CMMC 2.0 Compliance & SPRS Score Optimization Guide for Sacramento Defense Contractors (2026)
A definitive, technical engineering playbook for Northern California aerospace manufacturers, defense manufacturing subcontractors, and engineering firms navigating NIST SP 800-171 Rev 2/3, DFARS 252.204-7012/7019/7020/7021, and C3PAO audit certification.
Table of Contents — Master Engineering Guide
- 1. CMMC 2.0 Final Rule & Phased DoD Enforcement Timeline
- 2. Scoping Architecture: Isolating CUI vs. FCI Boundaries
- 3. The SPRS Scoring Formula: Deciphering the -203 to +110 Range
- 4. The 14 NIST SP 800-171 Control Families & Core Technical Mappings
- 5. Top 10 Most Frequently Failed Controls in California Defense Audits
- 6. Microsoft 365 Commercial vs. GCC High & Enclave Strategies
- 7. Hardware-Enforced Zero Trust: FIDO2, EDR & Micro-Segmentation
- 8. Engineering Audit-Ready Documentation: SSPs, POA&Ms & DIBCAC Scrutiny
- 9. The Greater Sacramento & Northern California Defense Corridor
- 10. The 12-Week CMMC 2.0 Level 2 Remediation Blueprint
- 11. Audit Readiness & Budget Estimation Matrix
- 12. Frequently Asked Technical & Compliance Questions
- 13. Schedule Your On-Site Defense IT Compliance Assessment
1. CMMC 2.0 Final Rule & Phased DoD Enforcement Timeline
The Department of Defense (DoD) has finalized Title 32 of the Code of Federal Regulations (32 CFR Part 170), formalizing the Cybersecurity Maturity Model Certification (CMMC) program into federal acquisition reality. For thousands of precision machine shops, engineering contractors, composite manufacturers, optics laboratories, and electronics suppliers operating throughout Greater Sacramento, Rancho Cordova, McClellan Business Park, and Roseville, the era of unverified self-attestation has officially concluded.
Under DFARS clause 252.204-7021, the DoD is systematically injecting CMMC certification requirements into all Department solicitations, task orders, and contract renewals. Subcontractors supplying tier-one primes such as Lockheed Martin, Northrop Grumman, Boeing, General Dynamics, and Aerojet Rocketdyne can no longer submit proposals or receive subcontract awards without an active, verified Supplier Performance Risk System (SPRS) score on record, backed by independent Third-Party Assessment Organization (C3PAO) certification for Level 2 compliance.
Level 1: Foundational Cyber Hygiene
Applies to: Contractors handling Federal Contract Information (FCI) only.
Standard: 15 basic safeguarding requirements derived from FAR 52.204-21.
Assessment: Annual self-assessment signed by an authorized company executive, submitted directly to SPRS. Requires basic anti-malware, perimeter firewalls, and timely patching.
Level 2: Advanced Cyber Hygiene
Applies to: Contractors handling Controlled Unclassified Information (CUI).
Standard: Complete alignment with the 110 security requirements across 14 families in NIST SP 800-171 Rev 2.
Assessment: Triennial independent assessment conducted by an accredited C3PAO for prioritized acquisitions, or annual executive self-attestation for non-prioritized programs.
Level 3: Expert / National Security Priority
Applies to: Prime and high-tier subcontractors handling critical defense programs subject to Advanced Persistent Threats (APTs).
Standard: 110 controls from NIST SP 800-171 plus selected controls from NIST SP 800-172.
Assessment: Government-led assessment executed directly by the Defense Industrial Base Cybersecurity Assessment Center (DIBCAC).
Contractors in Northern California must recognize that prime contractors have instituted strict pre-solicitation filters. If your organization cannot demonstrate a compliant SPRS score with an audit-ready System Security Plan (SSP), prime vendor portals will automatically exclude your enterprise from the bidding pool. Non-compliance is no longer an IT operational dilemma; it is an existential business continuity threat.
2. Scoping Architecture: Isolating CUI vs. FCI Boundaries
The single most critical financial and operational decision in CMMC 2.0 readiness is scoping. Applying the 110 rigorous technical controls of NIST SP 800-171 across an entire corporate enterprise—including administrative staff, sales, field logistics, and personal mobile devices—drastically escalates licensing costs, complicates daily operations, and extends the audit preparation timeline to over 18 months.
Effective scoping requires classifying your digital assets into five distinct categories as defined by CMMC assessment guidelines:
- CUI Assets: Systems, databases, file servers, CAD workstations, and endpoints that process, store, or transmit Controlled Unclassified Information. These assets are in full scope and must satisfy all 110 NIST SP 800-171 controls.
- Security Protection Assets (SPAs): Systems that provide security services to CUI assets, even if they do not store CUI themselves. This includes your enterprise network firewalls, domain controllers, Identity Providers (Entra ID / Okta), Endpoint Detection and Response (EDR) consoles, and SIEM logging collectors. SPAs are in full audit scope.
- Contractor Risk Managed Assets (CRMAs): Systems capable of communicating with CUI assets but not intended to process CUI. These must be explicitly governed in your System Security Plan, risk assessments, and vulnerability management policies.
- Specialized Assets: Government-Furnished Equipment (GFE), Industrial Control Systems (ICS), Supervisory Control and Data Acquisition (SCADA) networks, CNC milling machines, and IoT test benches. These assets are managed under specific operational constraints and segregated network boundaries.
- Out-of-Scope Assets: Corporate systems that are logically and physically isolated from CUI and SPAs. These assets have no connectivity or credential trust relationship with the CUI environment and are completely exempt from C3PAO evaluation.
Engineering Recommendation: The Controlled CUI Enclave Architecture
Rather than migrating your entire company to expensive government cloud environments, Business PC Support architects isolated Controlled CUI Enclaves. By deploying secure virtual desktop infrastructure (VDI) or segmented GCC High tenants for designated defense engineers and project managers, we limit CUI processing to a tightly restricted, air-gapped or cryptographically segregated boundary. This cuts corporate licensing fees by up to 70% while guaranteeing airtight audit compliance.
3. The SPRS Scoring Formula: Deciphering the -203 to +110 Range
Defense subcontractors frequently misunderstand their SPRS score, assuming that completing 90 out of 110 controls results in an 82% passing grade. Under the official DoD Assessment Methodology, the SPRS score operates on a weighted deduction penalty system ranging from a maximum score of +110 down to a minimum score of -203.
Every defense supplier begins with a baseline score of 110 points. For each unimplemented or partially implemented requirement, points are subtracted based on the technical severity and risk profile assigned by the DoD:
| Deduction Weight | Number of Controls | Total Potential Deduction | Representative NIST SP 800-171 Requirements |
|---|---|---|---|
| 5-Point Deductions | 44 Controls | -220 Points | 3.5.3 (Multifactor Authentication), 3.13.11 (FIPS Cryptography), 3.1.20 (External Connections), 3.12.4 (System Security Plan), 3.11.2 (Vulnerability Scanning) |
| 3-Point Deductions | 14 Controls | -42 Points | 3.1.1 (Access Control Limitations), 3.4.1 (Baseline Configuration), 3.6.1 (Incident Response Capability), 3.8.3 (Media Sanitization) |
| 1-Point Deductions | 52 Controls | -52 Points | 3.1.9 (Privacy & Security Notices), 3.2.1 (Basic Security Awareness Training), 3.4.4 (Security Architecture Documents) |
| Maximum Range | 110 Controls | -203 to +110 | Final DoD Assessment Benchmark for Subcontract Awards |
Failing just ten critical 5-point controls immediately reduces a contractor's score from +110 to +60. Failing thirty controls plunges the enterprise into negative numbers. In 2026, primes operating throughout Northern California routinely disqualify vendors with SPRS scores below +80, and federal contracting officers actively audit negative-scoring suppliers under the False Claims Act.
4. The 14 NIST SP 800-171 Control Families & Core Technical Mappings
NIST SP 800-171 Rev 2 organizes its 110 requirements across 14 security domains. Achieving full compliance demands coordinated implementation across network hardware, identity directories, endpoint configurations, and documented governance:
1. Access Control (AC) — 22 Requirements
Enforces authorized user access, least privilege, session lock timeouts, separation of duties, wireless access restrictions, and strict control of external cloud connections.
2. Awareness & Training (AT) — 3 Requirements
Mandates initial onboarding and recurring role-based cybersecurity awareness training, social engineering simulations, and credential hygiene education.
3. Audit & Accountability (AU) — 9 Requirements
Requires comprehensive system event logging, centralized log storage, tamper-proof audit trails, time synchronization via authoritative NTP, and weekly log analysis.
4. Configuration Management (CM) — 9 Requirements
Establishes hardened baseline configurations, formal change control approval boards, software inventory tracking, and restriction of unauthorized executable files.
5. Identification & Authentication (IA) — 11 Requirements
Demands phishing-resistant Multi-Factor Authentication (MFA) across all local and remote sessions, secure password complexity, and cryptographically verified identities.
6. Incident Response (IR) — 9 Requirements
Requires an operational incident handling capability, annual tabletop exercises, and the mandatory capability to report cyber incidents to the DoD DIBNet portal within 72 hours.
7. Maintenance (MA) — 6 Requirements
Governs system hardware maintenance, equipment sanitization prior to off-site repair, and multi-factor inspection of remote maintenance diagnostic sessions.
8. Media Protection (MP) — 9 Requirements
Dictates physical security for paper and digital media containing CUI, cryptographic sanitization before disposal (DoD 5220.22-M / NIST SP 800-88), and restricted USB usage.
9. Personnel Security (PS) — 2 Requirements
Requires formal background screening for all personnel granted access to CUI assets, along with immediate access revocation procedures upon termination.
10. Physical Protection (PE) — 6 Requirements
Enforces physical perimeter barriers, visitor visitor logs, escort mandates, video surveillance, and biometric or keycard access controls for server rooms and MDFs.
11. Risk Assessment (RA) — 3 Requirements
Mandates periodic vulnerability scanning of all internal and external assets, prioritized risk remediation, and formal cyber risk assessments across operational systems.
12. Security Assessment (CA) — 4 Requirements
Requires periodic review of security controls, regular updates to the System Security Plan (SSP), and active management of Plans of Action and Milestones (POA&Ms).
13. System & Communications Protection (SC) — 16 Requirements
Demands architectural boundary defense, network micro-segmentation, FIPS 140-validated encryption for data in transit and at rest, and separation of public and internal traffic.
14. System & Information Integrity (SI) — 7 Requirements
Enforces automated flaw remediation (patching within 30 days for critical vulnerabilities), real-time malicious code protection, and proactive network threat hunting.
5. Top 10 Most Frequently Failed Controls in California Defense Audits
Based on our engineering assessments across defense machine shops, composites fabricators, and technology contractors in the Sacramento metro area, C3PAO certified assessors consistently uncover non-compliance in the exact same ten technical areas:
Control 3.5.3 — Multi-Factor Authentication Across All Access Layers (5 Points)
The Failure: Many companies deploy MFA solely for remote Microsoft 365 or VPN logins, but neglect local console logins to Windows workstations, VMware ESXi hypervisors, network switches, and industrial CNC controllers inside the physical facility.
The Fix: Enforce phishing-resistant MFA (FIDO2 hardware keys or Windows Hello for Business) at every workstation lock screen, administrator prompt, and local management interface.
Control 3.13.11 — FIPS 140-2/3 Validated Cryptography (5 Points)
The Failure: Using standard AES-256 encryption without verifying that the underlying cryptographic module holds an active National Institute of Standards and Technology (NIST) Cryptographic Module Validation Program (CMVP) certificate.
The Fix: Enable Windows FIPS Mode via Group Policy, deploy Fortinet or Cisco firewalls with certified FIPS firmware, and configure BitLocker using CMVP-validated modules.
Control 3.1.20 — External Connections & Boundary Isolation (5 Points)
The Failure: Allowing non-corporate laptops, vendor maintenance technicians, or home workstations to connect directly to the corporate LAN via unmanaged split-tunnel VPNs.
The Fix: Implement Zero Trust Network Access (ZTNA) with strict posture checking. Verify device compliance, anti-malware status, and disk encryption before granting access to isolated CUI boundaries.
Control 3.12.4 — System Security Plan (SSP) Maintenance & Traceability (5 Points)
The Failure: Purchasing a static, generic template online that fails to reflect actual hardware serial numbers, subnet diagrams, administrative workflows, and software inventories.
The Fix: Maintain a living, engineered SSP that maps every single requirement to specific hardware configurations, technical screenshots, operational policies, and audit evidence artifacts.
Control 3.11.2 — Vulnerability Scanning & Patch Remediation (5 Points)
The Failure: Running ad-hoc vulnerability scans once a quarter and leaving identified Common Vulnerabilities and Exposures (CVEs) unpatched for months.
The Fix: Deploy automated weekly vulnerability scanning using Tenable Nessus or Rapid7, backed by an automated patch management engine that remediates critical CVEs within 14 calendar days.
Control 3.6.1 & 3.6.2 — Incident Response & 72-Hour DoD DIBNet Reporting (3 Points)
The Failure: Lacking a DoD-approved medium-assurance certificate required to log into the DIBNet portal, or failing to preserve digital forensic images of affected systems.
The Fix: Procure DoD ECA certificates for designated security officers, draft an incident response plan aligned with DFARS 252.204-7012, and conduct documented annual tabletop simulations.
Control 3.3.1 & 3.3.2 — Centralized Audit Log Storage & SIEM Correlation (3 Points)
The Failure: Storing event logs locally on individual endpoints where attackers or accidental disk overwrites can erase evidence of intrusion.
The Fix: Ingest all firewall, domain controller, workstation, and cloud audit logs into an immutable, centralized SIEM repository with automated alerting and 90-day hot retention.
Control 3.8.3 — Media Sanitization & Destruction Tracking (3 Points)
The Failure: Discarding old desktop hard drives, failed backup tapes, or defective SSDs into standard commercial recycling without cryptographically certified destruction logs.
The Fix: Implement documented NIST SP 800-88 Rev 1 media sanitization protocols with serial-numbered Certificates of Destruction signed by an authorized IT technician.
Control 3.4.1 — Baseline Configurations & System Hardening (3 Points)
The Failure: Deploying factory-default Windows 11 Pro installations with standard consumer services, remote assistance protocols, and non-essential software active.
The Fix: Apply Center for Internet Security (CIS) Level 2 or DoD Defense Information Systems Agency (DISA) Security Technical Implementation Guides (STIGs) via automated Intune policies.
Control 3.1.9 — System Use Notification & Banner Display (1 Point)
The Failure: Workstation logon screens lack the legally required federal warning banner detailing unauthorized access monitoring, consent to audit, and privacy rights.
The Fix: Push a centralized Windows Registry / GPO policy enforcing the mandatory DoD system warning banner across every physical and virtual endpoint.
6. Microsoft 365 Commercial vs. GCC High & Enclave Strategies
A frequent dilemma facing defense contractors in Northern California is determining whether their business must migrate to Microsoft 365 Government Community Cloud (GCC) High. Making the wrong decision can result in either hundreds of thousands of dollars in wasted software licenses or an immediate C3PAO audit failure.
| Cloud Evaluation Factor | M365 Commercial Tenant | M365 GCC (State/Local) | M365 GCC High (Defense) |
|---|---|---|---|
| CUI Handling Suitability | Non-compliant for Export-Controlled CUI | Limited to Non-ITAR CUI | Fully Compliant for All CUI & ITAR Data |
| ITAR & EAR Data Sovereignty | Data may route internationally; non-US personnel | US data centers; background check personnel | 100% US Data Centers & US Screened Citizens Only |
| DFARS 252.204-7012 (c-g) Forensic Support | Microsoft will NOT attest to paragraphs (c)-(g) | Microsoft will NOT attest to paragraphs (c)-(g) | Microsoft Contractually Guarantees Forensic Attestation |
| FedRAMP Status | FedRAMP Moderate | FedRAMP Moderate | FedRAMP High Equivalent |
| Per-User Monthly Cost | $22 - $38 / user / month | $30 - $48 / user / month | $95 - $145 / user / month + Validation Fee |
If your defense contracts involve International Traffic in Arms Regulations (ITAR) technical data, Export Administration Regulations (EAR), or specific naval and nuclear defense designs, a dedicated Microsoft 365 GCC High tenant is mandatory. However, for precision manufacturing subcontractors handling non-export-controlled CUI, Business PC Support can implement secure, encrypted enclaves (such as PreVeil or virtualized secure enclaves) that satisfy DFARS 7012 and CMMC Level 2 while permitting the primary company to operate on standard commercial infrastructure.
7. Hardware-Enforced Zero Trust: FIDO2, EDR & Micro-Segmentation
Modern C3PAO audits evaluate operational security execution, not just paperwork. In our engineering deployments across the Sacramento region, Business PC Support implements a modern, hardware-enforced Zero Trust architecture tailored to CMMC requirements:
Hardware FIDO2 Cryptographic Keys
Software-based SMS codes and standard mobile authenticator push notifications are vulnerable to prompt bombing and AiTM proxy phishing attacks. We deploy hardware FIDO2 cryptographic tokens (YubiKey 5 Series) that require physical touch and cryptographic binding, fully satisfying NIST SP 800-171 Requirement 3.5.3.
Managed EDR & 24/7/365 US SOC
We deploy SentinelOne Singularity Complete EDR across all endpoints and virtual machines. Operating alongside a dedicated, US-citizen staffed 24/7/365 Security Operations Center (SOC), our team actively hunts for lateral movement, detects memory injection attacks, and provides instant behavioral quarantine within minutes.
802.1Q Micro-Segmentation & VLANs
We configure enterprise Fortinet firewalls to divide your corporate network into isolated, access-controlled security zones. Corporate administrative traffic, engineering CAD workstations, CNC manufacturing shop-floor equipment, and guest Wi-Fi are physically or logically segregated with zero unauthorized cross-chatter.
8. Engineering Audit-Ready Documentation: SSPs, POA&Ms & DIBCAC Scrutiny
The System Security Plan (SSP) is the foundational document of your CMMC assessment. When a C3PAO assessor examines your facility, they evaluate three objective proof elements for each of the 110 requirements: Examine, Interview, and Test.
A compliant SSP must detail the exact technical mechanism employed, the administrative policy enforcing it, the physical location of the assets, and the personnel responsible for its operation. Assessors immediately reject boilerplate language copied from templates. For example, simply stating "The company uses strong passwords" results in an immediate deduction; the SSP must document the specific Group Policy setting (e.g., minimum 15 characters, lockout after 5 attempts, FIDO2 integration) and cite the exact file path where audit evidence is archived.
Strict Rules for Plans of Action and Milestones (POA&Ms) Under CMMC 2.0
Under the final CMMC 2.0 rule, you cannot use an open-ended POA&M to bypass compliance. The DoD enforces strict POA&M constraints:
- No 5-point deduction controls can ever be placed on a POA&M. If you fail a 5-point control (such as MFA or FIPS encryption), you fail the assessment automatically.
- Your overall SPRS score must be at least +88 out of 110 (80% minimum threshold) before any conditional certification is granted.
- All items on a conditional POA&M must be fully remediated and validated within 180 calendar days. If not closed, the certification expires, and contract termination procedures commence.
9. The Greater Sacramento & Northern California Defense Corridor
The Greater Sacramento metropolitan region occupies a pivotal role in the American defense and aerospace supply chain. From the historical aerospace hub of Rancho Cordova and the thriving commercial-industrial complex at McClellan Business Park to advanced electronics manufacturing in Roseville, Rocklin, and Folsom, local subcontractors produce vital components for defense aviation, rocket propulsion, satellite communications, and naval weapons systems.
Additionally, Northern California subcontractors support major installations including Beale Air Force Base in Yuba County, Travis Air Force Base in Fairfield, and the Sierra Army Depot. When foreign adversaries target the American defense industrial base, they rarely attack fortified prime contractors directly; instead, they target secondary and tertiary subcontractors—machine shops, anodizing facilities, circuit board assemblers, and logistics providers—that possess valuable technical drawings and CAD files but lack enterprise-grade cybersecurity controls.
Business PC Support provides localized, on-site engineering leadership from our corporate headquarters at 2368 Maritime Dr, Unit 250, Elk Grove, CA 95758. We perform on-premise physical security audits, server room inspections, firewall micro-segmentation, and personnel training directly inside your facility, delivering a responsive 15-minute emergency SLA across the entire Greater Sacramento region.
10. The 12-Week CMMC 2.0 Level 2 Remediation Blueprint
For contractors facing an upcoming prime contract renewal or preparing for formal C3PAO assessment, Business PC Support executes an accelerated, 12-week structured engineering roadmap:
Phase 1: Boundary Scoping & Initial SPRS Baseline Calculation
We catalog all hardware, software, user roles, and data flows. We identify and isolate CUI boundaries, evaluate existing firewall architectures, and compute your true, unvarnished baseline SPRS score.
Phase 2: Core Identity & Endpoint Security Remediation
We deploy FIDO2 hardware keys, enforce phishing-resistant MFA, configure Windows FIPS cryptographic modules, and roll out SentinelOne EDR across all in-scope endpoints and hypervisors.
Phase 3: Network Micro-Segmentation & Centralized SIEM Ingestion
We re-architect switch VLANs and firewall policies to isolate the CUI enclave from corporate networks, deploy immutable cloud logging collectors, and configure weekly automated vulnerability scanning.
Phase 4: System Security Plan (SSP) & Policy Authoring
Our compliance engineers author your comprehensive, audit-ready System Security Plan (SSP), Incident Response Plan (IRP), Media Protection protocols, and employee Acceptable Use Policies.
Phase 5: Mock Assessment, Evidence Cataloging & SPRS Score Upload
We conduct a rigorous mock C3PAO audit, test technical controls against NIST assessment objectives, assemble your digital evidence repository, and guide your executive team in submitting an official +110 score to SPRS.
11. Audit Readiness & Budget Estimation Matrix
Planning your CMMC 2.0 budget requires understanding the difference between technical remediation costs and third-party assessor fees:
| Organization Size & Scope | Enclave Architecture | IT Engineering Remediation | C3PAO Audit Fees (Triennial) | Average Timeline |
|---|---|---|---|---|
| Small Machine Shop (5-15 Seats) | Virtual CUI Enclave (PreVeil / VDI) | $12,000 – $25,000 | $18,000 – $32,000 | 8 – 12 Weeks |
| Mid-Market Fabricator (20-60 Seats) | Hybrid Segmented CUI Subnet | $28,000 – $55,000 | $35,000 – $50,000 | 12 – 16 Weeks |
| Advanced Aerospace Supplier (70-200 Seats) | Dedicated Microsoft 365 GCC High | $60,000 – $130,000 | $55,000 – $85,000 | 16 – 24 Weeks |
12. Frequently Asked Technical & Compliance Questions
What is the difference between CMMC Level 1 and Level 2?
Level 1 applies to contractors handling Federal Contract Information (FCI) and requires 15 basic security controls evaluated through an annual self-assessment. Level 2 applies to contractors handling Controlled Unclassified Information (CUI), demanding complete compliance with all 110 controls of NIST SP 800-171 Rev 2 and requiring an independent triennial assessment by an accredited C3PAO.
Can our company submit a self-assessment score to SPRS without a C3PAO audit?
Yes, all defense suppliers handling CUI are required under DFARS 252.204-7019 to upload a calculated NIST SP 800-171 self-assessment score into the Supplier Performance Risk System (SPRS). However, under the final CMMC 2.0 rule, contracts designated as prioritized CUI acquisitions will require an official C3PAO audit score to be entered into SPRS before contract award.
Does our machine shop need Microsoft 365 GCC High, or can we stay on Commercial?
If your drawings or technical data are subject to ITAR or export controls, you must migrate to GCC High because Microsoft will not contractually guarantee forensic evidence support or US-personnel-only data centers on Commercial. However, if your CUI is non-export controlled, we can implement encrypted enclave architectures that allow you to remain on Commercial while achieving full compliance.
What happens if our SPRS score is negative?
Because the DoD methodology subtracts up to 5 points per failed control from a baseline of 110, missing multiple critical controls easily produces a negative score (down to -203). Prime defense contractors frequently filter out vendors with low or negative scores, and the Department of Justice investigates contractors under the False Claims Act who misrepresent their scores on federal contracts.
How long does a CMMC Level 2 C3PAO certification remain valid?
An official C3PAO Level 2 certification is valid for three years from the date of issuance, provided the contractor maintains its System Security Plan (SSP) and submits annual executive reaffirmations of continuous compliance to the DoD.
How does Business PC Support assist local defense contractors with CMMC?
From our Elk Grove headquarters, Business PC Support acts as your dedicated Registered Provider Organization (RPO) and technical systems engineering partner. We perform the scoping audit, configure firewalls, deploy FIDO2 keys and EDR, engineer the enclave, author your System Security Plan, and sit side-by-side with your leadership during the formal C3PAO audit.
Prepare Your Defense Facility for CMMC 2.0 Audit Success
Do not risk your prime contractor subcontracts or face False Claims Act scrutiny. Connect with Northern California's premier defense IT compliance engineers for an on-site CMMC scoping audit and SPRS score optimization plan.
Call (916) 525-8324 Request On-Site Compliance Audit