July 10, 2025
Organizations rarely deal with just one cybersecurity or compliance framework anymore. In this Hotman Group session, Cheri Hotman and Ravi Kant explain how companies can reduce duplication, rationalize controls, align compliance with business strategy, and build one sustainable GRC program that can support multiple frameworks as the organization grows.
Cheri and Ravi discuss multi-framework compliance, common controls, customer assurance, commercial pressure, right-sizing GRC programs, metrics, GRC technology, continuous monitoring, AI, and why organizations should manage controls and risk instead of creating a separate program for every framework.
The most efficient way to manage multiple compliance frameworks is not to operate a separate program for each one.
Instead, organizations should build a risk-based control environment around the business, rationalize overlapping requirements into common controls, and then map frameworks such as SOC 2, ISO 27001, CMMC, HIPAA-related requirements, NIST-based standards, and customer obligations back to those controls.
The organization operates the control once, monitors whether it works, improves it over time, and reuses the resulting evidence and assurance across the frameworks that control supports.
Organizations may begin with one compliance objective and quickly find themselves managing several.
A customer may request SOC 2. A new market may introduce ISO 27001 expectations. Government business may introduce CMMC. Healthcare, privacy, financial services, international operations, contracts, and customer questionnaires can add additional requirements.
The terminology changes, but many of the underlying expectations overlap: access should be controlled, changes should be managed, people should be trained, incidents should be handled, vendors should be assessed, systems should be monitored, and risk should be understood.
The inefficiency comes from treating every framework as a separate program instead of recognizing the controls they share.
That fragmentation creates duplicated testing, duplicated evidence requests, conflicting terminology, unnecessary administrative work, and teams that spend more time managing frameworks than managing risk.
Multi-framework compliance means managing an environment in which more than one regulatory, contractual, industry, or assurance framework applies to the organization.
The goal should not be to create isolated compliance programs for every requirement.
A mature multi-framework strategy identifies the underlying control outcomes, rationalizes overlapping requirements, operates those controls through a common GRC model, and maintains traceability back to each applicable framework.
Frameworks may come from different regulators, industries, standards bodies, customers, and assurance models, but they are often responding to similar underlying risks.
One framework may describe an access-control requirement differently from another, but both may ultimately be trying to prevent inappropriate access to important systems or data.
That is why organizations frequently discover that a relatively small number of well-designed security and governance processes can satisfy requirements across several frameworks.
The challenge is recognizing and managing that overlap instead of repeatedly rebuilding the same control under a different label.
Risk should ultimately drive the program.
Frameworks can be incredibly useful maps. They provide established control ideas, common expectations, and a structured starting point so organizations do not need to invent cybersecurity practices from scratch.
But the framework should still be applied through the context of the organization.
A strong risk assessment helps determine which controls matter most, how much rigor is appropriate, and what additional safeguards may be necessary beyond the frameworks the organization is required to satisfy.
A common control framework creates a centralized set of controls that can be mapped to multiple external standards and requirements.
Instead of maintaining separate controls for SOC 2, ISO 27001, CMMC, NIST-related requirements, and customer expectations, the organization defines the control once and records which requirements it supports.
That does not mean every framework is identical. Some will require additional scope, rigor, testing, evidence, or controls.
The common-control model provides the foundation. New requirements can then be layered into that environment rather than forcing the organization to start over.
In the session, Cheri explains that Hotman Group often uses the Secure Controls Framework, or SCF, as a common control starting point because it maps controls across a large number of cybersecurity, privacy, regulatory, and compliance frameworks.
The value is not that an organization should automatically implement every control in the SCF at maximum maturity.
Instead, the framework provides a broad reference set that can help the organization ask: Which controls apply to us? Which are needed now? Which requirements do they satisfy? What additional capabilities will we need as we grow?
That control-adoption process gives organizations a way to build intentionally rather than react to each new framework independently.
Consider an access-review control.
Rather than designing one access-review process for SOC 2, another for ISO 27001, and another for a customer questionnaire, the organization can operate a single well-designed access-review process and map the evidence to each requirement it supports.
The same concept can apply to change management, security awareness, vendor management, incident response, vulnerability management, business continuity, policies, identity, monitoring, and other control areas.
The result is less redundant work and a clearer operating model for the people who actually own the controls.
Compliance is not only a cybersecurity concern. It can also become a commercial capability.
Ravi describes experiencing customer diligence firsthand: a deal looks ready to close, but procurement and security review suddenly introduce questions about data flows, identity and access management, business continuity, security architecture, policies, controls, and assurance reports.
When an organization has already built those capabilities and can clearly demonstrate them, the diligence process becomes easier to navigate.
Compliance becomes a business enabler when it helps the organization answer customer trust questions before they become sales blockers.
That is why cybersecurity strategy and compliance planning should consider where the business intends to grow, which markets it wants to enter, and what customers are likely to require.
If the business plans to enter banking, pursue federal contracts, serve healthcare organizations, expand internationally, or sell to more mature enterprise customers, those decisions can materially change compliance expectations.
Security leaders should understand those objectives early enough to plan for the controls, staffing, technology, budget, and assurance the organization may need.
That turns compliance from a last-minute obstacle at the end of a sales process into part of the organization's broader growth strategy.
Yes — when organizations implement the underlying control rather than merely prepare evidence for an auditor.
Ravi shares an example from a smaller company that was repeatedly asked by customers about business continuity and disaster recovery. Commercial pressure pushed the organization to develop those capabilities.
When the COVID-19 disruption arrived, those plans were no longer compliance paperwork. They became operating capabilities the business depended on.
That is what compliance should do at its best: encourage the organization to implement controls that provide real protection and resilience.
Smaller organizations often face many of the same customer expectations as larger enterprises without having equivalent budgets, teams, or technology.
That makes right-sizing especially important.
Start with the controls that address the organization's most meaningful risks and near-term business requirements. Build them well. Monitor them. Then expand the program as the company, risk, customer base, and compliance obligations mature.
The goal is not to reach maximum maturity immediately. It is to build a sustainable foundation that can grow without constantly being rebuilt.
An organization can collect multiple certifications and still have meaningful security gaps.
Audits provide assurance over particular scopes and criteria. They do not automatically prove that the entire cyber program is mature or that every important business risk is being managed.
That is why Cheri and Ravi repeatedly emphasize building the program first and allowing audits to validate what the organization already operates.
Learn more about why passing a cybersecurity audit does not necessarily mean an organization is secure.
An audit tells an organization whether selected requirements were satisfied during an assessment. Metrics help determine how the program operates between audits.
Ravi describes creating KPIs tied to control statements, grouping those measures into broader areas, and trending the results over time.
Detailed measurements may remain with practitioners while executives receive a smaller set of aggregated indicators showing program health, trends, and areas requiring attention.
The objective is not to create dozens of metrics for leadership. It is to give the organization evidence that controls are operating and that the program is becoming more mature.
Cybersecurity and compliance maturity are not static.
Organizations change. Customers change. Technology changes. Regulations change. New frameworks appear. Controls that were appropriate three years ago may need to evolve.
Periodic maturity assessments help organizations understand where they are, define where they want to go, and demonstrate progress to leadership.
That broader view is one reason passing audits alone should not become the measure of GRC maturity.
The right GRC technology can make multi-framework compliance substantially easier to operate.
A platform can help map controls to multiple requirements, centralize evidence, track ownership, manage testing, monitor remediation, support reporting, and reduce repetitive administrative work.
But the technology should support the operating model — not define it.
Organizations should understand the program they need before selecting technology to run it. See how to choose the right GRC platform.
AI can help reduce some of the manual work involved in compliance.
It may assist with documentation, policy drafting, control rationalization, workflow support, analysis, and other repetitive tasks.
But Cheri and Ravi are clear that AI does not eliminate the need for human oversight, validation, testing, judgment, or governance.
The program still needs people who understand the organization's risk and can determine whether the resulting controls, evidence, recommendations, and decisions make sense.
Maintaining expertise across multiple frameworks can become a significant burden for an internal team.
Requirements change, customer expectations evolve, framework mappings need maintenance, and specialized questions may arise only occasionally.
That can make a hybrid model useful: maintain internal ownership and institutional knowledge while using an experienced outside partner to extend the team's expertise, capacity, framework knowledge, assessment support, and program design capabilities.
The goal should be a sustainable model that gives the organization the expertise it needs without unnecessarily duplicating specialized capabilities internally.
An efficient model generally looks less like a collection of audits and more like one operating Cyber GRC program.
Multi-framework compliance is the practice of managing multiple regulatory, contractual, security, privacy, and assurance frameworks within one organization. A mature approach uses a common control environment so overlapping requirements can be managed efficiently.
Organizations can reduce duplication by identifying common control requirements, building one risk-based control environment, mapping controls to applicable frameworks, reusing evidence where appropriate, and maintaining centralized ownership, monitoring, and remediation.
Framework mapping connects an organization's internal controls to corresponding requirements across external standards. This allows one control or process to support several frameworks without creating duplicate versions of the same activity.
A common control framework is a centralized set of security, risk, governance, and compliance controls that can be mapped to multiple regulatory and assurance requirements.
Generally, the more sustainable approach is to maintain one risk-based control environment and map each framework to it. Framework-specific requirements can then be added where necessary without duplicating the entire program.
A mature compliance program can support customer assurance, reduce friction during security diligence, enable entry into regulated markets, satisfy contractual requirements, and help the organization prepare for future customer expectations.
GRC technology can help centralize framework mappings, controls, evidence, testing, ownership, remediation, and reporting. The tool should support a defined operating model rather than replace the need to design one.
AI can assist with documentation, analysis, control mapping, workflow, and other repetitive activities, but organizations still need human judgment, validation, testing, monitoring, and governance.
Start with the organization's highest risks and most immediate business requirements, implement a manageable common control foundation, operate it well, and then expand the program as customer, regulatory, and business needs grow.
This article is based on the Hotman Group session Mastering Multi-Framework Compliance: Strategies for Efficiency & Growth, featuring Cheri Hotman, Managing Partner of Hotman Group, and Ravi Kant.
Cheri and Ravi discuss why organizations become overwhelmed when multiple frameworks are managed independently and how a common-control, risk-based approach can reduce duplication while supporting customer assurance, business growth, resilience, and stronger cybersecurity operations.
The conversation also covers compliance as a commercial strategy, right-sizing programs to organizational maturity, GRC technology, metrics and KPIs, external expertise, AI, and the importance of building controls to reduce risk rather than simply collecting audit results.
Organizations often bring in Hotman Group when multiple compliance requirements have become difficult to coordinate or the GRC team is repeatedly rebuilding the same work for different frameworks. HG can help when:
Hotman Group helps organizations design and operate multi-framework Cyber GRC programs by rationalizing requirements into common controls, connecting those controls to risk and business objectives, improving evidence and monitoring, and creating scalable operating models that can mature as the organization grows.
Hotman Group is a cybersecurity and Cyber GRC professional-services firm that helps organizations diagnose, design, build, remediate, implement, operate and mature cybersecurity programs. HG provides hands-on vCISO and vGRC leadership, supports multi-framework environments, and helps organizations select and implement GRC technology while connecting cybersecurity decisions to business risk and strategy.
Hotman Group helps organizations replace fragmented framework-by-framework compliance activity with common controls, reusable processes, clear ownership, centralized evidence, meaningful monitoring, and governance models designed to support multiple assurance requirements.
The objective is not to operate more compliance programs. It is to build one cybersecurity and GRC program that can satisfy the organization's risk, customer, regulatory, and business requirements efficiently and with integrity.