NIST SP 800-53B Control Baselines: The Definitive Guide to Selecting Security and Privacy Controls

Why NIST SP 800-53B Exists as a Separate Document

Prior to Revision 5, the control baselines lived inside SP 800-53 itself, specifically in Appendix D. NIST made a deliberate architectural decision to separate the baselines into their own standalone publication for Revision 5, published in September 2020. This separation serves several practical purposes.

First, it allows NIST to update the control catalog (SP 800-53) and the baselines (SP 800-53B) on independent schedules. When new threats emerge or federal priorities shift, NIST can revise which controls belong in each baseline without modifying the entire 800-53 catalog. Second, the separation enables other frameworks and programs to define their own baselines and overlays using the SP 800-53 catalog as a foundation. FedRAMP, for example, starts with the 800-53B baselines and adds FedRAMP-specific parameters and enhancements. The NIST SP 800-171 controls for protecting Controlled Unclassified Information (CUI) derive directly from the Moderate baseline defined in 800-53B. Third, the separation makes the control selection process more transparent by clearly distinguishing between "what controls exist" (800-53) and "which controls apply to your system" (800-53B).

This architectural clarity is significant for organizations pursuing multiple compliance frameworks simultaneously. PTG's compliance team regularly maps controls across SP 800-53, 800-53B baselines, CMMC, SOC 2, and HIPAA to identify overlap and reduce redundant implementation work. Our patented technology stack automates this cross-framework mapping, a process that takes traditional consultants weeks of manual spreadsheet work.

The Three Security Baselines

SP 800-53B defines three security control baselines that correspond to the three impact levels established by FIPS Publication 199: Low, Moderate, and High. Each baseline is cumulative, meaning the Moderate baseline includes all Low controls plus additional controls, and the High baseline includes all Moderate controls plus further additions. The baselines represent the minimum set of controls; organizations are expected to tailor them based on their specific risk environment.

Baseline	Approximate Control Count	Control Enhancements	Typical Use Cases	FIPS 199 Impact Level
Low	~137 controls	~20 enhancements	Public-facing websites, non-sensitive systems where a breach causes limited adverse effects	Low (confidentiality, integrity, and availability)
Moderate	~267 controls	~100+ enhancements	Systems processing PII, CUI, financial data, healthcare records; covers ~80% of federal systems	Moderate (serious adverse effects from a breach)
High	~343 controls	~150+ enhancements	Mission-critical systems, law enforcement, emergency services, financial infrastructure, national security	High (severe or catastrophic adverse effects from a breach)

Low Baseline: Foundation-Level Protection

The Low baseline applies to information systems where the loss of confidentiality, integrity, or availability would cause limited adverse effects on organizational operations, assets, or individuals. With approximately 137 controls and 20 control enhancements, it establishes the minimum security floor. Organizations handling publicly available information or non-sensitive internal data typically fall into this category. Federal agencies use the Low baseline for systems like public websites and information portals. Even at this level, organizations must implement controls across all 20 control families defined in SP 800-53, including access control (AC), audit and accountability (AU), incident response (IR), and system and communications protection (SC).

Moderate Baseline: The Dominant Federal Standard

The Moderate baseline is the workhorse of federal cybersecurity. Approximately 80% of federal information systems are categorized at the Moderate impact level, making this baseline the most widely implemented across government and among federal contractors. With roughly 267 controls and over 100 control enhancements, the Moderate baseline covers systems processing Personally Identifiable Information (PII), Controlled Unclassified Information (CUI), financial data, and healthcare records.

The Moderate baseline is particularly significant because it serves as the foundation for NIST SP 800-171, which extracts the controls from the Moderate baseline that are relevant to protecting CUI in non-federal systems. This means that defense contractors pursuing CMMC Level 2 certification are implementing a subset of the SP 800-53B Moderate baseline. PTG helps organizations understand this lineage so they can leverage work done for one framework across others, reducing total compliance costs.

High Baseline: Maximum Protection for Critical Systems

The High baseline applies to systems where a breach could cause severe or catastrophic adverse effects, including loss of life, major financial loss, or significant harm to national security. With approximately 343 controls and over 150 control enhancements, the High baseline adds advanced protections including fault tolerance, redundant processing, advanced cryptographic key management, and enhanced supply chain risk management controls. FedRAMP High authorization, required for cloud services processing the most sensitive federal data, builds on this baseline. Law enforcement agencies implementing CJIS Security Policy requirements and healthcare organizations handling the most sensitive patient data often find alignment with the High baseline.

The Privacy Baseline

In addition to the three security baselines, SP 800-53B defines a separate privacy baseline that addresses the processing of Personally Identifiable Information (PII) regardless of the security categorization of the system. This was a significant addition in Revision 5, reflecting the growing regulatory focus on privacy across federal law and regulations including the Privacy Act of 1974, the E-Government Act of 2002, and OMB privacy guidance.

The privacy baseline includes controls from families such as Authority and Purpose (AP), Accountability, Audit, and Risk Management (AR), Data Quality and Integrity (DI), Data Minimization and Retention (DM), Individual Participation and Redress (IP), Security (SE), and Transparency (TR). These controls apply independently of the security baselines, meaning an organization could implement the Moderate security baseline plus the privacy baseline if their system processes PII at the Moderate impact level.

This dual-baseline approach is particularly relevant for organizations subject to both security and privacy regulations, such as healthcare organizations navigating HIPAA requirements or financial institutions subject to GLBA/FTC Safeguards Rule obligations. PTG's AI-powered compliance platform maps privacy controls across these overlapping frameworks, giving organizations a unified view of their privacy posture rather than managing each regulation in isolation.

How FIPS 199 Categorization Drives Baseline Selection

Baseline selection is not discretionary. It follows a structured process defined by FIPS Publication 199, "Standards for Security Categorization of Federal Information and Information Systems" and FIPS Publication 200, "Minimum Security Requirements for Federal Information and Information Systems." Together, these standards establish the process for determining which baseline an organization must implement.

The FIPS 199 categorization process evaluates the potential impact of a security breach across three security objectives:

• Confidentiality: Preserving authorized restrictions on information access and disclosure, including protecting personal privacy and proprietary information.
• Integrity: Guarding against improper information modification or destruction, including ensuring information non-repudiation and authenticity.
• Availability: Ensuring timely and reliable access to and use of information.

Each security objective receives an impact rating of Low, Moderate, or High. The overall system categorization uses the "high-water mark" principle: the system's overall impact level equals the highest impact rating across all three objectives. For example, a system categorized as (Confidentiality: Moderate, Integrity: Moderate, Availability: Low) receives an overall Moderate categorization and must implement the Moderate baseline from SP 800-53B.

This categorization process is formalized within the NIST Risk Management Framework (RMF) defined in SP 800-37, where categorization is the first step (Step 1: Categorize) in the six-step RMF process. Craig Petronella, with his MIT Artificial Intelligence Certificate and 23+ years of cybersecurity experience, leads PTG's categorization assessments for clients, ensuring that systems are classified accurately. Miscategorization in either direction is costly: categorizing too high wastes resources on unnecessary controls, while categorizing too low creates compliance failures and security gaps that adversaries will exploit.

Baseline Tailoring: Customizing Controls for Your Organization

SP 800-53B baselines are starting points, not finished products. NIST explicitly expects organizations to tailor their selected baseline through a structured process defined in SP 800-53B Section 3. Tailoring involves four primary activities:

1. Identifying and Designating Common Controls

Common controls are security controls that are provided by the organization at a level above individual systems. For example, physical security controls (PE family) might be provided at the facility level and inherited by all systems operating within that facility. Identifying common controls reduces duplication and ensures consistent implementation across systems.

2. Applying Scoping Considerations

Scoping allows organizations to adjust the baseline based on the specific characteristics of their system and environment. If a system has no wireless networking capabilities, wireless-related controls can be scoped out with documented justification. Similarly, controls related to publicly accessible content may not apply to internal-only systems.

3. Selecting Compensating Controls

When an organization cannot implement a baseline control as specified, it may implement a compensating control that provides equivalent protection through an alternative mechanism. Compensating controls must be documented, justified, and assessed for equivalent protection. This is not a loophole; assessors evaluate whether the compensating control truly provides comparable risk reduction.

4. Assigning Organization-Defined Parameter Values

Many SP 800-53 controls contain parameters that the implementing organization must define. For example, AC-7 (Unsuccessful Logon Attempts) specifies that the system enforces a limit of "[organization-defined number]" consecutive invalid logon attempts within "[organization-defined time period]." SP 800-53B does not fill in these values; each organization or overlay program (such as FedRAMP) assigns specific parameter values based on risk tolerance. PTG helps organizations set these parameters by benchmarking against industry standards and regulatory requirements, ensuring values that satisfy auditors while remaining operationally practical.

PTG's patented compliance tools streamline the tailoring process by automatically identifying which controls can be scoped out based on system characteristics, flagging controls that require organization-defined parameters, and generating the tailoring documentation that auditors require. This automation reduces what is typically a 4-to-6-week manual process down to days. Learn about PTG's compliance service packages that include baseline tailoring support.

Overlays: Specialized Baselines for Specific Communities

Beyond tailoring, SP 800-53B introduces the concept of overlays, which are specialized sets of security and privacy requirements that extend or modify a baseline to address the unique needs of specific communities, technologies, or environments. Overlays allow communities of interest to create standardized control specifications without modifying the underlying baselines themselves.

Common overlay types include:

• Community overlays: Developed for specific sectors or missions. The intelligence community, for example, maintains overlays with additional controls for classified information systems. The CJIS Security Policy functions as an overlay that maps CJIS requirements to SP 800-53 control families.
• Technology overlays: Tailored for specific technologies such as cloud computing, mobile devices, or industrial control systems. FedRAMP effectively functions as a cloud technology overlay, adding cloud-specific parameters and requirements to the 800-53B baselines.
• Environment overlays: Designed for specific operating environments such as tactical military networks, air-gapped systems, or cross-domain solutions.
• Privacy overlays: Additional privacy requirements beyond the SP 800-53B privacy baseline for systems processing particularly sensitive categories of PII.

Organizations can stack overlays on top of tailored baselines. A cloud service provider seeking FedRAMP authorization, for example, starts with the 800-53B Moderate baseline, applies the FedRAMP overlay (which adds parameters and additional controls), and then tailors the result for their specific system. Understanding this layered approach is essential for organizations subject to multiple regulatory frameworks.

How FedRAMP Uses SP 800-53B Baselines

FedRAMP provides one of the clearest real-world examples of 800-53B baselines in action. FedRAMP's Low, Moderate, and High baselines start with the corresponding 800-53B baselines and add FedRAMP-specific requirements:

FedRAMP Level	800-53B Starting Baseline	FedRAMP Additions	Approximate Total Controls
FedRAMP Low	800-53B Low (~137)	FedRAMP parameters, additional requirements	~156
FedRAMP Moderate	800-53B Moderate (~267)	FedRAMP parameters, cloud-specific controls, continuous monitoring	~325
FedRAMP High	800-53B High (~343)	FedRAMP parameters, advanced protections, fault tolerance	~421

The gap between the 800-53B baseline counts and the FedRAMP totals represents FedRAMP-specific additions: controls pulled from higher baselines, additional control enhancements, and FedRAMP-unique requirements not found in SP 800-53 at all. Organizations that have already implemented an 800-53B baseline have a significant head start on FedRAMP authorization, and PTG helps clients quantify exactly how much additional work FedRAMP requires beyond their existing baseline.

How SP 800-171 Derives from the 800-53B Moderate Baseline

The relationship between SP 800-53B and SP 800-171 is one of the most important control lineages in federal compliance. SP 800-171, which defines the 110 security requirements for protecting CUI in non-federal systems, was created by starting with the 800-53B Moderate baseline and performing a systematic reduction.

NIST removed controls from the Moderate baseline that fell into specific categories:

• Controls that are the sole responsibility of the federal government (not applicable to non-federal organizations)
• Controls that are not directly related to protecting the confidentiality of CUI
• Controls that are expected to be satisfied without additional specification (non-specific controls addressed by the CUI NFO marking)

The remaining controls became the 14 families and 110 security requirements of SP 800-171, which in turn became the foundation for CMMC Level 2. Defense contractors subject to DFARS 252.204-7012 must implement these 110 requirements and report their compliance score using the SPRS Calculator.

Understanding this derivation chain (800-53 catalog, then 800-53B Moderate baseline, then 800-171 extraction, then CMMC assessment) gives organizations a strategic advantage. Work done at the 800-53B Moderate level automatically addresses 800-171 requirements plus additional controls that strengthen overall security posture. PTG recommends that defense contractors with the resources to do so implement the full Moderate baseline rather than only the 800-171 subset, because the additional controls provide meaningful security value and position the organization for future regulatory requirements.

Relationship to FIPS 200

FIPS Publication 200, "Minimum Security Requirements for Federal Information and Information Systems," works in concert with SP 800-53B. While FIPS 199 determines the impact level, FIPS 200 specifies the minimum security requirements across 17 security-related areas (access control, awareness and training, audit and accountability, and so on). FIPS 200 then directs organizations to SP 800-53 (now complemented by SP 800-53B) for the specific controls that satisfy those minimum requirements at each impact level. The relationship is sequential: FIPS 199 categorizes, FIPS 200 establishes minimum requirements, and SP 800-53B identifies the specific controls that meet those requirements.

SP 800-53B in the NIST Risk Management Framework

SP 800-53B plays a critical role in Step 2 (Select) of the NIST Risk Management Framework defined in SP 800-37. The six-step RMF process proceeds as follows:

1. Categorize the information system using FIPS 199
2. Select the appropriate baseline from SP 800-53B and tailor it for the organization
3. Implement the selected controls
4. Assess control effectiveness using assessment procedures
5. Authorize the system based on risk acceptance
6. Monitor controls on an ongoing basis using continuous monitoring processes

Without SP 800-53B, Step 2 would require each organization to independently determine which controls from the 1,000+ control catalog apply to their systems. The baselines provide a vetted, risk-based starting point that has been developed through extensive analysis by NIST cybersecurity experts and refined through public comment processes. PTG integrates baseline selection into our broader RMF implementation services, ensuring that each step of the framework builds logically on the previous one.

The 20 Control Families Across Baselines

SP 800-53 Rev. 5 organizes its controls into 20 families. SP 800-53B assigns controls from each family to the Low, Moderate, and High baselines in varying proportions. The following table provides a high-level overview of how control density varies across baselines for selected families:

Control Family	Family ID	Low Baseline	Moderate Baseline	High Baseline
Access Control	AC	10 controls	22 controls + enhancements	25 controls + enhancements
Audit and Accountability	AU	7 controls	12 controls + enhancements	16 controls + enhancements
Identification and Authentication	IA	6 controls	11 controls + enhancements	14 controls + enhancements
Incident Response	IR	6 controls	9 controls + enhancements	13 controls + enhancements
Risk Assessment	RA	4 controls	6 controls + enhancements	7 controls + enhancements
System and Communications Protection	SC	9 controls	20 controls + enhancements	30 controls + enhancements
System and Information Integrity	SI	6 controls	13 controls + enhancements	18 controls + enhancements

The progression from Low to Moderate roughly doubles the control count in most families, while the jump from Moderate to High adds 20-50% more controls depending on the family. Families related to system protection (SC), access control (AC), and audit (AU) see the largest increases at higher baselines, reflecting the elevated risk environments those baselines address.

How PTG Helps Organizations Select and Implement the Right Baseline

Selecting the correct baseline is the foundation of an effective, efficient compliance program. An organization that implements the High baseline when Moderate would suffice wastes significant resources on controls that provide minimal additional risk reduction for their threat environment. Conversely, an organization that implements Low when Moderate is required faces audit failures, potential loss of contracts, and security gaps.

PTG's approach to baseline selection and implementation combines Craig Petronella's 23+ years of cybersecurity experience with AI-powered automation that no other firm in the Research Triangle offers:

• FIPS 199 Categorization Assessment: PTG conducts a thorough analysis of the information types processed, stored, and transmitted by each system, mapping them to the NIST SP 800-60 information type catalog to determine accurate impact levels. Craig Petronella, a CMMC Registered Practitioner and Licensed Digital Forensic Examiner (#604180), leads these assessments with the forensic rigor that accurate categorization demands.
• AI-Powered Gap Analysis: PTG's private AI fleet, running on-premise large language models on custom GPU infrastructure, compares an organization's existing security controls against the selected 800-53B baseline. This analysis identifies gaps, partial implementations, and controls that are implemented but not documented, a common finding that causes audit failures despite adequate security practices.
• Automated Control Mapping: For organizations subject to multiple frameworks, PTG's patented technology stack maps controls across SP 800-53B baselines, CMMC, SOC 2, HIPAA, FedRAMP, and other frameworks simultaneously. This cross-framework mapping identifies controls that satisfy multiple requirements, reducing implementation effort by 30-50% for organizations with overlapping compliance obligations.
• Tailoring Documentation: PTG generates the tailoring documentation that assessors require, including justification for scoped-out controls, compensating control descriptions, and organization-defined parameter assignments benchmarked against industry standards and regulatory expectations.
• Continuous Monitoring Integration: After initial implementation, PTG's tools continuously monitor control effectiveness, alerting organizations when configurations drift from their baseline requirements, a critical capability given that the NIST Cybersecurity Framework 2.0 emphasizes continuous assessment as a core governance function.

PTG is one of the only firms that combines AI development (custom AI agents, private large language models, GPU hosting) with deep cybersecurity and compliance expertise. This combination means PTG practices what it preaches about data sovereignty and private AI: client compliance data never leaves PTG's infrastructure, a critical consideration for organizations handling CUI, FTI, or other sensitive data categories. Call 919-348-4912 or explore PTG's compliance service packages to schedule a free baseline selection assessment.

Common Mistakes in Baseline Implementation

After conducting hundreds of compliance assessments, PTG has identified recurring patterns of baseline implementation failures:

• Treating baselines as checklists rather than risk management frameworks: Organizations that implement controls mechanically without understanding the risk each control addresses often create security theater, controls that exist on paper but provide no real protection.
• Ignoring control enhancements: The baseline specifies both base controls and control enhancements. Organizations frequently implement the base control but overlook required enhancements, which assessors will flag as findings.
• Failing to document tailoring decisions: Every deviation from the baseline requires documented justification. Assessors will reject "we decided not to implement it" without a formal tailoring rationale that demonstrates equivalent risk management through compensating controls.
• Using Rev. 4 baselines for Rev. 5 systems: The transition from SP 800-53 Rev. 4 (where baselines lived in Appendix D) to Rev. 5 (where baselines moved to SP 800-53B) introduced new controls, removed others, and reorganized control families. Organizations using outdated baseline references will have material gaps.
• Neglecting the privacy baseline: Organizations processing PII must implement applicable privacy controls from the SP 800-53B privacy baseline in addition to their security baseline. This requirement is frequently overlooked, particularly by organizations that focus exclusively on security compliance.
• Setting organization-defined parameters too loosely: Parameters set to permissive values (such as 90-day password expiration when 60 days is the industry norm) may satisfy the letter of the control but will draw scrutiny from experienced assessors who benchmark against community standards.

NIST SP 800-53B Checklist and Templates

PTG maintains a public checklist and template repository to help organizations assess their readiness against SP 800-53B baselines. The repository includes baseline selection worksheets, tailoring documentation templates, and control implementation guides organized by control family.

Access the repository: NIST SP 800-53B Control Baselines Checklist on GitHub

The checklist is designed for practical use by compliance teams and IT administrators, not just auditors. Each control includes implementation guidance, common pitfalls, and cross-references to related controls in other frameworks. PTG updates the repository regularly to reflect NIST updates and lessons learned from client engagements.

Frequently Asked Questions

What is the difference between NIST SP 800-53 and NIST SP 800-53B?

SP 800-53 is the comprehensive catalog of over 1,000 security and privacy controls available for information systems and organizations. SP 800-53B is the companion document that defines which controls from that catalog belong in each baseline (Low, Moderate, High, and Privacy). Think of SP 800-53 as the complete menu and SP 800-53B as the recommended meals for different dietary needs. Prior to Revision 5, the baselines were contained in Appendix D of SP 800-53 itself; NIST separated them into their own publication starting with the September 2020 release.

How do I determine which baseline my organization needs?

Baseline selection is driven by the FIPS 199 categorization process. You assess the potential impact of a breach across confidentiality, integrity, and availability for each information type your system processes. The highest impact rating across all three objectives determines your baseline. Federal agencies are required to perform this categorization; federal contractors should follow the categorization specified in their contract or by the sponsoring agency. PTG conducts FIPS 199 categorization assessments as part of every compliance engagement.

Can I implement a lower baseline than what FIPS 199 indicates?

No. FIPS 200 establishes minimum security requirements, and the baseline selected via FIPS 199 represents the minimum control set. Implementing fewer controls than the baseline requires violates federal policy. However, you can tailor the baseline by applying scoping considerations, selecting compensating controls, and assigning organization-defined parameters, all of which must be documented and justified. You cannot reduce the baseline level itself.

What is the relationship between SP 800-53B baselines and CMMC levels?

CMMC Level 2 maps to the 110 security requirements in SP 800-171, which were derived from the SP 800-53B Moderate baseline. CMMC Level 3 maps to SP 800-172, which adds enhanced security requirements beyond the Moderate baseline. CMMC Level 1 covers 17 basic safeguarding requirements from FAR 52.204-21, which represent a subset of the Low baseline. The derivation chain runs: SP 800-53 catalog, then SP 800-53B Moderate baseline, then SP 800-171 extraction, then CMMC Level 2 assessment.

How does FedRAMP relate to SP 800-53B baselines?

FedRAMP starts with the SP 800-53B baselines and adds FedRAMP-specific parameters, additional controls, and enhanced requirements tailored for cloud service providers. FedRAMP Low, Moderate, and High correspond to the SP 800-53B Low, Moderate, and High baselines plus FedRAMP additions. Organizations that have already implemented an 800-53B baseline have completed the majority of the work required for the corresponding FedRAMP authorization level.

What is a control overlay, and when would I need one?

An overlay is a specialized set of control requirements developed for a specific community, technology, or environment that supplements or modifies a baseline. Examples include the FedRAMP overlay for cloud services, the CJIS overlay for criminal justice information, and the IRS Publication 1075 overlay for federal tax information. You need an overlay when your organization operates in a specialized environment with security requirements that go beyond the general baselines. Overlays are applied on top of a tailored baseline.

How often does NIST update SP 800-53B?

NIST updates SP 800-53B as needed, typically in conjunction with major revisions to SP 800-53. The current version was published in September 2020 alongside SP 800-53 Rev. 5, with updates released through December 2024. NIST also maintains an online repository of controls at the NIST Cybersecurity and Privacy Reference Tool (CPRT) that reflects the latest control assignments. Organizations should monitor the SP 800-53B publication page for updates.

Is the privacy baseline required for all federal systems?

The privacy baseline applies to federal systems that process PII, regardless of the system's security categorization. If a system at the Low security impact level processes PII, it must implement both the Low security baseline and the privacy baseline. The privacy baseline is not optional for systems handling PII; OMB guidance, including OMB Circular A-130, mandates privacy controls for federal information systems that create, collect, use, process, store, maintain, disseminate, disclose, or dispose of PII.

How does SP 800-53B relate to the NIST Cybersecurity Framework?

The NIST Cybersecurity Framework (CSF) 2.0 is an outcome-based framework that describes what security outcomes an organization should achieve. SP 800-53B provides the specific controls that implement those outcomes. NIST publishes crosswalk mappings between CSF categories/subcategories and SP 800-53 controls, allowing organizations to trace from CSF outcomes to specific baseline controls. Organizations using CSF for risk management and SP 800-53B for control selection get the benefits of both approaches.

What changed when baselines moved from Appendix D to SP 800-53B?

The primary changes include: new controls added to baselines reflecting the evolving threat landscape; the addition of the privacy baseline as a standalone construct; the introduction of the supply chain risk management (SR) control family with controls assigned across all three baselines; the removal of the "Priority and Baseline Allocation" column format in favor of clearer baseline assignment tables; and the ability for NIST to update baselines independently from the control catalog. Organizations transitioning from Rev. 4 to Rev. 5 should conduct a detailed gap analysis to identify new control requirements, which PTG automates through its AI-powered compliance platform.

Primary Source References

• NIST SP 800-53B: Control Baselines for Information Systems and Organizations
• NIST SP 800-53 Rev. 5: Security and Privacy Controls for Information Systems and Organizations
• FIPS Publication 199: Standards for Security Categorization of Federal Information and Information Systems
• FIPS Publication 200: Minimum Security Requirements for Federal Information and Information Systems
• NIST SP 800-37 Rev. 2: Risk Management Framework for Information Systems and Organizations
• NIST Cybersecurity and Privacy Reference Tool (CPRT)

Take the Next Step

Selecting and implementing the right SP 800-53B baseline is the foundation of every federal compliance program, from FISMA authorization to FedRAMP certification to CMMC readiness. PTG makes enterprise-grade compliance accessible to small and mid-size businesses through AI-powered automation, patented compliance tools, and decades of hands-on cybersecurity experience. Craig Petronella, a CMMC Registered Practitioner, Licensed Digital Forensic Examiner (#604180), Cisco CCNA and CWNE holder, MIT AI Certificate recipient, and Amazon #1 Best-Selling Author of 14+ cybersecurity books, leads every engagement with the technical depth that federal compliance demands.

Call 919-348-4912 or visit our compliance packages page to schedule a free compliance assessment. Petronella Technology Group, Inc. is located at 5540 Centerview Dr. Suite 200, Raleigh, NC 27606.