both. It does not mean satisfying one certifies the other: each framework keeps its own scope, wording and assessment, and some requirements have no counterpart at all. Treat this as a starting map for planning, then confirm each row against the requirement text.

The work is not the controls. It is proving each one, over and over.

Most teams do not have a controls problem - they have a duplication problem. The same access-control policy re-evidenced for ISO, then again for SOC 2, then again for the DORA audit, each in its own spreadsheet, each drifting out of date at its own pace. The crosswalk is the connective tissue: a curated map of which control satisfies which requirement across every framework you run, so one piece of evidence spreads to every equivalent control automatically and your coverage reflects reality instead of effort.

/ CROSSWALK · one control, every framework it satisfies

Control set, every framework mapped

Once

Evidence entered, spread everywhere

150+

Controls pre-mapped

Crosswalk domains

Core library

One library holds every control, mapped to every framework it answers.

A single library of controls, each linked to every applicable framework requirement, so implementation status is set once and reflected everywhere. 150+ controls come pre-mapped out of the box across all supported frameworks, each with its control type and evidence tracking.

150+ pre-mapped controls across ISO 27001, SOC 2, NIST CSF, GDPR, NIS2 and DORA
One implementation status applies to every mapped framework
Control type classification: preventive, detective, corrective
Framework-specific requirement references down to article and clause

/ LIBRARY · one control set, every framework mapped

Propagation

Mark a control done once, and every mapped framework updates itself.

Mark encryption at rest as implemented for ISO 27001 A.8.24, and Venvera marks it implemented for SOC 2 CC6.1, NIST CSF PR.DS-01, GDPR Art. 32, NIS2 Art. 21(h) and DORA Art. 9.2. One action, six frameworks updated, in real time.

Real-time propagation the moment any control status changes
A visual auto-mapped badge on every propagated status
Only propagates when mapping confidence is high
Manual override for genuine framework-specific exceptions

/ PROPAGATION · one update, every mapped framework

Coverage matrix

See exactly where you are covered, and where you are not.

A single view of which compliance areas are covered across all your active frameworks, so gaps surface instantly. If encryption is implemented for ISO 27001 but not mapped to your SOC 2 programme, the matrix shows it before an auditor does.

Visual matrix of compliance areas against frameworks
Green, amber and red status per intersection
Instant gap identification across every active framework
Filter by compliance area or framework, export as a board-ready table

/ COVERAGE · every gap, across every framework

Gap analysis

Fix one gap, and close it across every framework it touches.

Run a gap assessment in one framework and instantly see the impact on the others. A gap in access control affects ISO A.5.15, SOC 2 CC6.1, NIST CSF PR.AC-01, NIS2 Art. 21 and DORA Art. 9 at the same time, so the fixes that close the most frameworks rank highest.

Gap propagation shows cascading impact across frameworks
Gaps that affect more frameworks are ranked higher
Fix once, close the matching gap in every mapped framework
Impact score weighs framework count and regulatory weight

/ GAPS · one fix, ranked by frameworks closed

Evidence

Attach evidence once, and it counts everywhere the control is mapped.

Upload a penetration test report for your ISO 27001 programme and it automatically serves as evidence for SOC 2 CC7.1, NIS2 Art. 21 and DORA Art. 24. Evidence is entered once per control and applies to every framework the control satisfies.

Upload evidence once per control, not once per framework
Evidence becomes available in every mapped framework automatically
Supports PDF, DOCX, XLSX, images and more
Review dates and expiry tracking on every evidence item

/ EVIDENCE · entered once, applied everywhere

Why switch

The spreadsheet or Venvera.

A spreadsheet per framework

Venvera

Duplicate effort

Same control documented separately for each framework

One control mapped to every requirement it satisfies

Framework overlap

Up to 70% of requirements overlap, but you implement each independently

Overlaps mapped once, so evidence spreads automatically

Audit consistency

Different status for the same control, auditors find contradictions

One status, consistent across every framework

Evidence

Re-attached to each framework by hand

Attached once, available in every mapped framework

Gap visibility

Found late, one framework at a time

Coverage matrix surfaces gaps across all frameworks at once

Control crosswalk questions, answered.

Prove it once, satisfy every framework.

Start with a free compliance check - see how much of your coverage one evidence library unlocks across frameworks.

Get my free gap report →Book a 15-min demo

✓ Every paid plan: audit-ready in 90 days, or your money back^*

10 minutes · no email to start · no credit card · yours to keep

Compliance operations

Risk & incidents

Intelligence & reporting

EU financial

Privacy & security

Regional

By industry

By role

Learn

Free tools & offers