Compliance Audits

CMMC compliance controls provide Defense Industrial Base contractors with a clear way to demonstrate they can protect Federal Contract Information and Controlled Unclassified Information in daily operations. 

For organizations preparing for certification, the main challenge is knowing which security practices matter most, how they connect, and how they support long-term readiness.

In This Article: A practical breakdown of the CMMC compliance controls behind certification readiness, including access control, incident response, audit and accountability, configuration management, risk assessment, and continuous monitoring requirements for Defense Industrial Base contractors.

Understanding The Structure Of CMMC Controls

The Cybersecurity Maturity Model Certification is designed to verify that contractors and subcontractors meet cybersecurity expectations tied to Department of Defense work. CMMC security controls are organized around structured practices that help organizations protect sensitive information across people, processes, systems, and data.

Certification requirements change by level, with Level 1 centered on foundational protections for Federal Contract Information. 

Level 2 aligns with 110 security requirements from the National Institute of Standards and Technology Special Publication 800-171, Revision 2, which applies to many organizations that process, store, or transmit Controlled Unclassified Information. Level 3 applies stronger controls for more sensitive or risk-heavy environments.

For many contractors, a strong CMMC compliance guide should begin with one practical idea: certification readiness depends on how well controls operate across the business, not how well policies read on paper.

Access Control Requirements

CMMC access control practices limit system access solely to authorized users, approved devices, and permitted business functions. The goal is to give each user the access they need for their role while reducing unnecessary exposure to sensitive information.

Strong access control includes role-based permissions, account approvals, least-privilege access, remote access restrictions, and periodic access reviews. Organizations should know who has access to CUI, why they have it, and when access should be removed.

Access control also supports accountability. When accounts are properly assigned and managed, security teams can link activity to specific users and spot behavior that doesn’t align with normal operations.

Incident Response Practices

Incident response requirements for CMMC teams need to center on preparation, detection, reporting, containment, and recovery. Having a written plan is important, but the process must be clear enough for teams to use during a real event.

An effective incident response program identifies who receives alerts, who investigates, who makes escalation decisions, and who communicates with leadership or external parties. 

Security teams should track what happened, what systems were affected, what actions were taken, and what lessons should be learned to improve future response.

Recent breach data reinforces the importance of response planning, with IBM reporting that the global average cost of a data breach was $4.4 million in 2025. The sooner a cyber threat is found and isolated, the less opportunity it has to spread, steal data, or interrupt operations.

Audit And Accountability Controls

CMMC audit and accountability practices help organizations track system activity and verify that the controls they have in place are actually working. Logs create a record of user actions, administrative changes, authentication attempts, file access, and potential security events.

However, logging alone isn’t enough. Organizations need to carefully collect logs, protect them from alteration, retain them for the required period, and review them on a regular schedule. 

Security teams should pay special attention to privileged accounts, failed login attempts, unusual access patterns, and any changes made to sensitive systems.

These controls support both threat detection and assessment readiness. Keeping clear records helps organizations investigate suspicious activity and demonstrate that monitoring practices are active.

Configuration Management Standards

Well-defined configuration standards support stronger security by making systems easier to control, review, and maintain over time.

Systems should start with approved, secure baselines and remain aligned with those baselines through controlled maintenance, which can include:

• Disabling unnecessary services
• Restricting open ports
• Managing software installation
• Documenting changes
• Reviewing security-impacting updates before deployment

Configuration drift can create gaps over time, especially in growing environments with cloud services, remote users, and multiple administrators.

Identification And Authentication Controls

Identification and authentication controls verify users before they access systems. These practices work closely with access control, but they focus specifically on proving identity.

Organizations should use distinct accounts, strong password practices, multi-factor authentication, protected privileged accounts, and timely removal of inactive users. Conversely, shared accounts make individual activity harder to trace.

Multi-factor authentication is especially important for remote and administrative access, as well as for systems that handle CUI. Strong identity controls reduce the risk that credential theft leads to unauthorized entry.

Risk Assessment Requirements

CMMC risk management practices require organizations to evaluate potential weaknesses before attackers can exploit them. Any risk assessment should look at system vulnerabilities, control gaps, threat activity, business impact, and the sensitivity of the information being protected.

A practical risk process includes regular vulnerability scanning, documented findings, prioritized remediation, and leadership visibility. Technical teams need clear priorities so urgent risks are handled quickly, and lower-priority issues are scheduled.

Risk assessment also supports continuous improvement by giving organizations a clearer picture of where their security posture stands and what must change before assessment.

System And Communications Protection

System and communications protection focuses on defending data as it moves through networks, systems, cloud services, and remote connections. These controls help prevent interception, unauthorized transfer, and exposure between trusted and untrusted environments.

Important practices include secure communication channels, encryption for sensitive transmissions, network segmentation, boundary protection, and controls that limit data movement. Contractors handling CUI should understand where the information travels and which systems support that movement.

Sensitive defense information is only as protected as the weakest environment it touches. As it moves between users, applications, vendors, and customers, every connection becomes a potential exposure point.

Media Protection Controls

Media protection controls apply to physical and digital storage that may contain sensitive information. 

Some common examples include:

• Removable drives
• Laptops
• Printed documents
• Backup media
• Mobile devices
• Retired equipment

Organizations should define how media is marked, stored, transported, encrypted, sanitized, and destroyed. Any removable media should be restricted or controlled carefully, especially in environments where CUI is processed or stored.

Data leakage can happen through a lost device, discarded hard drive, unmanaged backup, or printed material left in the wrong place. Media protection closes gaps that network security alone can’t address.

Security Awareness And Training

Security awareness and training show employees how their daily actions help protect sensitive information. People who handle CUI need clear guidance on phishing, password hygiene, incident reporting, data handling, acceptable use, and secure remote work.

Training should be practical, repeated regularly, and documented. Role-based training can help administrators, managers, developers, and users alike understand the risks tied to their responsibilities.

Human error remains one of the most common security challenges, but having a well-trained workforce helps turn policies into everyday habits that support CMMC readiness.

Continuous Monitoring Practices

After initial readiness work is complete, Continuous Monitoring helps confirm that security controls remain active, accurate, and working as intended.

CMMC certification is not a one-time documentation project. Ongoing practices should include log review, vulnerability management, access reviews, configuration checks, remediation tracking, and control testing. When systems or processes change, documentation should be updated so teams continue working from accurate guidance.

Continuous Monitoring helps organizations maintain readiness between assessments and respond faster when risks appear.

Build CMMC Readiness Into Daily Operations

CMMC compliance controls give contractors a practical framework for protecting sensitive Government information, reducing risk, and preparing for certification. 

Access control, incident response, logging, configuration management, identity, risk assessment, communications protection, media handling, training, and monitoring all work together to support a stronger security posture.

At Vaultes, we help Defense Industrial Base contractors move from uncertainty to structured CMMC readiness. Our senior cybersecurity specialists assess gaps, guide remediation. Align environments with CMMC requirements, and support long-term compliance programs built for real Government contracting demands. 

Request a consultation from our team to understand where your organization stands and what it will take to move forward with confidence.

FedRAMP compliance challenges can slow cloud service providers and federal partners when the work starts without a clear strategy. The FedRAMP authorization process asks organizations to prove security maturity through controls, documentation, testing, coordination, and ongoing oversight. 

For organizations entering the federal cloud market, FedRAMP works best when it is built into security processes, evidence collection, and ongoing governance.

In This Article: Where FedRAMP compliance challenges commonly delay authorization, how organizations can address documentation requirements, security controls, and continuous monitoring obligations earlier in the process, and how FedRAMP consulting and structured readiness planning support stronger federal cloud compliance outcomes.

Knowing The Complexity Of FedRAMP Requirements

FedRAMP is designed to create a standardized path for assessing and authorizing cloud products used by federal agencies. While the framework is helpful, organizations new to the process can feel overwhelmed by the sheer volume of details and the expectations around evidence.

Requirements vary based on the system’s impact level, data sensitivity, authorization path, and customer expectations. A Low-impact Software as a Service offering won’t carry the same security and documentation load as a Moderate or High-impact environment.

Confusion starts with scoping. Teams may move too quickly into documentation before fully defining the system boundary, customer responsibilities, data flows, or authorization strategy. 

Early clarity helps reduce confusion by giving technical staff, compliance leads, and executives one coordinated plan to work from.

Managing Extensive Documentation Requirements

FedRAMP documentation requirements are one of the most common sources of delay. The process requires detailed policies, procedures, diagrams, security plans, assessment materials, and remediation tracking. Each document needs to reflect how the environment actually operates.

The System Security Plan, policies, procedures, Plan of Action and Milestones, and assessment artifacts must align with federal cloud compliance expectations. Weak or inconsistent documentation can raise reviewer concerns, even when the underlying security program is strong.

A structured documentation process helps reduce errors and rework. Teams should assign owners, maintain version control, keep evidence up to date, and review materials before formal submission. Documentation should prove control implementation in plain, defensible language.

Meeting Security Control Implementation Requirements

Security controls that FedRAMP reviewers evaluate must be implemented, validated, and supported by evidence. 

These controls are based on federal security expectations, including the National Institute of Standards and Technology Special Publication 800-53 control catalog, and address areas such as access management, vulnerability management, incident response, configuration management, audit logging, and contingency planning.

Challenges appear when controls appear to exist on paper but aren’t fully operating in the environment. Potential gaps can include incomplete logging, unclear change control, delayed vulnerability remediation, missing procedures, or evidence that doesn’t match the control narrative.

A FedRAMP readiness assessment helps identify gaps before the formal assessment even begins. Early validation gives organizations time to fix issues, strengthen evidence, and avoid surprises during review.

Moving Through The Lengthy Authorization Process

The FedRAMP authorization process can take several months or longer, especially when submissions are incomplete or when teams lack coordination. 

The GSA has acknowledged that prior approval paths could take months or even years for some providers. GAO also reported that selected agencies and cloud service providers identified six major authorization challenges, including sponsorship, assessment consistency, and costs.

Delays often come from unclear ownership, incomplete packages, slow comment resolution, and unresolved findings. Strong planning helps teams keep work moving without losing control of quality.

A practical roadmap should include milestones, assigned owners, recurring check-ins, risk tracking, and a clear process for responding to reviewer feedback. The goal isn’t speed at any cost. The goal is disciplined movement with fewer preventable setbacks.

Maintaining Continuous Monitoring Obligations

Authorization is not the finish line. Continuous monitoring FedRAMP obligations require providers to keep reporting, scanning, assessing changes, responding to incidents, and managing risk after authorization.

Continuous Monitoring, often called ConMon, keeps agencies informed about the ongoing security posture of the cloud service. It can include vulnerability reporting, incident response updates, change control reviews, annual assessments, and Plan of Action and Milestones management.

Organizations that wait until after authorization to build ConMon workflows create unnecessary pressure. Mature teams define reporting duties, remediation timelines, internal review cycles, and escalation paths before authorization is granted.

Managing Resource And Cost Constraints

FedRAMP requires skilled personnel, time, technology, documentation support, assessment preparation, and ongoing program management. Smaller providers or teams with limited compliance staff may struggle to balance FedRAMP work with daily operations.

Costs increase when teams repeat documentation work, fix avoidable assessment findings, or enter formal review before they’re ready. Resource strain can affect both the authorization timeline and the quality of evidence.

Prioritization matters. Teams should focus first on high-risk control gaps, system boundary clarity, documentation quality, and evidence maturity. Experienced FedRAMP consulting support can also help teams avoid wasted effort and focus resources where they matter most.

Defining Shared Responsibility Models

FedRAMP responsibilities are often split between the cloud service provider, agency customer, assessor, and internal teamleads. Misalignment creates coverage gaps when one party assumes another owns a control or evidence requirement.

Shared responsibility should be documented early, meaning that each control should have a clear owner, evidence source, review path, and risk decision process. Customer-responsible controls need particular attention because they can affect agency adoption and ongoing compliance.

A responsibility matrix provides teams with a practical reference point and should be updated as the architecture, customer use cases, and authorization requirements change.

Building A Strategic Compliance Approach

A strategic FedRAMP approach starts with readiness, not paperwork. Gap assessments help determine where the organization stands, what needs remediation, and which activities should happen first.

A step-by-step plan gives teams a manageable path through scoping, documentation, control implementation, assessment preparation, remediation, authorization, and continuous monitoring. With it, leadership can also see what the broader process will require.

Expert guidance can streamline the process by connecting technical reality with federal expectations. The right partner helps translate requirements into workable actions, clear evidence, and defensible security practices.

Who Needs To Address FedRAMP Challenges

Cloud service providers seeking Government contracts need to address FedRAMP challenges before entering federal sales cycles. Federal agencies and customers want cloud services that can satisfy clear authorization requirements and demonstrate reliable security practices.

Organizations handling federal data also need to understand how their cloud environments support compliance. Businesses entering regulated cloud markets should prepare early, especially when federal customers, contractors, or mission partners are part of the growth strategy.

FedRAMP is especially relevant for providers that want to build trust with federal buyers and prove they can operate securely in regulated environments.

How A Structured Approach Improves Success

FedRAMP compliance challenges are more manageable when organizations follow a clear structure, collect evidence consistently, and rely on experienced guidance throughout the process.

At Vaultes, we bring disciplined, senior-level expertise to FedRAMP advisory, assessments, readiness planning, remediation, and continuous monitoring. As a Veteran-owned cybersecurity and digital transformation firm with FedRAMP C3PAO experience, we help organizations approach federal cloud compliance with clarity, technical depth, and accountability.

If your organization is preparing for the FedRAMP authorization process or needs FedRAMP consulting support, request a consultation with our team. We’ll help you assess readiness, close gaps, and move forward with a stronger path to secure Government cloud operations.

According to data from Lloyds Insurance Marketplace, cyber attacks cost businesses $400 billion every year, and other statistics regularly demonstrate that such attacks are increasing in frequency and sophistication(1).

To address these risks, an Executive Order was signed to hold agencies accountable for managing cybersecurity risks, which reinforced the Federal Information Security Modernization Act (FISMA) of 2014. The risks would be managed by implementing cybersecurity frameworks including the National Institute of Standards and Technology (NIST) SP 800-171, Protecting Controlled Unclassified Information in Nonfederal Systems and Organizations, and SP 800-53, Security and Privacy Controls for Information Systems and Organizations.

These Special Publications contain guidelines and standards that relate to the securing of CUI, or Controlled Unclassified Information. This is information that is unclassified but is not considered suitable for public viewing. It may contain personal information and other sensitive data.

The main difference between the two is that NIST 800-171 relates to non-federal systems and organizations, while NIST 800-53 is for federal organizations.

NIST 800-171

NIST 800-171 is a special publication outlining the specific requirements all non-federal computer systems must adhere to in order to safeguard CUI that is processed, transmitted or stored through their system.

NIST 800-171 Compliance Requirements

Companies carrying out contract work for the federal government must meet the requirements set out in NIST SP 800-171 in order to demonstrate their ability to protect the circulation of CUI. It is based on the Federal Information Security Management Act and has been in effect since the end of 2017.

Administrative Regulations

Complying with NIST 800-171 requirements requires following administrative regulations describing the steps that must be followed to avoid incidents, such as proactively reporting vulnerabilities, regularly reviewing workflow procedures, and maintaining hardware.

Technical Regulations

Another aspect of complying with NIST 800-171 is following technical steps for protecting the digital data that a company is storing or transferring across the Internet, including cybersecurity measures and limiting access.

NIST 800-171 Control Families

The security controls for NIST SP 800-171 are organized into 14 families for ease of use. Each family contains requirements pertaining to its general security topic. A brief overview of these families is outlined below.

Access Control

This limits system access to only authorized users and the processes and devices acting on their behalf. Therefore, organizations must ensure that only the personnel, system processes and accounts that genuinely need access to sensitive information within a system or network are granted access to it.

Awareness and Training

The Awareness and Training control family provides guidance on appropriate security training for the users, managers, and system administrators of an organization. This includes regular cyber security awareness training as well as proper administrative skills.

Audit and Accountability

This category focuses on ensuring that the contractor is fully aware of what CUI is being maintained, where it is being stored, and where and by whom it is handled. It requires contractors to create and retain records and audit logs to facilitate the monitoring and investigation of unauthorized system activity.

Configuration Management

This family of controls requires every component of an IT system to have a configuration dictating the way in which it operates. These configurations should be standardized so that systems and software perform in measurable ways. Hardware, firmware, software and documentation all fall under its purview.

Identification and Authentication

This section outlines the identification and authentication measures that must be used to ensure that only confirmed and approved users are able to access CUI. The controls must be strong enough to resist spoofing and other forms of unauthorized remote access.

Incident Response

Even the most robust security measures cannot prevent every compromise and breach, so this family requires organizations to establish and practice an incident response plan that will allow them to detect, analyze, contain, recover and resume operations should an incident occur.

Maintenance

This category stipulates that the software, hardware and firmware components of IT systems must be kept up-to-date to address vulnerabilities, ensure smooth operations, and patch any holes that are found. It is crucial for companies to have a detailed plan that outlines the maintenance procedures and personnel responsible.

Media Protection

The Media Protection family contains policies dictating the ways in which physical media is handled, transported and stored, in addition, how it is labeled and protected from unauthorized access. It applies to digital and non-digital media, including flash drives, external hard drives, paper and microfilm.

Personnel Security

This entails ensuring that contractors, vendors and employees are properly vetted, approved and authorized before they are granted access to systems and data.

Physical Protection

The Physical Protection family limits physical access to organizational systems and equipment, along with their operating environments, to authorized parties to protect them from theft or damage. This applies to laptops, printers, mobile devices, portable workstations and other physical equipment.

Risk Assessment

This section describes the requirements for evaluating risks to information, systems and personnel on a periodic basis and reviewing control measures to ensure they remain adequate.

Security Assessment

According to this section, the security control measures in organizational systems must be monitored and periodically assessed to verify that they continue to meet the objectives and are refined as needed.

System and Communications Protection

This family contains further measures aimed at monitoring, controlling, and protecting communications from unauthorized exposure at the key internal and external boundaries of organizational systems.

System And Information Integrity

The System and Information Integrity family outlines the requirements for ensuring that systems and their information and data are trustworthy and have not been altered accidentally or maliciously.

As these families illustrate, achieving and maintaining compliance extends beyond IT and involves careful consideration and control of the entire organization.

Implementing NIST SP 801-171 Security Requirements

The NIST recommends the following approach to implement these requirements.

1. Examine all of the policy and process requirements to determine how IT needs to be configured in order to meet them. This includes assessing whether any hardware or software needs to be acquired in order to be compliant.
2. Determine which of the requirements you can accomplish easily with your in-house IT team and which ones will require outside assistance or further research.
3. Develop an action plan, breaking down the steps into milestones to measure achievements and begin implementing the requirements.

NIST 800-53

Federal institutions and their information systems must adhere to the guidelines outlined in the NIST 800-53 publication. This resource is also used for developing and implementing information technology security protocols in government organizations.

Strict compliance is essential as private corporations working with the government are often directly connected to federal networks, servers and IT systems.

NIST 800-53 Compliance Requirements

NIST 800-53 divides security systems into three main control baseline levels: low, moderate and high. It also outlines 18 control families that help federal agencies to determine the organizational impact and potential risks posed to their systems. It lists security and privacy controls that are aimed at protecting the confidentiality, availability and integrity of a system and its information and managing information security risks.

NIST 800-53 Control Families

Outlined below is a brief look at each of the control families that must be addressed to achieve compliance with NIST 800-53.

Access Control (AC)

The AC control family contains security requirements for system logging, including which users are granted access to which assets. It also addresses the use of system privileges, account management and remote access logging to determine when specific users can access the system as well as their level of access.

Audit and Accountability (AU)

The AU control family focuses on event logging and auditing. This includes the process for monitoring and reviewing the logs, analyzing and reporting, as well as audit retention. Strong practices in this area help companies to monitor for and track potential security breaches.

Awareness and Training (AT)

The control sets found under the AT control family relate to security training and role-based training, along with documentation of training reactivities.

Configuration Management (CM)

These controls will be specific to the organization’s policies regarding configuration management. They include a baseline configuration to serve as the foundation for future builds as well as information system components, inventories and security impact analysis controls.

Contingency Planning (CP)

Controls that are specific to an organization’s contingency plan for system failures or breaches are found in the CP control family. This includes updating, backups, system reconstitution, training and contingency plan testing.

Identification and Authentication (IA)

The IA controls relate to the policies regarding identifying and authenticating organizational and non-organizational users as well as system management.

Incident Response (IR)

These controls pertain to the organization’s policies and procedures for responding to incidents, along with related reporting, monitoring, testing, response plans and training.

Maintenance (MA)

The MA controls focus on maintaining the organization’s systems and tools. It also outlines controls for maintenance personnel authorization.

Media Protection (MP)

Controls that are specific to the storage, transport, marking, safe destruction, and access of media fall under the Media Protection control family.

Personnel Security (PS)

Personnel security controls pertain to the way in which an organization protects personnel via screening, termination, sanctions, access agreements, transfers and position risk.

Physical and Environmental Protection (PE)

This control family aims to protect buildings, systems and other supporting infrastructure against physical threats. The controls apply to visitor records, emergency shutoff, physical access authorizations, monitoring, lighting, and protection from fire and water damage.

Planning (PL)

The PL controls are specific to the organization’s privacy and system security plans (SSPs). They address factors such as roles and responsibilities, scope, purpose, coordination among entities, management commitment and overall organizational compliance.

Program Management (PM)

The PM control family relates to the management of the organization’s cybersecurity program as well as the way in which it operates. This can include the information security program plan, risk management strategy, critical infrastructure plan, enterprise architecture, and plan of action processes and milestones.

Risk Assessment (RA)

This control family encompasses the organization’s risk assessment policies and vulnerability scanning. It also describes events that could precipitate an update to risk assessment policy and procedures, such as security breaches, regulation changes, and audit findings.

Security Assessment and Authorization (CA)

The CA family contains controls designed to supplement security assessments, continuous monitoring, system interconnections, authorizations, and plans of action and milestones.

System and Communications Protection (SC)

SC controls outline procedures for protecting systems and communications, such as boundary protection, collaborative computing devices, denial of service protection, and cryptographic protection.

System and Information Integrity (SI)

This family contains controls for protecting the integrity of the system and its information, such as malicious code protection, security alerts, spam protection, flaw remediation, information system monitoring, and firmware and software integrity.

System and Services Acquisition (SA)

The SA family consists of controls that protect the organization’s system development lifecycle and allocated resources. This includes development and configuration management controls, developer security testing and evaluation controls, and information system documentation controls.

Reach Out To Vaultes Enterprise Solutions

For professional guidance navigating the complex requirements of NIST 800-171 and NIST 800-53 and preparing for audits, get in touch with the experienced team at Vaultes Enterprise Solutions. Our cybersecurity experts will analyze your current practices, identify potential threats and devise a plan to help your organization mitigate potential risks. We also provide ongoing support to ensure you remain in compliance after the initial audit.

A compliance audit provides comprehensive reviews of an organization’s ability to meet regulatory guidelines, such as government laws and industry standards. The audit results in a report that thoroughly examines a company’s strengths and weaknesses regarding security policies, user access controls, risk management, and more. These reports also outline recommendations and courses of action to rectify any gaps found. Businesses should invest in compliance audits on a regular basis to ensure that they appropriately meet all applicable laws. Failure to do so could result in expensive lawsuits and fines.

Types of Compliance Audits

There are several types of compliance audits available, and the type you choose will depend on the type of data your company handles, whether it is a public or private organization, and your specific compliance concerns. The following are popular audits your company may choose to complete.

CMMC

A CMMC audit will help you maintain compliance with new CMMC program rules established in 2020. The program is meant to reduce the amount of defense-based cyber threats, making this audit important if your company is involved in the defense industry and government contracting. Showing clients that you’ve completed this type of audit can increase their confidence in your ability to properly identify and handle threats related to their own information.

FedRAMP

As cloud computing becomes the standard for many organizations, FedRAMP compliance audits will become more important than ever. A FedRAMP audit will evaluate the security risks involved with your cloud computing operations, modify your systems to enhance their ability to protect against these threats, and ensure that your cloud-based data is protected.

FISMA/NIST 800-53

Protecting your clients’ sensitive information from data breaches not only boosts trust in your organization, it can also protect it from expensive recovery processes and potential lawsuits. FISMA and NIST 800-53 audits help you establish and implement a protection plan, with some audit companies providing post-audit support until all potential risks are eliminated to help you provide the best service possible to your clients.

NIST 800-71

Similar to the NIST 800-53 code, NIST 800-71 deals with the protection of sensitive information — in this case, the distribution of unclassified government information. An audit can help you ensure that your team is properly receiving and sending this information and that it is equipped to effectively detect and handle data breaches should one occur. This planning helps you immediately react to breaches and conduct damage control that prevents the information from reaching too far outside its proper channels.

Benefits of Performing a Compliance Audit

Performing a compliance audit does more than ensure your practices are aligned with laws and regulations. It also protects your company from expensive lawsuits and fines that may result from a failure to comply, which could in turn impact your ability to take on new employees or projects. Making a compliance audit part of your annual strategy helps you make sure you never miss an important program update and leave your company vulnerable to costly mistakes.

A compliance audit can also ensure that you’re able to conduct business. Compliance may be required before certain clients can do business with you. Operating without an audit may therefore leave you open to cancelled contracts or make you a less competitive option when clients are selecting providers. Keeping your programs up to date can help you attract the widest client base possible and continue growing your business no matter how regulations change.

Finally, compliance shows that your company employs best practices and can be trusted to handle sensitive information. Compliance audits are designed to strengthen your cybersecurity technology, and implementing new strategies based on the audit’s recommendations shows clients that you take the protection of their data seriously. This provides you with a competitive advantage and demonstrates a commitment to ethical, compliant business practices.

Speak to a Cybersecurity Solutions Firm

Conducting a compliance audit on your own can take up valuable time and resources that may need to be put toward other priorities. Vaultes performs security audits that help organizations maintain compliance with a variety of laws and government programs, allowing you to manage other tasks with the confidence that your systems will be properly evaluated. Vaultes will also help you develop a comprehensive action plan to address any gaps in your security compliance so that you can update your systems as quickly and effectively as possible.

Speak with Vaultes today for more information about compliance audits and how the firm can assist you with a variety of cybersecurity solutions, including IT risk assessments, staff augmentation, and cybersecurity operations.