Organizations today face a variety of threats, which can make cybersecurity seem daunting. How can they protect against so many types of cyber attacks with limited resources?

The CIS Critical Security Controls® (CIS Controls®) are meant to help organizations address this specific challenge by offering a prioritized set of actions that organizations can take to help defend against common cyber attack vectors.

Let’s take a closer look at what these controls are, why your organization should implement them (especially if also pursuing CMMC), and how.

At a Glance:

• What: 18 prioritized cybersecurity controls with 153 Safeguards
• Who: Organizations of all sizes, from SMBs to enterprises
• Why: Defense against ~86% of common cyber attacks and solid foundation for cybersecurity compliance program
• How: Controls map to dozens of frameworks, including ATT&CK, CMMC, ISO 27001
• Latest version: v8.1 (released June 2024)

What are the CIS Controls?

CIS Critical Security Controls are a set of best practices for cybersecurity developed by the Center for Internet Security (CIS). These controls aim to help organizations identify, manage, and mitigate the most prevalent cyber threats against systems and networks. They are designed  to be comprehensive enough to protect and defend cybersecurity programs for any size enterprise but also prescriptive enough to ease implementation. 

Each CIS Control is broken down into Safeguards, or measurable actions. Each Safeguard describes an action that organizations can take to help defend against common cyber attacks, including but not limited to:

• Malware
• Ransomware
• Web application hacking
• Insider privilege and misuse
• Targeted intrusions

How effective are these controls at defending against the most prevalent types of attacks? CIS created the Community Defense Model 2.0 using the MITRE Adversarial Tactics, Techniques, and Common Knowledge (ATT&CK) framework and industry threat data to identify attack patterns and then map the Safeguards that defend against those techniques. According to their analysis, the CIS Controls are effective at defending against 86% of the ATT&CK (sub-)techniques found in the ATT&CK framework if all Safeguards are implemented. That number jumps to 91% if looking at the top five attack types above.

CIS Controls are continuously updated as part of CIS's ongoing commitment to ensuring that organizations remain resilient against rapidly changing cyber threats. Let’s take a look at the latest iteration below.

CIS Controls v8.1

CIS Controls v8.1 represents the latest evolution in cybersecurity standards to improve an enterprise's cybersecurity posture. Released in June 2024, this latest iteration includes updates to align with evolving industry standards, like NIST CSF 2.0, and address the increasing complexities and vulnerabilities in today's cyber landscape.

CIS Controls v8.1 is an iterative update to version 8.0. Rather than a complete overhaul, it refines and enhances the controls to better address current cybersecurity challenges.

Below are the key aspects and improvements introduced in CIS Controls v8.1:

• Updated alignment to NIST CSF 2.0: Since they were first released, the CIS Controls have continuously been updated to align with evolving industry standards and frameworks. The recent release of NIST CSF 2.0 helped orchestrate this latest version of the Controls, which includes updated mappings and safeguards that align with changes made in NIST CSF 2.0.
• The addition of the “Governance” security function: In v8.1, Governance is added as a security function, bringing the total to six. (The other five are: Identify, Protect, Detect, Respond, Recover.) In this latest revision, governance topics are specifically identified as recommendations that can be implemented to enhance the governance of a cybersecurity program. This will help organizations better identify the governing pieces of the program in order to steer it towards achieving their enterprise goals and equip organizations with the evidence needed to demonstrate compliance. 
• Revised asset classes and CIS Safeguard descriptions: Version 8.1 adds Documentation as an asset class, bringing the total to six. These six (Devices, Software, Data, User, Network, Documentation) better match the specific domains of an enterprise's environment that CIS Controls apply to. As a result of this addition and other minor revisions to the asset classes, some Safeguard descriptions were also updated for greater detail, practicality, and/or clarity.
• Included new and expanded glossary definitions for certain terms used throughout the Controls: As a result of the new and revised asset classes and Safeguard descriptions, there are several new or updated glossary definitions for terms like API, data, documentation, Internet of Things (IoT), network, plan, and sensitive data. 

Why organizations implement CIS Controls

The CIS Controls aim to streamline the process of designing, implementing, measuring, and managing enterprise security. 

This is more important than ever in 2026, when organizations are expected to combat rising threats across cyber, physical, and information domains with fewer resources. This is especially true for public-sector organizations since federal support for U.S. State, Local, Tribal, and Territorial (SLTT) cybersecurity programs came to an end, according to CIS’s year in review blog.

Below are seven key reasons that organizations implement CIS Controls:  

1. To enhance their cybersecurity posture

CIS Controls provide a comprehensive framework for protecting against a wide range of cyber threats. By following these best practices, organizations can strengthen their defenses, reduce vulnerabilities, and enhance their overall security posture. The controls cover essential areas such as data protection, access control management, and incident response, ensuring a holistic but simplified approach to cybersecurity.

2. To tailor their approach to cybersecurity

CIS Controls are designed to be scalable and flexible, making them suitable for organizations of all sizes and industries. Version 8.1 contains 18 controls and 153 safeguards, which are categorized into three Implementation Groups (IGs). IGs are self-assessed categories based on the organization's risk profile and available resources. This categorization allows organizations to adopt a tailored approach, implementing controls that are appropriate for their specific needs and capabilities rather than requiring them to implement all 18 controls and 153 safeguards at once.

3. To allocate their resources efficiently

The CIS Controls are designed to prioritize the most critical security actions, making it easier for organizations to focus their efforts where they matter most. This prioritization helps in allocating resources efficiently, addressing the most significant risks first, and achieving meaningful security improvements without overwhelming the organization with too many simultaneous tasks.

4. To manage security cost-effectively

By addressing the most critical vulnerabilities and improving incident response capabilities, CIS Controls can help organizations minimize the likelihood and financial and operational impact of cyber attacks. Additionally, the prioritized nature of CIS Controls ensures that resources are used efficiently, providing maximum security benefits with optimal investment.

5. To demonstrate a reasonable level of security

In the United States, there is no national, statutory, cross-sector minimum standard for information security. Instead, multiple U.S. states require federal agencies and other government entities to implement a “reasonable” level of security. While there are multiple ways to do this, several of these state laws and regulations specifically mention the CIS Controls as a way of demonstrating a reasonable level of security. 

6. To continuously improve over time

CIS Controls emphasize continuous monitoring, measurement, and improvement of security practices. By regularly assessing the effectiveness of the controls you implement and updating them as needed, organizations can stay ahead of emerging threats and maintain a robust cybersecurity posture over time. This proactive approach helps in adapting to the evolving cyber threat landscape and ensures long-term resilience.

7. To simplify multi-framework compliance

Since the CIS Controls include foundational security measures that any organization can use to achieve essential cyber hygiene and protect themselves against a cyber attack, these controls

are mapped to and referenced by multiple legal, regulatory, and policy frameworks, including CMMC, PCI DSS, NIST CSF, NIST 800-171, NIST 800-53, HIPAA, GDPR, and ISO 27001. Implementing these controls can help organizations achieve compliance with these standards and regulations, reducing duplicate work.

CIS Controls list

Below is a high-level overview of the 18 CIS Controls in version 8.1., with emphasis on where common practices like firewalls, MFA, user device protections, and CIS Benchmarks play a role:

CIS Controls framework: A detailed look at the Controls and Safeguards

For a more detailed overview of the controls and the safeguards, asset types, and security functions within each control, download the v8.1 from the CIS website. 

Control 1: Inventory and Control of Enterprise Assets

You can't protect what you don't know exists. Unknown assets are common entry points for attackers. This control is all about knowing which assets need to be protected and actively managing them. 

Key Safeguards:

• Maintain an accurate, up-to-date inventory of all devices
• Use automated asset discovery tools
• Document device ownership and business purpose
• Remove unauthorized assets from the network

Control 2: Inventory and Control of Software Assets

Unauthorized software is a leading cause of data breaches and often introduces unpatched vulnerabilities.This control focuses on actively managing all software on the network so that only authorized software is installed and can execute.

Key Safeguards:

• Maintain a whitelist of authorized software
• Use application control technologies to prevent unauthorized software execution
• Regularly scan for unauthorized software
• Remove or quarantine unauthorized applications

Control 3: Data Protection

Not all data requires the same level of protection. It’s essential that organizations take inventory of their data, determine its sensitivity level, and set permissions, retention periods, disposal processes, and more based on risk. This control ensures you have processes and technical controls in place to identify, classify, securely handle, retain, and dispose of data.

Key Safeguards:

• Establish and maintain a data management process
• Classify data based on sensitivity
• Implement data retention policies
• Securely dispose of data when no longer needed
• Encrypt sensitive data at rest and in transit

Control 4: Secure Configuration of Enterprise Assets and Software

Default configurations are optimized for usability, not security. Attackers exploit known default settings. Implementing this control requires you to establish and maintain secure configurations for all enterprise assets and software.

Key Safeguards:

• Establish secure configuration standards
• Use hardening guides (CIS Benchmarks, DISA STIGs)
• Implement configuration management tools
• Regularly review and update configurations

Control 5: Account Management

Credential abuse remains the most common vector of data breaches, accounting for 22%. Proper account management limits damage from compromised accounts. This control focuses on implementing processes and tools to ensure all accounts are authorized and active. 

Key Safeguards:

• Establish and maintain an inventory of accounts
• Use unique credentials for each user
• Disable dormant accounts within 45 days
• Restrict administrator privileges to dedicated accounts
• Establish and maintain a service account management process

Control 6: Access Control Management

While account management focuses on controlling who the users are, access control focuses on controlling what they can do.

Excessive privileges provide attackers with lateral movement opportunities once they gain initial access. This control ensures there are processes and tools in place to create, assign, manage, and revoke access credentials and privileges.

Key Safeguards:

• Implement least privilege access
• Require multi-factor authentication (MFA)
• Implement role-based access control (RBAC)
• Centralize access control management
• Regularly review and adjust access privileges

Control 7: Continuous Vulnerability Management

Data breaches involving the exploitation of vulnerabilities surged 34% in 2025, accounting for 1 in 5 breaches. Organizations that identify and patch faster than attackers exploit can significantly lower their breach rates. 

This control focuses on implementing a plan to continuously assess and track vulnerabilities on all enterprise assets in order to remediate proactively and minimize the window of opportunity for attackers to exploit. 

Key Safeguards:

• Perform automated vulnerability scans
• Remediate detected vulnerabilities based on risk
• Establish a patching cadence
• Monitor for zero-day exploits relevant to your environment

Control 8: Audit Log Management

Without logs, you're blind to attacks in progress and unable to investigate after the fact. This control ensures you collect, alert, review, and retain audit logs of events that could help you detect, understand, or recover from an attack in the future.

Key Safeguards:

• Establish and maintain audit log management processes
• Collect logs from all enterprise assets
• Protect log data from unauthorized access
• Retain logs for adequate time periods
• Conduct log reviews

Control 9: Email and Web Browser Protections

Email remains a top attack vector, accounting for over 90% of successful cyber attacks according to CISA. To reduce this risk, this control consists of best practices to improve protections and detections of threats from email and web vectors.

Key Safeguards:

• Implement email security solutions (anti-phishing, anti-malware)
• Block known malicious domains
• Use sandboxing for suspicious attachments
• Implement browser security extensions
• Disable unnecessary browser plugins

Control 10: Malware Defenses

Malware, including ransomware, remains one of the most common and costly attack types. For example, ransomware attacks accounted for an average $5.08 million in breach costs in 2025 compared to the global average breach cost of $4.44 million, according to IBM. 

Implementing this CIS control helps prevent or control the installation, spread, and execution of malicious applications, code, or scripts on enterprise assets.

Key Safeguards:

• Deploy anti-malware software on all assets
• Configure automatic signature updates
• Enable anti-exploitation features
• Centrally manage malware defenses
• Block execution of unauthorized software

Control 11: Data Recovery

87% of organizations experienced SaaS data loss in the past 12 months, with malicious deletions as the leading cause. A significant portion (35%) require days or even weeks to recover this lost data, which can significantly impede business continuity and skyrocket costs.

This control is all about establishing and maintaining data recovery practices to more efficiently restore in-scope enterprise assets to a pre-incident and trusted state.

Key Safeguards:

• Establish and maintain a data recovery process
• Perform automated backups
• Protect recovery data with equivalent controls to source data
• Test data recovery processes regularly
• Maintain offline, immutable backups

Control 12: Network Infrastructure Management

Network devices are high-value targets that, when compromised, provide attackers with visibility and access to entire network segments.

Establishing, implementing, and actively managing network devices is critical to prevent attackers from exploiting vulnerable network services and access points.

Key Safeguards:

• Establish and maintain a secure network architecture
• Securely manage network infrastructure
• Document network segments
• Disable unnecessary network services and protocols
• Establish and maintain dedicated infrastructure for network management

Control 13: Network Monitoring and Defense

Once inside networks, attackers often remain undetected for six months (181 days) on average, according to IBM. This control focuses on implementing processes and tools to improve detection capabilities across your entire network infrastructure and user base to limit how much damage attackers can do.

Key Safeguards:

• Centralize security event alerting
• Deploy network intrusion detection/prevention systems
• Monitor network traffic for anomalies
• Perform traffic filtering between network segments
• Manage access control for remote assets

Control 14: Security Awareness and Skills Training

60% of breaches in 2025 involved the human element (social engineering, error, or misuse). Trained users are your last line of defense so establishing and maintaining a security awareness program is critical to reduce cybersecurity risks to the enterprise.

Key Safeguards:

• Establish security awareness training program
• Train workforce on recognizing social engineering attacks
• Conduct phishing simulations
• Train workforce on authentication best practices
• Train on data handling requirements

Control 15: Service Provider Management

Third-party breaches are increasing rapidly, with Verizon’s DBIR 2025 report showing they doubled to 30%. 

Your security is only as strong as your vendors' security so it’s essential to have a process in place to evaluate service providers who manage sensitive data, or are responsible for an enterprise's critical IT platforms or processes.

Key Safeguards:

• Establish and maintain an inventory of service providers
• Assess security posture of suppliers and service providers
• Classify and inventory assets handled by third parties
• Include security requirements in vendor contracts
• Monitor service providers' security performance

Control 16: Application Software Security

The exploitation of public-facing applications is the leading initial access vector, accounting for 40% of all incidents (a 44% increase) in the IBM X-Force Threat Intelligence Index 2026.

Managing the security lifecycle of software (whether developed in-house, hosted, or acquired) helps prevent, detect, and remediate security weaknesses before they can impact the enterprise or become very costly to fix post-deployment.

Key Safeguards:

• Establish and maintain secure application development practices
• Establish secure coding practices
• Perform application security testing
• Remediate discovered application vulnerabilities
• Manage application security updates

Control 17: Incident Response Management

In today’s threat landscape, it’s not if, but when, your organization will face an incident. This control focuses on developing and maintaining an incident response capability (e.g., policies, plans, procedures, defined roles, training, and communications) to prepare, detect, and quickly respond to an attack to limit damage. 

Key Safeguards:

• Designate incident response personnel
• Establish and document an incident response process 
• Define incident severity and response procedures
• Conduct incident response exercises
• Document lessons learned from incidents

Control 18: Penetration Testing

It’s not enough to put controls in place. You have to validate whether your controls actually work against real-world attack techniques.

This control is all about identifying and exploiting weaknesses in controls, and simulating the objectives and actions of an attacker in order to test the effectiveness and resiliency of enterprise assets.

Key Safeguards:

• Establish penetration testing program
• Conduct regular penetration tests
• Test security controls under real-world conditions
• Validate remediation of findings

CIS Implementation Groups 

First introduced in CIS v7.1, Implementation Groups (IGs) are designed to help organizations with varying resources and risk exposure to implement CIS Controls and create and manage an effective cyber defense program. 

Each IG identifies which of the 18 CIS Controls and 153 Safeguards are reasonable to implement for an organization with a similar risk profile and resources. These are self-assessed categories. Meaning, organizations classify themselves in order to better focus their cybersecurity resources and expertise when implementing the CIS Controls. 

The groups are detailed below.

Implementation Group 1

Suitable for organizations with limited IT and cybersecurity expertise, this IG focuses on essential cyber hygiene practices to protect against common threats.

Consisting of 15 controls and 56 Safeguards, this set represents the minimum standard of information security for all enterprises. Since every enterprise should start with IG1 to guard against the most common types of cyber attacks, this group is considered the “on-ramp” to the CIS Controls. 

Who should implement IG1?

IG1 enterprises will likely:

• Store and process low-sensitivity data, like employee and financial information
• Be an SMB with limited resources dedicated to protecting IT assets and personnel
• Have small or home office commercial off-the-shelf (COTS) hardware and software to defend against attacks
• Need to thwart general, non-targeted attacks
• Be primarily concerned with preventing downtime

Real-world example: A 25-person accounting firm with one part-time IT person. No regulatory requirements but need general data protection since processing client tax returns and financial data.

Implementation Group 2

Suitable for organizations with increased operational complexity, this IG includes all the controls and Safeguards identified in IG1 as well as 3 additional controls and 74 additional Safeguards that address a wider range of threats and vulnerabilities.

Who should implement IG2?

IG2 enterprises will likely:

• Store and process sensitive client or enterprise information
• Have dedicated individuals who are responsible for managing and protecting IT infrastructure
• Need enterprise-grade technology and specialized expertise to properly install and configure some of the Safeguards
• Support multiple departments with different risk profiles and regulatory compliance burdens
• Be primarily concerned with preventing a data breach that could result in a loss of public confidence

In total, IG2 comprises all 18 controls and 130 Safeguards. 

Real-world example: A 200-person manufacturing company with a 3-person IT team, handling customer PII and proprietary designs, subject to CMMC Level 2 requirements for defense contracts.

Implementation Group 3

Designed for large enterprises with sophisticated IT environments and advanced cybersecurity capabilities, this IG comprises all controls and Safeguards identified in IG1 and IG2 as well as 23 additional Safeguards that provide comprehensive protection against advanced persistent threats (APTs) and other high-level risks.

In total, IG3 comprises all 18 controls and 153 Safeguards.

Who should implement IG3?

IG3 enterprises will likely:

• Store and process highly sensitive data that, if its confidentiality, integrity, and/or availability were comprised, would cause significant harm to public welfare
• Employ experts that specialize in different facets of cybersecurity, like risk management, penetration testing, and application security
• Contain sensitive information or functions that are subject to regulatory and compliance frameworks
• Need to mitigate targeted and sophisticated attacks and reduce the impact of zero-day attacks
• Be primarily concerned with protecting the availability of services and the confidentiality and integrity of sensitive data in order to protect public welfare

Real-world example: A critical infrastructure provider (energy, healthcare, finance) with dedicated security operations center, threat intelligence team, and responsibility for protecting national interests.

How to implement the CIS Controls

Implementing CIS Controls can significantly enhance an organization’s cybersecurity posture. Here’s a detailed step-by-step guide on how to implement these controls effectively.

1. Assess your current security posture

Before implementing CIS Controls, conduct a thorough assessment to understand your current security posture and identify any gaps or weaknesses. This includes the following activities:

• Asset inventory: Document all hardware and software assets within the organization.
• Risk assessment: Identify potential vulnerabilities and threats to these assets.
• Gap analysis: Compare your current security measures against the CIS Controls to identify gaps.

2. Select your Implementation Group

As mentioned above, CIS Controls v8.1 categorizes controls into three Implementation Groups (IGs). These groups provide a scalable and flexible approach to implementing the controls based on the organization’s risk profile and available resources.

Use the table below to determine which IG best matches your organization’s risk profile and available resources.

How the CIS Controls fit into a cybersecurity program

Since the CIS Controls include foundational security measures for strengthening an organization’s cybersecurity posture, they can be a great starting point for any cybersecurity program.

Many of these foundational security measures can also help you meet requirements in other cybersecurity frameworks, helping to reduce duplicate work and speed up time-to-compliance for multiple frameworks.

Using the CIS Critical Security Controls Navigator, you can see how the CIS Controls are mapped to and referenced by multiple legal, regulatory, and policy frameworks, including but not limited to:

• Azure Security Benchmark
• CMMC v2.0
• Criminal Justice Information Services (CJIS)
• CSA Cloud Controls Matrix
• Cyber Essentials v2.2
• HIPAA
• ISACA COBIT 19
• ISO/IEC 27002:2002
• MITRE Enterprise ATT&CK v8.2
• NIST 800-171
• NIST 800-53
• NIST CSF 2.0
• NYDFS Part 500
• PCI DSS v4.0
• SOC 2

When using a compliance automation platform like Secureframe, this mapping is done automatically in-platform once you add another framework to your instance. This not only saves time and reduces the potential for human error. It also provides immediate visibility into how far along in the compliance process you already are with any additional frameworks and exactly  what gaps you need to fill to become compliant. 

A managed service provider can also help integrate the CIS Controls into a broader security program or framework when necessary.

CIS Controls and CMMC Level 2 Mapping and Analysis

As an example, we performed an analysis of the CIS Navigator to identify the overlap between CIS Controls and CMMC Level 2 requirements for you.

In total, CIS Controls v8.1 can be mapped to 73 of 110 CMMC Level 2 requirements. This represents approximately 66% foundational coverage of CMMC Level 2 practices.

However, it's important to understand that these mappings don't mean there are 73 CIS Controls and Safeguards directly equivalent to 73 CMMC requirements. In fact, many of these mappings indicate that the CIS Control or Safeguard is only partially or mostly related to the CMMC requirement. Meaning that implementing it will contribute to meeting the CMMC requirement, but not fully implement it on its own.

Why the partial alignment and not equivalency? CMMC was built with a more specific purpose and audience in mind than CIS Controls. CMMC Level 2 compliance requires organizations to fully implement the 110 requirements and 320 assessment objectives of NIST SP 800-171 Revision 2, with specific focus on protecting Controlled Unclassified Information (CUI) in defense supply chains.

Despite this nuance, CIS Controls provide strong foundational coverage for up to two-thirds of CMMC Level 2 requirements. While fully achieving CMMC compliance will require additional implementation beyond CIS Controls, they provide an excellent starting point for defense contractors building their cybersecurity programs.

For CMMC Level 2 contractors interested in using CIS to lay the foundation of their cybersecurity program, or for organizations that have already implemented CIS and are now adding CMMC to their roadmap, understanding which CIS Controls provide the most overlap can help them prioritize their efforts and allocate resources effectively. 

The table below shows the mapping between each CIS Control and the CMMC Level 2 practices.

Notes: Some of these CMMC requirements (also referred to as practices) can be addressed by multiple CIS Controls. For example, CM.L2-3.4.1 System Baselining is addressed by CIS Controls 1, 2, 4, and 12.

Also, the CIS Navigator uses a previous naming convention from an earlier draft of the DoD's CMMC Level 2 Assessment Guide, version 2.0 published in December 2021, in which any shared practice with Level 1 used "L1" in its name. We’ve referred to the CMMC practices below using the naming convention of the final version of CMMC and the latest version 2.14 of the DoD's Assessment Guide, which clearly differentiate levels. That means we refer to AC.L2-3.1.1 instead of AC.L1-3.1.1, etc.

Which CIS Controls matter most for CMMC?

Not all CIS Controls are equal when it comes to CMMC compliance. There are five in particular that address the highest number of CMMC practices and can help set the strongest foundation for CMMC Level 2.

These are:

• CIS Control 3: Data Protection (26 CMMC practices): CUI protection is the entire purpose of CMMC. This control directly addresses encryption requirements, data classification, access restrictions, and secure disposal.
• CIS Control 4: Secure Configuration (18 CMMC practices): Configuration Management is one of the largest CMMC domains.
• CIS Control 6: Access Control Management (10 CMMC practices): MFA requirements, least privilege, and privileged access management are all heavily scrutinized by CMMC assessors.
• CIS Control 12: Network Infrastructure Management (22 CMMC practices): Boundary protection and network segmentation are foundational requirements. This control addresses how you isolate and protect CUI environments.
• CIS Control 13: Network Monitoring and Defense (15 CMMC practices): Detection capabilities are essential for incident response and demonstrating continuous monitoring, which are pillars of the CMMC program.

These top 5 controls alone map to 51 unique CMMC practices, representing approximately 70% of the practices covered at least partially by CIS Controls.

How Secureframe can simplify CIS Controls implementation and compliance with other frameworks

As a CIS SecureSuite® Product Vendor Member, we’ve integrated the CIS Controls content into our platform to further empower organizations and service partners to enhance their security posture and build comprehensive security programs for themselves and/or their customers.

Whether your organization is implementing the CIS Controls itself or working with a managed service provider, Secureframe can help simplify and speed up the process. 

With Secureframe, you can:

• Automate evidence collection to eliminate manual tasks like taking screenshots and organizing documentation 
• Continuously monitor your tech stack and cloud services to ensure compliance and flag nonconformities 
• Deliver and track employee training
• Simplify vendor and personnel management
• Use auditor-approved policy templates to save time spent on policy creation 
• Stay current with the latest version of the CIS Controls and other frameworks
• Map Controls and tests you put in place for CIS compliance to other frameworks to speed up time-to-compliance and reduce duplicate work

If you’re a managed service provider, you can use Secureframe’s powerful automation and AI capabilities to revolutionize how you manage security and compliance for your clients. 

To see why 97% of users reported strengthening their organization's security and compliance posture with Secureframe, request a demo today. Or if you’re looking to become a Secureframe partner, sign up here.