EXPLORE • LEARN • APPLY

Regulatory & Security Frameworks

Complete guide to cybersecurity frameworks, regulatory standards, compliance mappings, control domains, audit requirements, and best practices in the ASPIA Unified Control Library.

Comprehensive Coverage
Standards & Compliance
Mappings & Relationships
Practical Guidance
Framework Architecture, Domains, Controls and Requirements Mapping Graphic

In Simple Terms:

A compliance framework is a set of security rules and guidelines that help organizations protect data. ASPIA UCL connects global standards (like ISO 27001, NIST, SOC 2, and PCI DSS) into one unified system—so you can test your security controls once and satisfy multiple regulations automatically.

OVERVIEW

What Are Compliance Frameworks?

A cybersecurity or regulatory compliance framework is a system of standards, guidelines, and controls created by recognized international bodies or regulatory authorities (such as ISO, NIST, AICPA, PCI SSC, EU). Frameworks assist organizations in establishing information security governance, protecting sensitive data, mitigating operational risks, and achieving legal compliance.

Rather than designing custom security procedures from scratch, organizations adopt established frameworks to demonstrate compliance, satisfy client requirements, and pass third-party audits.

BUSINESS VALUE

Why Are Frameworks Used in GRC?

1. Standardizes Security Posture

Provides a recognized benchmark that clients, auditors, and regulators understand and trust.

2. Reduces Audit Fatigue

Mapping overlapping frameworks allows testing a single control to fulfill multiple compliance standards.

3. Drives Risk-Based Governance

Aligns security investments directly with identified business risks and compliance liabilities.

4. Demonstrates Due Diligence

Provides auditable proof of security controls during vendor assessments and legal reviews.

FRAMEWORK DIRECTORY

Explore Integrated Regulatory Frameworks

Browse all regulatory baselines, cybersecurity frameworks, and industry standards mapped within ASPIA UCL. Filter by category or search by framework code, title, publisher, or family.

Framework ID
Framework Name & Publisher
Mapped Audit Scope
Action
FW-001 ISO27001

ISO/IEC 27001:2022

Information Security
ISO
29 Domains • 196 Controls • 1944 Reqs
FW-002 ISO27002

ISO/IEC 27002:2022

Security Controls
ISO
27 Domains • 185 Controls • 1834 Reqs
FW-003 NIST-CSF
29 Domains • 196 Controls • 1944 Reqs
FW-004 NIST80053

NIST SP 800-53:Rev. 5

Security Controls
NIST
29 Domains • 196 Controls • 1944 Reqs
FW-005 CIS-V8

CIS Controls:v8

Best Practices
CIS
22 Domains • 152 Controls • 1512 Reqs
FW-006 PCI-DSS

PCI DSS:4

Payment Security
PCI SSC
28 Domains • 190 Controls • 1884 Reqs
FW-007 COBIT2019

COBIT:2019

IT Governance
ISACA
29 Domains • 196 Controls • 1944 Reqs
FW-008 SOC2
AICPA
27 Domains • 184 Controls • 1848 Reqs
FW-009 ISO27701
ISO
12 Domains • 35 Controls • 210 Reqs
FW-010 GDPR
29 Domains • 196 Controls • 1944 Reqs
FW-011 DPDP
Government of India
3 Domains • 30 Controls • 316 Reqs
FW-012 ISO22301

ISO/IEC 22301:2019

Business Continuity
ISO
26 Domains • 180 Controls • 1806 Reqs
FW-013 DORA
European Union
29 Domains • 196 Controls • 1944 Reqs
FW-014 NIS2

NIS2 Directive:Current

Cyber Regulation
European Union
27 Domains • 188 Controls • 1864 Reqs
FW-015 RBI-CSF
Reserve Bank of India
28 Domains • 190 Controls • 1884 Reqs
FW-016 CERT-IN

CERT-In Directions:2022

Cyber Regulation
CERT-In
9 Domains • 77 Controls • 770 Reqs
FW-017 SEBI-CSCRF
28 Domains • 194 Controls • 1924 Reqs
FW-018 IRDAI
28 Domains • 194 Controls • 1924 Reqs
FW-019 NPCI-ISR
26 Domains • 178 Controls • 1764 Reqs
FW-020 HIPAA
U.S. Department of Health & Human Services
28 Domains • 188 Controls • 1848 Reqs
Showing 1 - 10 of 25 Regulatory Frameworks
GLOSSARY & ARCHITECTURE

Key Terms Used in Framework Architecture

Term Meaning
Framework A comprehensive set of security, privacy, or governance requirements published by an authority.
Control Domain A top-level category grouping related controls (e.g., Access Control, Data Protection, Incident Response).
Security Control A specific policy, procedure, or technical safeguard designed to mitigate identified risks.
Requirement Clause An auditable statement or sub-control specifying mandatory testing and evidence criteria.
Crosswalk / Mapping The mathematical and conceptual correlation between controls across different frameworks.
FRAMEWORK CATEGORIES

Types of Security & Regulatory Frameworks

Regulatory Mandates

Legally binding laws passed by governments (e.g., GDPR, HIPAA, SOX, NIS2). Failure to comply results in severe financial penalties and legal liability.

Industry Standards

Consensus standards established by international standardization bodies (e.g., ISO/IEC 27001, ISO 27701, PCI DSS) often required for commercial operations.

Security Benchmarks

Voluntary risk management frameworks and technical hardening guidelines (e.g., NIST CSF, CIS Controls, SOC 2 Trust Services Criteria).

Internal Corporate Baselines

Custom internal policy frameworks designed to enforce corporate risk appetite, internal controls, and operational governance.

UNIFIED CONTROL MAPPING

Crosswalk & Control Mapping Architecture

Framework crosswalk mapping correlates security controls, policy requirements, and audit tests across multiple regulatory standards (e.g., mapping NIST CSF 2.0 to ISO/IEC 27001:2022, SOC 2 TSC, and PCI DSS v4.0).

1:1 & Many:1 Mapping Engine

Links multiple framework requirement clauses to a central UCL Control Domain, reducing control duplication by up to 70%.

Unified Audit Evidence

Attach sample evidence and test execution records once to automatically satisfy multiple compliance audits.

Gap Analysis & Coverage

Instantly identify unmapped requirements and regulatory gaps when adopting new compliance frameworks.

Continuous Compliance Sync

Updates to regulatory baselines or internal policies propagate automatically across all mapped framework controls.

How ASPIA UCL Crosswalk Works:

For example, an Access Control policy requirement in ASPIA UCL maps simultaneously to ISO 27001:A.5.15, NIST CSF:PR.AA-01, SOC 2:CC6.1, and PCI DSS:7.1.1. Testing this control once validates compliance for all four standards automatically.

IMPLEMENTATION WORKFLOW

Framework Implementation & Mapping Workflow

1. Identify Regulatory Scope
↓
2. Select Target Frameworks
↓
3. Map Control Domains (ASPIA UCL)
↓
4. Define Auditable Requirements
↓
5. Execute Audit Testing & Sampling
↓
6. Track Remediations & Evidence
↓
7. Continuous Compliance Monitoring
AUDIT READINESS

Framework Compliance Readiness Checklist

Regulatory applicability scoped
Executive sponsor assigned
Control domains mapped
Asset inventory validated
Policy exceptions logged
Risk assessment documented
Evidence collection automated
Vendor risk reviews complete
Access control reviews run
Audit sampling performed
Corrective action plan ready
Audit trail preserved
FAQ & SUPPORT

Frequently Asked Questions

Quick answers to common questions about regulatory frameworks and control mapping.

A cybersecurity compliance framework is a structured set of guidelines, security controls, and best practices designed to help organizations manage risk, protect data assets, and satisfy regulatory obligations.
Frameworks generally fall into three main categories: Regulatory Mandates (GDPR, HIPAA, PCI DSS, SOX, NIS2), Industry Standards (ISO/IEC 27001, ISO 27701), and Security Benchmarks (NIST CSF, CIS Controls, SOC 2).
Crosswalk mapping links controls and requirements from multiple frameworks to a single unified baseline, enabling a "test once, comply with many" audit strategy.
ISO 27001 is a certifiable Information Security Management System (ISMS) standard with mandatory clauses, whereas NIST CSF is a flexible risk management framework organized into Identify, Protect, Detect, Respond, and Recover functions.
SUMMARY

Final Takeaway

Effective GRC management relies on unifying disparate compliance mandates under a central framework structure. By standardizing control domains and leveraging crosswalk mappings, organizations drastically reduce audit burden while strengthening their operational security posture.