How to Choose a Cybersecurity Assessment Firm
Choosing the right cybersecurity assessment firm depends less on brand recognition and more on a clear match between the firm’s expertise and the specific obligation driving the engagement. An organization preparing for a regulatory audit needs a different partner than one validating its defenses against attackers or satisfying a cyber insurance requirement. This guide explains what a cybersecurity assessment covers, how to match a firm to the objective, and the criteria that separate a credible assessment partner from a checkbox vendor. What a Cybersecurity Assessment Actually Covers “Cybersecurity assessment” is an umbrella term, and conflating its variants is the most common reason organizations hire the wrong firm. Before shortlisting providers, an organization should define which type of assessment the situation requires. Common assessment types include: Each type requires different skills, evidence, and reporting. A firm that excels at penetration testing is not automatically the right choice for a framework readiness engagement. Match the Assessment Firm to Your Objective The strongest selection signal is the reason behind the assessment. Four objectives drive most engagements, and each points toward a different kind of partner. When the Driver Is Regulatory Compliance Organizations facing CMMC, FedRAMP, ISO 27001, ISO 42001, SOC 2, or SWIFT CSP obligations need a firm with deep, current expertise in that specific framework. Framework rules change, and an advisor who tracks those changes prevents costly rework. Elevate Consult maintains active practices across each of these frameworks. When the Driver Is Risk Reduction When the goal is a stronger security posture rather than a specific certificate, the priority shifts to a firm that can assess risk against a recognized model and deliver a prioritized plan. The value lies in the roadmap, not the raw list of findings. When the Driver Is Cyber Insurance Insurers increasingly require evidence of specific controls, and some maintain preferred vendor lists. A capable firm maps assessment findings directly to the insurer’s control requirements, so the organization can demonstrate eligibility without ambiguity. When the Driver Is Board or Client Assurance Mergers, vendor risk reviews, and board reporting call for assessments that translate technical findings into business language. The right firm produces reporting that an executive audience and a technical team can both act on. Not sure which assessment your situation calls for? Elevate Consult can scope the right approach before any work begins. Request a scoping conversation. Seven Criteria for Evaluating a Cybersecurity Assessment Firm Once the objective is clear, the following criteria separate a credible partner from a vendor selling a template. A Critical Distinction for CMMC and Other Regulated Programs Organizations in the Department of War (DoW) supply chain pursuing CMMC certification should understand a structural rule that shapes the entire selection decision. The body that certifies compliance must remain independent from the body that prepared the organization for assessment. In practice, this means a readiness advisor helps an organization close gaps and become audit ready, then helps it select an accredited C3PAO to perform the certification assessment. A firm that offers to both prepare an organization and certify its own work creates a conflict that undermines the result. This separation is not a limitation. It protects the integrity of the certification and the organization that depends on it. How Elevate Consult Approaches Cybersecurity Assessments Elevate Consult delivers risk assessments, gap and readiness assessments, security controls assessments, and penetration testing across frameworks including CMMC, FedRAMP, ISO 27001, ISO 42001, SOC 2, and SWIFT CSP. Founded in 2008, the firm has supported 500+ clients over 18+ years, maintains 85% client retention, and has sustained a 100% audit pass rate. Its team has completed 500+ penetration tests. For CMMC, Elevate works as an advisor and Registered Provider Organization. The firm prepares DoW contractors for assessment and helps them select an accredited C3PAO, rather than certifying its own readiness work. That independence reflects the standard organizations should expect from any assessment partner. Organizations weighing a cybersecurity assessment can request a scoping conversation to match the right assessment type to their compliance or risk objective. Talk with the Elevate team. Key Takeaways Frequently Asked Questions What is a cybersecurity assessment? A cybersecurity assessment is a structured evaluation of an organization’s security controls, risks, or compliance posture against a defined standard or threat model. It can take the form of a risk assessment, a framework readiness assessment, a penetration test, or a formal certification audit. What certifications should a cybersecurity assessor hold? Look for individual certifications on the assessors assigned to the work, such as CISSP, CISA, CISM, or CRISC, plus framework-specific credentials like ISO 27001 or ISO 42001 Lead Auditor for those standards. The certifications of the people on the engagement matter more than the certifications listed by the company. Is a cybersecurity assessment the same as a penetration test? No. A penetration test is one type of assessment that simulates an attacker to find exploitable weaknesses. Other assessments, such as risk and readiness assessments, evaluate controls, policies, and compliance gaps that a penetration test does not cover. How much does a cybersecurity assessment cost? Cost depends on scope, the framework involved, the size and complexity of the environment, and whether remediation support is included. Reputable firms scope the engagement to the objective before quoting, rather than offering a fixed price without understanding the environment. Can the same firm prepare us for CMMC and certify us? No. CMMC certification assessments are conducted by an accredited C3PAO that must remain independent from the organization’s readiness preparation. A strong advisor helps an organization become audit ready and select an appropriate C3PAO, without certifying its own work.
Cybersecurity Compliance Frameworks: CMMC, ISO 27001, and FedRAMP
Companies pursuing federal or enterprise business quickly run into a wall of acronyms, and the most common question is which of the major cybersecurity compliance frameworks they actually need. CMMC, ISO 27001, and FedRAMP all signal that an organization takes security seriously, but they serve different markets, rest on different standards, and are earned in different ways. Choosing the wrong one wastes months and budget, while choosing the right combination can open doors that competitors cannot. This explainer breaks down what each framework is, how they compare side by side, where they overlap, and how to decide which one your organization needs. For teams that already know which path they are on, Elevate’s compliance advisory spans all three. The Three Frameworks at a Glance Each framework answers a different question about a different kind of trust, and that is the clearest way to tell them apart. CMMC The Cybersecurity Maturity Model Certification is the Department of War’s mechanism for protecting sensitive information across the Defense Industrial Base. Level 2, the tier most contractors need, is built on the 110 security requirements of NIST SP 800-171 and is assessed by an authorized C3PAO. Since late 2025 it has been a condition of award for many defense contracts, which makes it mandatory rather than optional for companies that want that work. Choosing a CMMC consultant early is how most contractors get there. ISO 27001 ISO/IEC 27001 is the international standard for an information security management system. Unlike the other two, it is voluntary and globally recognized, and any organization in any sector can pursue it. Certification is issued by an accredited certification body after a two-stage audit, and companies most often pursue it because customers, especially international ones, expect it as proof that security is managed systematically. FedRAMP The Federal Risk and Authorization Management Program governs how cloud service providers sell to United States federal agencies. It is based on NIST SP 800-53 and requires a rigorous authorization process involving a third-party assessor and a federal agency. For a cloud company that wants federal customers, FedRAMP is effectively the entry ticket to that market. CMMC vs ISO 27001 vs FedRAMP: A Comparison The frameworks are built differently and earned differently. The table below summarizes where they diverge. Dimension CMMC (Level 2) ISO 27001 FedRAMP Primary market Defense contractors in the DIB Any organization, worldwide Cloud providers selling to U.S. federal agencies Based on NIST SP 800-171 (110 requirements) ISO/IEC 27001 (ISMS) NIST SP 800-53 Mandatory? Yes, a condition of many DoD awards Voluntary, usually customer-driven Required to sell cloud services to federal agencies Assessed or certified by An authorized C3PAO An accredited certification body A 3PAO plus a federal agency authorization Scope Wherever CUI and FCI live A defined ISMS scope you choose The cloud service offering boundary Where the Frameworks Overlap Although they target different markets, these frameworks share a great deal of underlying DNA, and that overlap is an opportunity. CMMC and FedRAMP both trace back to NIST publications, and ISO 27001 covers many of the same control domains from a different angle. In practice, this means evidence and controls can often be reused across frameworks rather than rebuilt for each one. An organization with a mature ISO 27001 management system, for example, has already implemented many controls that map to NIST SP 800-171 or 800-53. Mapping controls across frameworks reduces duplicate work, lowers cost, and shortens timelines, which is why organizations pursuing more than one framework benefit from planning them together rather than in isolation. Which One Does Your Organization Need? The decision follows your market. If you want to win or keep Department of War contracts and you handle controlled unclassified information, CMMC is not a choice but a requirement. If you sell cloud services to United States federal agencies, FedRAMP is the path. If you serve commercial or international customers who want assurance that you manage security systematically, ISO 27001 is the recognized signal. Many organizations need more than one: a cloud company selling to both federal agencies and global enterprises may pursue FedRAMP and ISO 27001 together, while a defense-focused software vendor may combine CMMC with ISO 27001. The right move is to identify the markets you are pursuing, then build a single program that satisfies each applicable framework with as much shared evidence as possible. Book a Readiness Call with Elevate to map the frameworks your goals require and design one program that serves them all. Conclusion CMMC, ISO 27001, and FedRAMP are not competing options so much as different keys for different doors. CMMC is mandatory for defense work, FedRAMP is the path to federal cloud business, and ISO 27001 is the globally recognized signal of systematic security management. Because they share NIST and control-level DNA, an organization pursuing more than one can reuse evidence and avoid duplicate effort by planning them together. Identify your markets, then build once to serve them. Book a Readiness Call with Elevate to choose the right frameworks and build a program that scales across all of them. Key Takeaways CMMC, ISO 27001, and FedRAMP serve different markets, so the right framework, or combination, depends on the business you are pursuing. The most efficient path is rarely one framework at a time; it is one well-designed program that earns several frameworks from the same foundation of controls and evidence. FAQs Q1. What are the main cybersecurity compliance frameworks? For organizations pursuing federal or enterprise business, the three most common are CMMC, which protects defense information; ISO 27001, the international information security management standard; and FedRAMP, which governs cloud services sold to United States federal agencies. Each serves a different market and rests on a different standard. Q2. What is the difference between CMMC and FedRAMP? CMMC, based on NIST SP 800-171, applies to defense contractors that handle controlled unclassified information and is assessed by a C3PAO. FedRAMP, based on NIST SP 800-53, applies to cloud service providers selling to federal agencies and requires a third-party assessor plus an agency authorization. They serve different markets despite both
Penetration Testing Companies: How to Choose the Right One
Choosing among penetration testing companies is harder than it looks, because the term covers everything from a deep, manual adversarial assessment to an automated scan dressed up in a polished report. The gap in quality is enormous, and for a buyer who needs real assurance, or a clean result for an auditor, picking the wrong provider means paying for a false sense of security. Whether the goal is protecting a large enterprise, fitting a tight budget, or satisfying a compliance requirement, the evaluation comes down to the same fundamentals. This guide explains the types of testing, what separates a strong provider from a weak one, what drives pricing, and the compliance expertise that matters, so you can choose a penetration testing partner with confidence. What Penetration Testing Companies Actually Do A penetration test is an authorized, simulated attack against your systems performed by skilled testers who think like real adversaries. The objective is to find exploitable weaknesses before an attacker does, then explain how to fix them. The best providers go well beyond running a tool. The Main Types of Penetration Tests Engagements are usually scoped by target. Common types include external and internal network testing, web application and API testing, cloud configuration testing, wireless testing, social engineering, and full red team exercises that simulate a determined attacker across multiple paths. Knowing which type you need is the first step, because a web application test and a network test require different expertise and produce different evidence. Manual Expertise Versus Automated Scanning This is the single most important distinction. Automated vulnerability scanners are useful, but they only find known issues and produce false positives. A genuine penetration test relies on human testers who chain weaknesses together, exploit business logic, and find what scanners miss. A service that delivers little more than a scanner export is not a penetration test, regardless of what the invoice says. This is also where penetration testing differs from ongoing vulnerability management, which is continuous and tool-driven by design. What Separates a Strong Provider A few markers reliably distinguish a serious firm from a commodity one. Look for rigorous scoping that defines targets and rules of engagement clearly, testers who hold recognized credentials such as OSCP, GPEN, or CREST, and methodologies aligned to established standards like the OWASP Testing Guide, the PTES, or NIST SP 800-115. The report matters just as much as the test: a strong deliverable explains each finding, rates severity, provides clear remediation steps, and includes retesting to confirm the fixes worked. A provider that disappears after sending a PDF leaves the most valuable part of the engagement undone. What Penetration Testing Costs Pricing varies widely because scope varies widely, and that is the right way to think about it. The main drivers are the type of test, the size and complexity of the environment, the depth of manual testing, and whether retesting is included. A small, well-defined web application test costs far less than a multi-week red team exercise across a large enterprise. Be cautious with fixed, unusually cheap packages. A low flat fee almost always signals an automated scan rather than skilled manual testing, which means the result will not hold up against a real attacker or a thorough auditor. The goal is not the lowest price; it is the right scope tested properly. A provider that scopes carefully and prices to the actual work will deliver more value than one selling a one-size-fits-all package. Why Compliance Expertise Matters Many penetration tests are driven by a compliance requirement. Frameworks such as PCI DSS, SOC 2, ISO 27001, HIPAA, and FedRAMP either require or strongly expect regular penetration testing, and each has its own expectations for scope, frequency, and evidence. A provider with genuine compliance expertise scopes the test to satisfy the specific framework and writes the report so it stands up as audit evidence, rather than leaving you to translate generic findings into compliance artifacts. For organizations pursuing SOC 2 or similar frameworks, that alignment turns a security exercise into a compliance asset. Book a Readiness Call with Elevate’s security team to scope a penetration test that fits both your risk and your framework. Conclusion The difference between penetration testing companies is the difference between a real adversarial assessment and an automated scan with a cover page. Choose based on the type of testing you need, the manual expertise and credentials of the testers, the quality of the report and retesting, and the compliance alignment that makes the result useful to auditors. Price should follow scope, not lead the decision. Book a Readiness Call with Elevate to define the right scope and get testing that genuinely strengthens your security posture. Key Takeaways Penetration testing companies vary enormously in quality, so the evaluation should focus on depth of testing, expertise, reporting, and compliance fit rather than price alone. The right partner tests what actually matters, explains how to fix it, and gives you a result that stands up to both attackers and auditors. FAQs Q1. What should I look for in penetration testing companies? Look for rigorous scoping, skilled manual testing rather than automated scanning alone, testers with recognized credentials such as OSCP or CREST, methodologies aligned to standards like OWASP or NIST SP 800-115, and a report that includes clear remediation steps and retesting. Compliance alignment is essential if the test supports a framework. Q2. How much does a penetration test cost? Cost depends on the type of test, the size and complexity of the environment, the depth of manual testing, and whether retesting is included. A small, well-defined web application test costs far less than a multi-week enterprise red team. Be cautious of unusually cheap flat-fee packages, which usually indicate an automated scan rather than skilled testing. Q3. What is the difference between a penetration test and a vulnerability scan? A vulnerability scan is an automated check for known issues and produces false positives. A penetration test uses skilled human testers to exploit weaknesses, chain them together, and demonstrate real impact. Scans are useful for continuous monitoring, but they do
Cybersecurity Compliance Is Not Security: A Warning From the Pentagon CIO
On June 2, 2026, at the TechNet Cyber conference in Baltimore, the Pentagon’s top IT official delivered a blunt message to the defense contracting community: meeting a standard is not the same as being secure. Department of War Chief Information Officer Kirsten Davies, a longtime private sector CISO now leading IT for the department formerly known as the Department of Defense, called for a more aggressive focus on foundational cybersecurity, and made clear that the expectation extends beyond government networks into the defense industrial base. For the contractors and suppliers that serve the Pentagon, her remarks are a signal that strong cybersecurity compliance is the floor, not the goal. This article breaks down what Davies said, why compliance alone falls short, where CMMC fits, and what defense contractors should do now to build security that holds up in operations and not just on paper. What the Pentagon CIO Actually Said Davies used the conference stage to argue for a sharper, more operational view of cybersecurity across the department and its suppliers. Her central point was direct and, coming from a former enterprise CISO, carried the weight of someone who has lived the difference between passing an audit and stopping an attacker. “Compliance Does Not Equal Security” According to Davies, compliance “does not equal security,” a view she said held true during her years in industry and still holds from her current position. Her career outside government, including senior security roles across global enterprises, shapes that perspective. The message to contractors was that certificates and checklists describe a baseline, while real security is measured by operational resilience: a cybersecurity posture that is dynamic and fit for purpose rather than static and document driven. A Posture That Extends Into the Defense Industrial Base Davies was explicit that the department’s security posture reaches beyond its own networks into those of its contractors and suppliers. She warned that a compromise at even a small supplier can jeopardize a warfighter making a real time decision at the edge, and framed that risk as unacceptable for everyone in the room. The takeaway for the defense industrial base is that supplier security is now treated as warfighter security, and that the weakest link in the supply chain can undermine the capabilities the department depends on. She also described a broader paradigm shift underway at the Pentagon, reshaping its cybersecurity into a single, risk led function built for action, with further changes coming to the CIO’s office in the months ahead. Why Compliance Alone Falls Short Davies’s message will resonate with anyone who has watched an organization pass a readiness review and still suffer an incident. Compliance and security overlap, but they are not the same discipline, and treating one as a proxy for the other leaves predictable gaps. Compliance Is a Point in Time, Security Is Continuous Most compliance assessments capture a snapshot. They confirm that controls existed and operated at a moment in time, often the moment an assessor was watching. Security, by contrast, is continuous. Cloud configurations drift, new software ships weekly, vendors change, and attackers adapt. A certificate earned in one quarter says little about the control that quietly broke in the next. This is why audit readiness works best as an ongoing operational discipline rather than a periodic event. The Small Supplier Problem The risk Davies named is concentrated where resources are thinnest. Many small and mid sized suppliers in the defense industrial base treat security requirements as paperwork to clear rather than a posture to maintain, in part because they lack dedicated security staff. Yet these are precisely the organizations an adversary will target to reach a larger prime or a sensitive program. Foundational cybersecurity, in Davies’s framing, has to extend to every tier of the supply chain, including the suppliers least equipped to fund it. Capabilities such as a virtual CISO and managed vulnerability management exist precisely to close that resource gap. Where CMMC Fits It would be a mistake to read “compliance does not equal security” as a signal that compliance no longer matters. For defense contractors, the opposite is true. The Cybersecurity Maturity Model Certification (CMMC) remains the mechanism the department uses to verify a baseline, and Davies indicated she would have more to say about CMMC at a later time. CMMC Sets the Floor, Not the Ceiling Introduced in 2019, CMMC requires companies that do business with the Pentagon to demonstrate a defined level of cybersecurity, and the program has evolved through several iterations since. CMMC is necessary, and for contractors handling controlled unclassified information it is non negotiable. What Davies’s remarks make clear is that the certification establishes a minimum, and that the department increasingly expects suppliers to operate well above that minimum. Earning the certificate is the entry ticket, not the finish line. From Certificate to Operational Resilience The practical implication is that contractors should design their programs to satisfy CMMC as a byproduct of running genuinely secure operations, rather than building a thin layer of controls that exists only to pass an assessment. Programs anchored to the NIST Cybersecurity Framework and maintained continuously tend to clear CMMC more smoothly and, more importantly, withstand the threats the framework is meant to address. What Defense Contractors Should Do Now Davies’s remarks are a posture signal, not a new rule, but the direction is unmistakable. Contractors that move early will be better positioned for whatever guidance and expectations follow, and better defended in the meantime. Treat Audit Readiness as Continuous Discipline Shift from last minute preparation to year round readiness. Integrate control verification into daily operations so that evidence is always current and gaps surface early, well before an assessor or an attacker finds them. A structured remediation timeline turns that intention into a schedule the whole organization can follow. Assign Ownership and Validate Controls Security fails quietly when everyone is responsible and no one is accountable. Assign a single accountable owner for each control, extend ownership beyond the security team to IT, engineering, and operations, and
When Ongoing AI Risk Support Is Better Than One-Time Reviews
Board-level oversight of AI risk management nearly tripled among Fortune 100 companies between 2024 and 2025, yet only 12% of organizations feel prepared to manage AI governance risks. Companies invested $252 billion in AI during 2024. Three of every four organizations still lack a dedicated plan for generative AI. Traditional one-time reviews cannot keep pace with AI systems that evolve faster and regulatory landscapes that move constantly. Ongoing AI risk support provides continuous monitoring and immediate assessment. It integrates with frameworks such as the NIST AI risk management framework to protect organizations. Why One-Time AI Risk Reviews Fall Short AI Systems Change Faster Than Annual Audits Agentic AI systems execute thousands of micro-decisions per second and render manual review impossible for most compliance teams. An audit conducted on Tuesday becomes obsolete by Wednesday morning when AI agents iterate, adapt, or drift across complex workflows. This velocity gap creates a fundamental mismatch between static annual audits and the speed at which AI systems evolve in production environments. Model drift occurs as AI systems interact with new data patterns, user behaviors and environmental conditions. Traditional annual review cycles cannot detect these performance degradations until they’ve caused operational or compliance failures. Then organizations that rely on periodic checkpoints miss critical windows where model accuracy declines, bias amplifies, or decision patterns change outside acceptable parameters. Regulatory Requirements Change Between Review Cycles The regulatory ground changes rather than stays static. The EU AI Act phased in over two years, with prohibited AI provisions active from February 2025, general-purpose AI model rules from August 2025 and full high-risk enforcement from August 2026. Organizations that conduct annual reviews face 12-month gaps during which new compliance obligations take effect without corresponding governance updates. State-level AI regulations create additional complexity. A single model may be classified as high-risk in Colorado but not in California. Some states require external disclosures while others demand internal documentation, audit trails or explanation rights. Static compliance frameworks built during one review cycle become inadequate as jurisdictions add requirements, modify enforcement standards or introduce new penalty structures between assessment periods. New Vulnerabilities Emerge After Original Assessment AI-related CVEs surged to 2,130 in 2025, representing a 34.6% year-over-year increase. Nearly half of all scored AI vulnerabilities fall into the high or critical severity range. High and critical severity AI CVEs grew from 20 in 2020 to 641 in 2025, reflecting both improved discovery capabilities and more dangerous vulnerabilities in production AI systems. Forward-looking analysis projects between 2,800 and 3,600 AI CVEs in 2026, a dramatic 31% to 69% increase from 2025 levels. Malicious actors exploit weaknesses across AI infrastructure, application layers and supply chain components, with severe vulnerabilities concentrated in emerging areas such as Model Context Protocol servers and agentic AI. Organizations that rely on annual security assessments operate with outdated threat models that miss vulnerabilities for months at a time. Shadow AI Deployments Bypass Static Review Processes Organizations now think over shadow AI a definite or probable challenge, with adoption rising from 61% to 76% between 2025 and 2026. Over 90% of employees use AI without official organizational approval, whereas 38% share confidential data with AI platforms without authorization. Shadow AI incidents add USD 670,000 to the average breach cost, yet 25% of organizations lack visibility into what AI services run in their environments. GenAI traffic surged more than 890% in 2024, while 68% of privacy professionals report their organizations have no formal AI governance policy. Static review processes conducted quarterly or annually cannot detect these unauthorized deployments as they occur. Employees adopt new AI tools in minutes through browser-based interfaces and create ungoverned data flows that surface only during audits or after security incidents materialize. How Ongoing AI Risk Support Works in Practice Continuous Monitoring vs Periodic Checkpoints AI model drift refers to gradual performance degradation due to changes in the data used during training. User behavior, market conditions and external systems evolve continuously in real-life environments. This causes shifts in input features, target labels or relationships between data objects. Periodic checkpoints capture snapshots at fixed intervals while models degrade between reviews. Continuous monitoring provides ongoing attention through systematic processes. High-stakes environments like fraud detection need daily or up-to-the-minute monitoring. More stable contexts may tolerate weekly or monthly checks, but continuous monitoring remains the best practice. Organizations implementing the NIST AI risk management framework should dedicate approximately 30% of their AI risk management efforts to continuous monitoring and assessment of AI systems post-deployment. This allocation will give AI system performance that lines up with intended outcomes and helps identify potential risks that emerge during production use. Up-to-the-Minute Risk Assessment and Triage The OWASP LLM AI Cybersecurity & Governance Checklist provides a detailed tool to identify and mitigate AI risk in thirteen focus areas. Real-time risk assessment relies on threat modeling the whole AI system by breaking it down into components and categorizing AI deployments. Continuous monitoring stays updated on the latest research and methodologies to address emerging threats. AI reduces variability and improves consistency in triage decisions while optimizing resource allocation during peak demand. Machine learning algorithms identify subtle patterns in patient data that may elude human observation. This enables earlier detection of high-risk conditions. Effective triage requires processing large amounts of multimodal data to generate applicable information in real time. Integration with NIST AI Risk Management Framework The NIST AI Risk Management Framework emphasizes continuous improvement as a cyclical practice mandated throughout all four functions. This approach recognizes that AI systems and their contexts are dynamic. Models can drift, new adversarial techniques emerge, regulations shift and societal expectations evolve. Continuous monitoring involves regular collection and analysis of data on system performance, control effectiveness and external developments. Risk measurement cannot be treated as a one-time evaluation during development. Organizations integrate NIST AI RMF assessments into the AI lifecycle. This means governance reviews, contextual mapping, risk measurement and mitigation planning occur before systems reach production environments. Automated Alert Systems for Model Drift and Performance Changes Statistical tests compare live data distributions against reference datasets,
CMMC Enforcement Updates 2026: What Defense Contractors Must Know
The Cybersecurity Maturity Model Certification (CMMC) program is no longer a future requirement that defense contractors can plan around at their leisure. It is enforceable, it is appearing in contracts now, and it is rolling out on a fixed multi-year schedule. This guide explains where CMMC enforcement stands in 2026, how the phased rollout works, which certification level applies to your organization, and what you need to do to stay eligible for Department of War (DoW) work. Where CMMC Enforcement Stands in 2026 The pivotal regulatory milestone has already passed. The DoD published the final 48 CFR rule integrating CMMC into the Defense Federal Acquisition Regulation Supplement (DFARS) in the Federal Register on September 10, 2025, and the rule took effect on November 10, 2025. That effective date kicked off the phased rollout that now governs how and when CMMC requirements appear in defense contracts. In practical terms, CMMC has shifted from policy to binding contractual obligation. Defense contractors now need to be CMMC-certified at the appropriate level to win new DoD contracts, and contractors who delay compliance risk losing business opportunities, while false certifications can carry significant legal and financial penalties. If your organization handles federal contract information (FCI) or controlled unclassified information (CUI), CMMC eligibility is now part of your ability to compete. How the Two-Rule Framework Works CMMC operates under two separate but complementary regulations, and understanding the split clarifies why enforcement took until late 2025 to begin. 32 CFR Part 170 establishes the CMMC program itself: its structure, the three certification levels, assessment processes, waivers, and certification requirements. This program rule has been effective since December 16, 2024. 48 CFR Parts 204, 212, 217, and 252 implements the acquisition side. This is the rule that authorizes contracting officers to actually place CMMC requirements into solicitations and contracts. It is the enforcement mechanism. For nearly a year, the program existed (32 CFR) but could not be enforced in contracts because the acquisition rule (48 CFR) had not taken effect. The November 10, 2025 effective date closed that gap. The final rule introduces two DFARS clauses: an updated DFARS 252.204-7021, used in contracts, and a new DFARS 252.204-7025, used in solicitations. Together, these clauses make CMMC certification a formal condition of award. The Four-Phase, Three-Year Rollout CMMC is not switching on all at once. The final program rule lays out a four-phase rollout over three years, with Phase 1 beginning on the effective date of the 48 CFR acquisition rule, November 10, 2025. Full implementation is required 36 months after the effective date. Understanding which phase you are in matters because the assessment burden increases as the rollout progresses. Phase 1 (first 12 months). Phase 1 focuses on self-assessments aligned with NIST SP 800-171 Rev. 2, giving contractors time to prepare before third-party certification becomes broadly mandatory. The goal is to establish a baseline across the Defense Industrial Base by verifying that contractors can self-assess and report their score to the Supplier Performance Risk System (SPRS). Critically, though, this is not a soft launch. There is no grace period, certification must be achieved before award, and DoD acquisition offices may require Level 2 third-party assessments at their discretion even during Phase 1. Subsequent phases progressively expand third-party assessment requirements and extend coverage across more contracts, culminating in full implementation across essentially all applicable DoD contracts by the end of the three-year schedule. Which CMMC Level Applies to You CMMC uses a tiered structure matched to the sensitivity of the information you handle. Level 1 (self-assessment) applies to contractors handling only FCI. It requires an annual self-assessment against 17 security controls in NIST SP 800-171. Level 2 applies when a contractor’s information systems store, process, or transmit CUI. Level 2 can be satisfied by self-assessment for some contracts, but Level 2 via a certified third-party assessment organization (C3PAO) is emerging as the default expectation for organizations handling CUI. The DoD can require the C3PAO route for select contracts involving sensitive CUI at its discretion, even in Phase 1. Level 3 applies to the most sensitive programs and carries the most rigorous government-led assessment requirements. The practical takeaway is that for most contractors touching CUI, planning around a Level 2 C3PAO assessment is the prudent default. Self-assessment alone is increasingly insufficient to remain competitive. What Defense Contractors Should Do Now The realities of the current enforcement environment shape a clear set of priorities. Self-assessments are no longer sufficient in most CUI scenarios, so organizations handling CUI should plan toward a Level 2 C3PAO assessment rather than assuming self-attestation will carry them. Waivers are rare and granted only at the contract level in limited circumstances, never as a blanket exemption for an individual company, so they should not factor into your planning. Prime contractors have been pressuring subcontractors to certify ahead of formal enforcement, which means the practical market timeline often runs ahead of the official phased schedule; if you supply a prime, expect the requirement to reach you sooner than the rollout phases alone would suggest. Timing is the central risk. Most organizations need roughly 9 to 12 months to fully implement NIST SP 800-171 controls and pass a C3PAO assessment. With CMMC clauses now live in contracts and the rollout advancing through its phases, an organization that has not yet entered the implementation phase faces real exposure to contract ineligibility. The further the three-year rollout progresses, the more contracts carry the requirement, and the less runway remains for late starters. The Bottom Line CMMC enforcement is no longer a countdown; it is the operating environment. The regulatory framework is complete, the acquisition rule is in force, and the phased rollout is steadily expanding the universe of contracts that require certification. For defense contractors, the question is no longer whether CMMC will be required, but whether your certification will be in place before the contracts you want to bid on demand it. Organizations that treat CMMC as a current operational priority, rather than a future compliance project, will protect
Streamline Your CMMC Compliance Across Multiple CAGE Codes
The Department of Defense’s Cybersecurity Maturity Model Certification (CMMC) framework represents a critical shift in how defense contractors must approach cybersecurity compliance. For companies operating within the Defense Industrial Base (DIB), understanding the intricate relationship between CMMC requirements and Commercial and Government Entity (CAGE) codes is essential for successful compliance and continued access to government contracts. This comprehensive guide examines the intricacies of CAGE codes within the CMMC framework and offers practical guidance for organizations navigating these regulatory requirements. Why CAGE Code Matters and How it Can Affect CMMC Compliance CAGE codes matter because they uniquely identify each business entity within the Department of Defense’s contracting ecosystem, serving as the foundational link for tracking compliance, security requirements, and contract eligibility. Since CMMC compliance is assessed and enforced at the individual CAGE code level, each code represents a discrete entity that must independently meet cybersecurity standards based on the type of information it handles, such as Federal Contract Information (FCI) or Controlled Unclassified Information (CUI). This means organizations with multiple CAGE codes face multiplied compliance obligations, requiring careful management of System Security Plans, controls, and assessments to avoid redundant efforts and ensure all entities maintain certification. Proper CAGE code management directly impacts the scope, cost, and success of CMMC compliance initiatives, making it a critical factor for contractors aiming to secure and sustain government contracts. Understanding CAGE Codes: The Foundation of Government Contracting What are CAGE Codes? A Commercial and Government Entity (CAGE) code is a unique five-character alphanumeric identifier assigned by the Defense Logistics Agency (DLA) to suppliers conducting business with various government or defense agencies. This identifier serves as the government’s primary method for tracking and identifying businesses and their locations across the world, functioning similarly to how Social Security numbers uniquely identify individuals. CAGE codes are integral to the establishment of security requirements for any project involving defense contracts, especially those handling secured information such as Federal Contract Information (FCI) and Controlled Unclassified Information (CUI). Every organization seeking to bid on government contracting jobs must obtain a CAGE code, as it represents the first step toward establishing a business relationship with the federal government. CAGE Code Requirements and Management The process of obtaining a CAGE code begins with registration in the System for Award Management (SAM.gov), where entities provide detailed legal and financial information. Once assigned, CAGE codes are tied to specific physical addresses and remain associated with the organization unless significant changes occur or deactivation is requested. A critical aspect of CAGE code management is understanding its expiration cycle. CAGE codes now expire after five years and must be renewed to maintain validity. However, the renewal process is streamlined through SAM registration maintenance – as long as organizations keep their SAM registration current and active, their CAGE codes automatically renew without additional action required. Multiple CAGE Codes and Organizational Structure Large organizations often maintain multiple CAGE codes, with each code representing different business units, subsidiaries, or operational locations. This structure becomes particularly complex for companies that have grown through mergers and acquisitions, creating a hierarchy of corporate structures with varying levels of IT integration. Fortune 500 companies typically require multiple CAGE codes due to their diverse operations and geographic distribution. How Does Multiple CAGE Codes Impact CMMC Compliance? For companies with complex organizational structures, particularly those that have grown through mergers and acquisitions, understanding the relationship between CAGE codes and CMMC requirements is essential for developing efficient compliance strategies. Each separate operation of a company can be assigned its own CAGE code, which means that medium to large organizations often maintain multiple CAGE codes representing different business units, subsidiaries, or operational locations. Since 2014, CAGE codes have been required for federal government contractors to create a uniform system for tracking hardware, software, and technical data when transferring items between DoD contractors and components. Organizations with multiple CAGE codes face several unique challenges when pursuing CMMC compliance: Strategic Approaches for Managing Multiple CAGE Codes Despite these challenges, organizations can implement several strategies to streamline CMMC compliance across multiple CAGE codes: 1. Strategic SSP Consolidation: Organizations can consolidate multiple CAGE codes under a single System Security Plan if they share common characteristics: The degree of vertical IT integration significantly affects the feasibility of using a single SSP for multiple CAGE codes. When mergers and acquisitions fuel growth and vertical IT system integration lags, the “One SSP for All” approach may not be viable. Also, considerations for physical security controls are to be evaluated to ensure that if multiple organizations share the same SSP, the findings from separate controls across companies do not affect the certification of another company. Again, this consolidation is ideal for companies that share approximately 90% control commonality. 2. CAGE Code Inventory and Analysis: Begin by creating a comprehensive inventory of all CAGE codes, including their business functions, revenue sources, and information handling requirements. This inventory should identify which CAGE codes handle CUI versus FCI, as this distinction determines the required CMMC level. Evaluate the DoD contract revenue associated with each CAGE code to determine if pursuing CMMC compliance is a sensible business decision for each entity. For CAGE codes with minimal DoD contract revenue, the cost of compliance may outweigh the benefits. 3. Control Inheritance Opportunities: Organizations should identify opportunities to inherit common controls, policies, and procedures among parent companies and subsidiaries. This inheritance approach can significantly reduce implementation effort and costs while maintaining security effectiveness. For example, if multiple CAGE code entities share the same IT services, such as email systems, cloud services, antivirus protection, and monitoring capabilities, these controls can be inherited across multiple SSPs. 4. COTS Exception Evaluation: Evaluate whether any CAGE code entities qualify for Commercial Off-The-Shelf (COTS) exemptions, which can eliminate CMMC compliance requirements entirely. COTS products must meet specific criteria, including unchanged commercial availability, uniform pricing, and no government-specific modifications. 5. Proper CAGE Code Hierarchy Management: Maintain accurate CAGE code information and ensure the CAGE code hierarchy is correctly documented in the SAM record. This documentation is essential
Lockheed Martin Just Drew a Line in the Sand; Are You CMMC Ready or Getting Left Behind?
Cybersecurity Maturity Model Certification (CMMC): Rulemaking Progress As of June 30, Lockheed Martin has made it official per their new release on cybersecurity suppliers updates: CMMC (Cybersecurity Maturity Model Certification) Level 2 isn’t optional if you want to stay in their supply chain. If your business touches Federal Contract Information (FCI) or Controlled Unclassified Information (CUI), your cybersecurity posture now determines your ability to win or keep contracts. “Lockheed Martin Supply Chain Cybersecurity is reaching out to all suppliers whose latest self-assessment is indicative of unmet cyber requirements (including unimplemented CMMC controls).” Translation? All Defense Industrial Base (DIB) companies handling CUI are expected to have implemented and meet NIST 800-171(r2) requirements. CMMC Level 2: No Longer a “Future Requirement” Lockheed is making it clear: suppliers managing CUI must already meet the full NIST SP 800-171 Rev. 2 requirements. This isn’t prep work anymore, it’s the new bar for entry. If you’re still treating CMMC like a “someday” project, you’re already behind. What’s Lockheed Looking At? They’ve introduced the Cybersecurity Compliance and Risk Assessment (CCRA), a detailed self-assessment tool built with ND-ISAC, RTX, Booz Allen, and others. This Excel-based submission is now how Lockheed is benchmarking cyber maturity across the supply chain. Here’s why it matters: Strategic Advantage: Be the One Who’s Ready The smart suppliers aren’t waiting for an email; they’re getting in front of this. Those who can prove CMMC Level 2 compliance now (or have a firm timeline in place) will quickly become critical vendors as less prepared competitors fall off. Lockheed’s new Supplier Management portal (formerly Exostar, which will be renamed “Supplier Management” Module) is your next stop to update your CCRA, show your compliance, and position yourself to win. Why This Actually Matters This isn’t about paperwork; it’s about protecting national defense. Nationwide cyber threats are getting smarter, faster, and more aggressive. The DIB is a constant target. By drawing a hard line on CMMC, Lockheed’s doing what every prime and subprime should be doing: making sure controlled unclassified information (CUI) and all sensitive data stays locked down, defense capabilities stay intact, and only serious, secure vendors stay in the game. What You Should Do Now Final Word: Compliance Is Now the Price of Admission Lockheed Martin isn’t giving suppliers wiggle room. They’ve set the standard. If you’re not on the path to certification, you’re already losing ground. The defense ecosystem within the DOD is moving fast, and only secure, prepared partners will be left standing. Need Help Getting CMMC-ready fast? At Elevate, we work exclusively with suppliers across the Defense Industrial Base (DIB), guiding them towards being certified, audit-ready, and locked into prime contracts. Whether you’re starting from scratch or cleaning up your SPRS score, we’ll help you build a cybersecurity program that holds up to scrutiny. Let’s talk. We’ll show you how to turn this compliance curveball into a competitive edge.
The 7 Steps for CMMC Self-Assessment and Certification Process
For organizations aiming to secure Department of Defense (DoD) contracts, achieving Cybersecurity Maturity Model Certification (CMMC) compliance is a vital requirement. Whether handling Federal Contract Information (FCI) or Controlled Unclassified Information (CUI), this certification demonstrates a commitment to security and compliance, protecting sensitive data while reinforcing competitive positioning. Below, we break down the seven steps to achieve CMMC Level 1 and Level 2 certification, highlighting key challenges. The 7 Steps for CMMC Certification Successfully navigating the CMMC certification process requires a structured approach. Here are the eight key steps every organization should follow: Top 5 Challenges in Achieving CMMC Compliance While the steps above are straightforward, several common challenges often hinder progress. Here’s how to address them effectively: How Elevate Can Help We are experts in Cyber Security, NIST, CMMC Compliance, and Technical Architecture. We will shorten your time for compliance with document accelerations and scoping boundary processes. We will remove the pain to ensure compliance. Contact us today.
How Much Does CMMC Level 2 Compliance Cost?
Helping companies become CMMC compliant, we have learned a great deal about the options organizations have and what it actually takes to meet the 110 control requirements (over 300 control objectives) of the standard. One of the first questions every defense contractor asks is also the hardest to answer cleanly: what will this cost? The honest answer is that it depends on how you choose to handle Controlled Unclassified Information (CUI), and the difference between the three main approaches can be substantial. Below, we break down the real cost components and the pitfalls that drive unexpected expense. Common CMMC Level 2 Pitfalls Organizations pursuing CMMC Level 2 certification often hit challenges that derail compliance efforts and create costly delays. The most common ones we see: A poorly defined CUI boundary, with too many assets pulled into scope or, just as damaging, key in-scope assets left out. Scope drives cost, so getting the boundary right is the single highest-leverage decision you make. Beyond scoping, the recurring problem areas include: implementing end-to-end FIPS 140-2 compliant encryption for CUI both at rest within the boundary and in transit across it; assessing all physical locations for secure CUI handling, including paper-based CUI, and enforcing wireless security with FIPS 140-2 compliant encryption; controlling access to printers and other devices that can display or output CUI while maintaining detailed access logs; maintaining robust endpoint security with vulnerability scanning, activity logging, and continuous monitoring for all users and devices accessing CUI; ensuring a CMMC-compliant email security solution; and providing detailed CUI handling guidelines and acceptable use policies with documented end-user acknowledgment. The Three Approaches to CMMC Level 2 Compliance There is no single price tag for CMMC Level 2 because there is no single way to get there. Organizations generally choose among three models, each with a different cost structure: Managing internally, where you build and run the compliant environment yourself. Managing with virtual workspaces on cloud infrastructure, where you stand up a dedicated enclave (often in a government cloud) for CUI. Using a CMMC-compliant Managed Security Services Provider (MSSP), where you outsource much of the operational and security burden. The tables below break down what each component costs under each model. CMMC Level 2 Cost Breakdown by Component Encryption and Email Security Component Manage Internally Virtual Workspaces on Cloud CMMC-Compliant MSSP End-to-end encryption Over $430 per user per year Over $430 per user Offered within their services Microsoft GCC High Not needed if using end-to-end encryption software with messaging Not needed if using end-to-end encryption software with messaging Approx. $1,000 per user per year Monitoring and Infrastructure Component Manage Internally Virtual Workspaces on Cloud CMMC-Compliant MSSP Security Protection Asset (SPA) costs No additional cost if you already have MDR/EDR on all endpoints, a vulnerability scanner, and security monitoring; otherwise these must be added (products do not all have to be FedRAMP authorized — see note below) Cloud operational and monitoring software costs (e.g., CloudTrail, CloudWatch, GuardDuty in AWS) $10,000–$20,000 per month for both operational and security monitoring, regardless of user count Dedicated infrastructure for virtual workspaces May not be needed if end-to-end encryption, hard-drive endpoint encryption, and sufficient endpoint logging/monitoring are in place GovCloud (especially if ITAR/export-controlled): high-compute approx. $145/user/month; light GPU approx. $40/user/month; directory service approx. $400/month/domain; storage approx. $43/month per 1TB $215–$315 per user per month for support, compute, and virtual workspace management, plus added cost to set up site-to-site VPN for printers and CUI assets in the physical boundary Support, Documentation, and Assessment Component Manage Internally Virtual Workspaces on Cloud CMMC-Compliant MSSP Additional IT support May need added resources to maintain the CMMC program May need added resources to maintain the CMMC program Included, but additional fees for changes and special requests GRC software Approx. $6,000 per year per SSP Approx. $6,000 per year per SSP Included, but charged approx. $7,000 per month for maintenance SME CMMC advisor SSP prep (one SSP), policies, and audit support: $50K–$70K (year 1) depending on effort; multiple SSPs negotiated separately; years 2–3 approx. $15K–$20K Same as internal: $50K–$70K (year 1); years 2–3 approx. $15K–$20K Over $250K across 3 years C3PAO auditor Approx. $70K–$80K per audit every 3 years (one SSP) Approx. $70K–$80K per audit every 3 years (one SSP) Approx. $70K–$80K per audit every 3 years (one SSP) A note on the FedRAMP point: the “products don’t all have to be FedRAMP authorized” guidance applies to non-cloud security protection assets, which are assessed against the applicable NIST SP 800-171 practices. It does not apply to cloud services that store, process, or transmit CUI. Any such cloud service must hold a FedRAMP Moderate authorization or demonstrate FedRAMP Moderate equivalency under the DoD’s December 21, 2023 equivalency memo, or the related controls will be marked as not met during your assessment. This distinction is one of the most common sources of unexpected cost, so classify each provider carefully before assuming it is in the clear. Which Approach Is Right for Your Organization? The right model depends on your current state, the type of data you handle (CUI, ITAR, EAR), and your internal capacity to manage the required changes. Managing internally tends to favor organizations that already have mature endpoint security and monitoring in place, since the marginal cost is lowest when you are not buying those capabilities from scratch. The cloud virtual-workspace model fits organizations that need a clean, well-bounded enclave, particularly when export-controlled data makes GovCloud advisable. The MSSP model trades higher recurring fees for reduced internal burden, which can be the right call for smaller teams without the staff to operate a compliant environment year-round. Cost management ultimately comes down to scoping discipline and choosing the model that matches your reality rather than the one with the lowest sticker price on any single line item. How Elevate Can Help At Elevate, we have helped many organizations prepare for and obtain CMMC Level 1 and Level 2 compliance. Our goal is to make sure your CUI boundary is properly defined and your gap analysis and remediation are