CMMC 2.0 Level 1 compliance is a requirement for defense contractors that want to win and keep DoD work. IoT Secure helps organizations reach CMMC 2.0 Level 1 readiness faster by delivering complete device visibility, continuous monitoring, and an audit ready CMMC Compliance Report with the evidence needed for self assessment and follow up requests.

What is CMMC 2.0 and Why Does It Matter?

The Cybersecurity Maturity Model Certification (CMMC) is the U.S. Department of Defense’s cybersecurity compliance program for contractors. If you want to do business with the DoD, you must meet CMMC requirements. In fact, as of November 2025, DoD contract officers will start including CMMC clauses in contracts, making cybersecurity a formal part of doing business with DoD. CMMC was created to protect sensitive information in the Defense Industrial Base by ensuring contractors implement baseline security practices.

CMMC 2.0 (the current version) simplified the model to 3 levels (down from 5) to streamline compliance. Each level corresponds to a set of cybersecurity practices and maturity processes. Level 1 is “Foundational” and focuses on basic cyber hygiene to safeguard Federal Contract Information (FCI) (i.e. non public information provided or generated under government contracts). Higher levels (Level 2 for Controlled Unclassified Information (CUI) and Level 3 for the most critical data) build on these foundations with more advanced requirements.

Why CMMC? Because cybersecurity is now a contract requirement, not just good practice. The DoD introduced CMMC to ensure every contractor, from large primes to small suppliers, is doing their part to protect national security by protecting data. In the past, contractors simply attested to following security requirements. Now they will need to prove compliance and provide evidence in order to win and maintain DoD contracts.

“The CMMC Program requires pre-award assessment of covered contractor information systems against prescribed cybersecurity standards for safeguarding CUI or FCI.”
– Dr. William LaPlante, Under Secretary of Defense for Acquisition and Sustainment

CMMC Levels at a Glance

CMMC 2.0 defines three levels of security maturity an organization can be certified to:

• Level 1: Foundational – Basic safeguarding of FCI with 15 practice requirements derived from 48 CFR 52.204 21 (FAR Clause for Basic Safeguarding). Annual self assessment with affirmation by a senior executive is required for Level 1 compliance.
• Level 2: Advanced – Protection of CUI with 110 security practices aligning to NIST SP 800 171 Rev. 2. Requires triennial third party certification by a CMMC accredited assessor (for most contracts) after initial self assessment submission (for example, guidance discussed by asimily.com). Level 2 is roughly equivalent to having all NIST 800 171 controls in place (e.g. access control, incident response, risk management, etc.).
• Level 3: Expert – Highest level (details pending finalization) targeting a subset of NIST SP 800 172 enhanced controls for the most sensitive information and missions. Likely requires government led assessments (e.g. DIBCAC) and robust, adaptive security capabilities to counter advanced threats.

Most defense contractors will fall under Level 1 or Level 2. Level 1 applies to any contract involving FCI (almost all DoD contracts), while Level 2 is required if you handle CUI (e.g. technical data, export controlled info). Even companies that don’t work with CUI must achieve at least Level 1 to be eligible for contracts. The bottom line: if you want DoD business, you need CMMC.

What Does CMMC Level 1 Require?

CMMC Level 1 (Foundational) comprises the basic cyber hygiene practices that all contractors must implement to protect FCI. These practices correspond directly to the 15 safeguarding requirements in FAR 52.204 21. In practical terms, Level 1 requires an organization to:

• Control Access to Systems and Data – Limit system access to authorized users, devices, and processes, and only give those users the permissions they need (least privilege). For example, every user should have a unique login, and unauthorized devices should be prevented from connecting to the network.
• Manage Identification and Authentication – Identify system users and devices and verify (authenticate) their identities before granting access. This means having account management and password policies, and possibly device authentication like 802.1X or certificates for devices.
• Protect Physical Access – Physically limit access to computers, servers, and network gear to authorized people. Visitors should be escorted and monitored, and you need to keep logs of physical access and control keys or badges.
• Secure Networks and Data in Transit – Monitor and protect communications at your network boundaries (e.g. use firewalls to control traffic, an IDS or IPS to alert on threats). If you have systems that are publicly accessible (e.g. a public facing website), they should be isolated from internal networks (e.g. in a DMZ).
• Maintain Systems and Anti Malware – Identify and remediate vulnerabilities in your systems promptly (apply security patches). Deploy and update antivirus or malicious code protection on appropriate systems, and perform regular scans (anti virus scans on files, and periodic scans of the network or systems for any threats).
• Manage Media – Sanitize or destroy media (hard drives, USBs, paper) containing FCI before disposal or reuse. Essentially, ensure data is wiped or shredded so it doesn’t fall into the wrong hands.

Documentation and processes also play a role. While Level 1 does not require formal policies or maturity processes (those come into play at higher levels), in practice you should document how you implement each of the above (e.g. an access control policy, an antivirus procedure) because an assessor may ask, and it’s simply good hygiene.

The evidence expected for Level 1 is straightforward: an assessor (or your self assessment) will look for tangible proof that each practice is in place. This could include system configuration screenshots, lists of users and devices, network diagrams, security tool logs, physical access logs, antivirus reports, etc., corresponding to each requirement.

You will self attest annually that you meet all 15 practices (and provide that score into SPRS as required), and the DoD reserves the right to spot audit or require proof during contracting.

In summary, Level 1 is about implementing basic safeguards for ALL your systems that handle FCI. It’s the “must have minimum” to do DoD work. However, even “basic” controls can be challenging to achieve and maintain manually, especially for small businesses without dedicated security teams. That’s where IoT Secure comes in.

Challenges of CMMC Level 1 Compliance

Many organizations find that meeting CMMC Level 1 still involves a lot of effort: you need to inventory your systems, lock down accounts and ports, keep everything patched, deploy and update antivirus, monitor your network, and more, and be able to prove you’re doing it. Common challenges include:

• Incomplete Asset Visibility: You can’t secure what you don’t know about. Many contractors struggle to inventory all devices (including IoT, BYOD, and shadow IT devices) on their network. Unknown or unmanaged devices pose a risk to “authorized access” controls and could be entry points for attackers.
• Manual Monitoring Gaps: Level 1 doesn’t explicitly mandate 24/7 monitoring, but practically, you need to keep an eye on your network for unusual devices or communications (to meet requirements like controlling external connections and maintaining security). Small teams may not have a SOC watching network traffic continuously.
• Proof of Compliance: During an assessment, you’ll need evidence, e.g. logs showing you applied patches, records of antivirus scans, lists of accounts, etc. Compiling this manually (often from disparate systems) is time consuming and prone to error. Many businesses end up in “spreadsheet hell” tracking controls and digging through log files when an audit looms.
• Resource Constraints: Unlike large defense primes, small and mid sized contractors often lack dedicated cybersecurity staff. Implementing technical controls (like configuring firewall rules, setting up network segmentation, deploying anti malware on all endpoints) and keeping up with them can overwhelm IT teams that wear multiple hats.

IoT Secure directly addresses these pain points by providing an automated platform to discover assets, continuously monitor network activity, and collect the evidence needed for compliance, all with minimal human effort.

How IoT Secure Accelerates CMMC Level 1 Compliance

IoT Secure is a cybersecurity solution designed for complete visibility and continuous monitoring of your environment, with a special focus on IoT and unmanaged devices. By deploying IoT Secure, organizations pursuing CMMC compliance can dramatically reduce the time, cost, and risk associated with Level 1. Here’s how:

Automated Asset Discovery and Inventory

IoT Secure continuously discovers and identifies every device on your network, from servers and PCs to IoT devices, cameras, printers, and unknown endpoints. You get a real time asset inventory with rich device profiling. This directly supports your access control requirements by pinpointing any device that isn’t supposed to be there. Instead of manual network sweeps and spreadsheets, you’ll always know what systems are in scope for CMMC and whether they are managed.

Monitoring of Unauthorized Devices and Connections

With IoT Secure’s network monitoring, any unauthorized device or new connection is immediately detected. For example, if someone plugs an unauthorized laptop or IoT gadget into your network, IoT Secure will flag it in real time. This helps enforce “authorized access only” (Practice AC.1.001) by acting as an ever vigilant guard on your network. IoT Secure can even integrate with your network access control (NAC) or firewall to quarantine rogue devices automatically (enforcement through integration), so you maintain a closed door policy on intruders.

Network Boundary Protection and Traffic Monitoring

IoT Secure’s appliance monitors network traffic at key points, giving you visibility into external connections and internal network segments. It will alert on suspicious communications, such as a device suddenly contacting an external server it never has before, helping you verify and control external connections (Practice AC.1.003) and protect network boundaries (SC.1.175). Even if you don’t have a complex firewall setup, IoT Secure’s monitoring provides a compensating control by quickly identifying any unusual or unauthorized traffic. This fulfills a key aspect of “monitoring and controlling communications at boundaries” in a practical way.

Vulnerability Detection and Patch Evidence

IoT Secure’s asset intelligence includes identifying known software or hardware vulnerabilities and outdated firmware on your devices. You’ll get security findings for devices that need patches or have known flaws (supporting SI.1.210 – flaw remediation). For instance, if a Windows workstation is missing critical updates, or an IoT camera has a known firmware bug, IoT Secure surfaces that. This not only helps you remediate flaws in a timely manner, it also provides historical evidence that you knew about the issue and addressed it – demonstrating compliance with the requirement to identify and correct system flaws. The platform keeps a timeline, so you can show an assessor “we found this vulnerability on June 1 and patched it by June 3,” for example.

Malware and Threat Monitoring

While IoT Secure isn’t a traditional antivirus, it contributes to malicious code protection by monitoring network indicators of malware. IoT Secure ingests logs and network telemetry (e.g. DNS requests, device behaviors) and can raise alerts on suspicious patterns (like a device reaching out to a known malware Command and Control server). This augments your anti malware efforts (SI.1.211–SI.1.214) by covering devices that might not run antivirus (e.g. IoT devices or printers) and by serving as a second line of defense to catch anything antivirus might miss. All such alerts are recorded with timestamps and full details, giving you an evidence trail of malware protection measures in action.

Comprehensive Logging and Evidence Collection

IoT Secure acts as an evidence vault for your security controls. It can serve as a syslog collector for various sources (e.g. DNS logs, DHCP logs, firewall logs), and it maintains historical records of device connections, alerts, and remedial actions. When it’s time to demonstrate CMMC compliance, IoT Secure allows you to pull detailed reports, such as an inventory of all systems (with insight into which have FCI), lists of all security alerts over the past year, or logs of every time an unknown device tried (and failed) to connect.

This dramatically cuts down audit preparation time. Instead of scrambling to gather artifacts from multiple tools and months of manual records, you can generate credible, auditor friendly evidence with a few clicks.

In short, IoT Secure serves as a force multiplier for your compliance efforts. It continuously enforces many Level 1 practices (or makes them significantly easier to manage) and keeps a diary of your security state over time. Small IT teams can thus achieve “basic cyber hygiene” without hiring an army of consultants or reinventing the wheel. IoT Secure doesn’t replace good policies or physical security, but it automates the technical controls and evidence needed for CMMC Level 1.

Mapping IoT Secure to CMMC Level 1 Compliance Practices

Below is a summary of how IoT Secure supports each of the Level 1 requirements, and where additional measures are needed:

CMMC Level 1 Practice (FAR 52.204 21 ref.)	IoT Secure Support	Additional Requirements (Outside IoT Secure)
AC.L1 3.1.1 – Limit system access to authorized users and devices (FAR (b)(1)(i)) acquisition.gov	Fully supported (Automated): IoT Secure discovers all devices and flags unauthorized devices in real time. Integration with network controls allows blocking or quarantine of unknown devices. Provides evidence of access enforcement via inventory and alert logs.	You still need to define who is authorized (access control policy) and configure network access controls (e.g. NAC, firewall rules). IoT Secure provides visibility and enforcement hooks, but administrative setup (user accounts, NAC configuration) is handled by your IT or security team.
AC.L1 3.1.2 – Limit users to authorized transactions and functions (FAR (b)(1)(ii)) acquisition.gov	Partial support (Monitoring): IoT Secure can observe network behavior to help identify if users or devices are doing disallowed actions (e.g. a device communicating with an unauthorized service). However, primary enforcement of user permissions (least privilege) is done via your systems (OS permissions, application roles).	Proper user account management and role based access controls must be implemented in your systems and applications. IoT Secure does not manage user permissions, but it can provide evidence (logs) if a user attempted an unauthorized action detectable via the network.
AC.L1 3.1.20 – Verify and limit external connections (FAR (b)(1)(iii))	Partial support (Monitoring and Alerts): IoT Secure monitors all connections to external systems. It identifies unusual or unauthorized external communication (for example, a device connecting to an unapproved cloud service or external IP). IoT Secure’s logs show every external connection from each device, supporting evidence of control.	Network egress controls (firewall rules, web filtering) should be in place to actually block disallowed external connections. IoT Secure provides the visibility and can alert on policy violations, but it doesn’t inherently block traffic (unless integrated with enforcement tools).
AC.L1 3.1.22 – Control public information (FAR (b)(1)(iv))	Indirect support: IoT Secure can alert if sensitive systems attempt to transmit data to public servers or if unknown public facing services appear on your network. This can help catch mistakes (like someone accidentally exposing data on a public site). However, controlling what information gets posted publicly is largely a procedural and administrative task (e.g. policies for website postings, user training).	You need policies and training to ensure employees don’t post FCI to public forums or sites. Any systems that host public info (e.g. company web portals) should be reviewed manually for compliance. IoT Secure cannot prevent a user from uploading a document to a public website, but it might detect large unusual data transfers.
IA.L1 3.5.1 – Identify system users, processes acting on behalf of users, and devices (FAR (b)(1)(v)) acquisition.gov	Supported for devices: IoT Secure excels at identifying devices on the network (device discovery, fingerprinting). It provides a continuously updated inventory of all devices and can associate devices with IP or MAC and even user if logs allow. This satisfies the device aspect of identification. For user identification, IoT Secure can ingest logs (e.g. DHCP, AD login events) to correlate which user is using which device, but it is not an identity provider.	Ensure each person has a unique user ID and you maintain an account directory (e.g. Active Directory). IoT Secure doesn’t create or manage user accounts. For full compliance, maintain user rosters and system account lists as evidence of identification. IoT Secure’s device inventory complements this by ensuring you’re also tracking all hardware assets by identity.
IA.L1 3.5.2 – Authenticate (or verify) identities of users, processes, or devices (FAR (b)(1)(vi)) acquisition.gov	Partial and Indirect: IoT Secure can verify device identities on the network (through device fingerprinting and possibly detecting if a device presents credentials to network services). It can also highlight devices that may not be using proper authentication (e.g. open ports that allow unauthenticated access). However, IoT Secure is not an authentication system.	Implement authentication mechanisms: password controls, MFA for remote access, certificates for devices, etc. IoT Secure can supply evidence if a device or service is bypassing authentication (e.g. an open Telnet service on a device with no login). It can integrate with directory logs to monitor login activity, but it’s not an MFA or password management tool.
MP.L1 3.8.3 – Media sanitization or destruction (FAR (b)(1)(vii))	Not supported (Procedural): IoT Secure does not handle physical media. Media sanitization (wiping or destroying disks, USB drives, etc.) is a manual process and policy. IoT Secure cannot enforce or monitor this directly.	You must establish procedures to wipe or destroy media containing FCI before disposal. Keep logs or records of media disposal (e.g. destruction certificates) as evidence for this practice. This is outside IoT Secure’s scope, though IoT Secure’s inventory might help identify devices that have storage media.
PE.L1 3.10.1 – Limit physical access to systems (FAR (b)(1)(viii)) acquisition.gov	Partial (Detection): IoT Secure cannot lock doors or cabinets, but it can detect if an unauthorized device connects to a port, which might indicate an unauthorized physical intrusion. For example, if someone plugs a rogue device into a conference room jack, IoT Secure will see a new unknown device. This serves as a detective control to complement physical security.	Primary measures are physical: door locks, badge access systems, visitor escorts. Ensure you have badge logs or sign in sheets. IoT Secure’s role is secondary: it will raise an alert if a new device appears (which could signal a physical breach) so you have an investigative trail.
PE.L1 3.10.3 – Escort visitors and manage physical access logs and devices (FAR (b)(1)(ix))	Not supported (Procedural): IoT Secure does not manage visitor logs or badge systems. This practice requires policies like escorting visitors, monitoring their activity, keeping a log of visitor entry and exit, and controlling keys or access cards.	You’ll need facility security procedures (visitor sign in books, CCTV, etc.). To show compliance, maintain visitor logs and records of access card issuance. IoT Secure cannot provide evidence for this control, but it’s usually straightforward through your facilities or HR processes.
SC.L1 3.13.1 – Network boundary protection (FAR (b)(1)(x)) acquisition.gov	Supported (Monitoring): IoT Secure provides network monitoring at external and internal boundaries. It watches traffic at key points (e.g. Internet gateway, inter VLAN traffic) and generates alerts for suspicious or unauthorized communications. With integrations, IoT Secure can also feed information to firewalls or NAC to enforce segmentation.	Full compliance assumes you have some boundary protections in place (firewalls, segmentation). IoT Secure enhances those by monitoring and alerting on any gaps. Keep firewall configurations and network diagrams as evidence too. IoT Secure’s logs of network events demonstrate that boundary monitoring is active.
SC.L1 3.13.5 – Separate public facing systems (FAR (b)(1)(xi))	Supported (Visibility): IoT Secure identifies which systems are publicly accessible and can verify they are on separate network segments from internal assets. For example, if you have a web server or a guest Wi Fi, IoT Secure will map its connections and IP space to ensure it’s isolated. If a publicly accessible system is unexpectedly found inside an internal network, IoT Secure will flag that risk.	Network design must implement DMZs or separate VLANs for public systems. IoT Secure can validate your segmentation but not create it. Document network segmentation (subnet lists, firewall rules separating zones). IoT Secure’s topology and asset data serves as evidence that public systems are segregated as required.
SI.L1 3.14.1 – Identify and manage system flaws (FAR (b)(1)(xii)) acquisition.gov	Supported (Continuous scanning): IoT Secure’s continuous asset monitoring includes detecting known vulnerabilities and missing patches on devices. It routinely checks device fingerprints against threat intelligence (e.g. known CVEs for that device OS or version). When IoT Secure finds a flaw, it records it as a security finding. By tracking when devices were last scanned and when issues were resolved, IoT Secure provides evidence that you report and correct information system flaws promptly.	You still need a process to actually apply patches or fixes. IoT Secure tells you what to fix (and when it was found); your IT team must implement the updates. Maintain a patch log or ticketing system records showing remediation actions taken. IoT Secure’s timeline can show when a vulnerability was detected and later cleared, which strongly supports this control.
SI.L1 3.14.2 – Malicious code protection (FAR (b)(1)(xiii)) acquisition.gov	Partial support: IoT Secure doesn’t install agents on endpoints, but it complements anti malware by monitoring network traffic for signs of malware. It might detect a device communicating with a known malware domain or exhibiting scanning behavior indicative of infection. It also can ingest alerts and logs from existing endpoint security systems if configured to forward them.	You should have anti malware software on applicable systems (especially Windows and Linux servers and PCs). Evidence includes AV deployment records and logs of malware scans. IoT Secure’s contributions include network threat alerts and consolidated logs showing malicious activity and responses.
SI.L1 3.14.4 – Update malware protection (FAR (b)(1)(xiv))	Not directly applicable: This requires that you update your anti malware definitions and tools regularly. IoT Secure ensures you know about all devices (so none are forgotten without updates), but it does not manage AV updates itself. It can, however, flag devices that haven’t communicated in a while or appear outdated.	The IT or security team must ensure all antivirus or endpoint protection is up to date (signatures, engines). Maintain records of your AV update policy or console screenshots showing all endpoints are current. IoT Secure’s role is minimal here.
SI.L1 3.14.5 – Security scans (FAR (b)(1)(xv))	Partial (Device scanning): IoT Secure performs continuous network scanning to discover devices and can be scheduled to do deeper vulnerability scans of devices on intervals. That covers the “periodic system scanning” aspect in terms of looking for vulnerabilities or unauthorized devices. However, IoT Secure does not perform file based malware scanning on endpoints.	To comply fully, you should schedule regular anti malware scans on each endpoint (via your AV software) and possibly periodic network vulnerability scans with a tool (if not using IoT Secure for that). Document your scanning schedule (e.g. “AV scans run weekly on all PCs” or “Quarterly Nessus scan of network”).

Note: “Fully supported” means IoT Secure covers the requirement with minimal additional effort. “Partial” means IoT Secure provides significant help (e.g. detection, visibility, or evidence) but the organization will need other tools or processes as well. “Not supported” means the requirement is outside the scope of IoT Secure’s features and must be handled through other means.

As seen above, IoT Secure directly addresses a majority of the Level 1 controls. Especially for technical controls in Access Control, Systems and Communications Protection, and System Integrity, IoT Secure serves as the primary solution to implement or monitor the practice. A few areas (physical security and media protection) remain entirely outside IoT Secure’s scope, those rely on procedural safeguards. IoT Secure also partially covers certain practices like user authentication and anti malware by providing oversight and evidence, though you’ll use additional tools (IAM systems, antivirus software) in tandem.

The key is that with IoT Secure’s platform, you have a one stop system that monitors and records most aspects of Level 1. This drastically reduces the number of manual processes and separate tools you’d otherwise need to stitch together.

Faster, Easier Compliance, With Proof at Your Fingertips

Implementing IoT Secure doesn’t just help you meet CMMC Level 1 requirements, it helps you do so faster and more cost effectively than traditional approaches:

• Speed up Readiness: Our IoT-mini™ can be deployed in your network, starting discovery and monitoring in minutes. Within days, you will have a full picture of your compliance posture (which devices or configurations might be non compliant). This means you can remediate issues quickly before they become audit findings. Achieving Level 1 readiness can often be done in weeks instead of months when IoT Secure is doing the heavy lifting of discovery and audit prep.
• Save on Consulting and Labor: Many firms rely on consultants or internal staff to conduct lengthy assessments, manually collect evidence, and prepare for CMMC audits. IoT Secure automates evidence collection and continuously checks controls, significantly reducing the need for outside consulting hours or diverting your IT team to tedious compliance tasks. Your personnel can focus on fixing the issues IoT Secure identifies, rather than spending time searching for issues or documenting proof. This translates to cost savings and less disruption to your business operations.
• Continuous Assurance (Reduce Risk): CMMC certification is not a one time effort. For Level 1 you must affirm compliance annually, and you’re expected to always be in compliance. IoT Secure provides continuous compliance monitoring. It doesn’t just prepare you for a one day audit. It watches your environment 24/7, alerting you to lapses or new risks in real time. This proactive stance means you maintain a strong security posture year round, reducing the risk of security incidents (which could jeopardize both your certification and your business). With IoT Secure, there’s no “fire drill” before the annual check, you’ll know you’re compliant every single day.
• Audit Ready Reporting: When it’s time to demonstrate compliance (for self assessment or a potential DoD audit), IoT Secure has you covered with ready made, professional reports. Our CMMC Level 1 Readiness Report compiles all the key information an assessor would need to see, mapped directly to each practice. Instead of scrambling to gather artifacts, you can simply generate the report and have high confidence evidence for each requirement. This not only inspires confidence during the audit but also impresses upon stakeholders (executives, partners) that your organization has a mature handle on cybersecurity. For additional background and supporting materials, visit our Resources page.
  

“IoT Secure gave us immediate visibility into every device on our network, including the unmanaged systems we were worried about for CMMC. The reporting made it much easier to assemble evidence for Level 1 and explain our posture with confidence.”
– Trenton Systems, Duluth, Georgia

Know the Boundaries: What IoT Secure Does and Doesn’t Do

Honesty and clarity are crucial when pursuing compliance. IoT Secure is a powerful enabler of CMMC compliance, but it is not a magic wand. We want to be clear about the boundaries so you can plan accordingly:

• IoT Secure is not a C3PAO or certifying body: We provide tools and reporting to help you reach compliance, but we do not issue CMMC certifications. Certification is granted through the official CMMC process (self attestation for Level 1, with possible DoD audits, and third party assessments for higher levels). Think of IoT Secure as your readiness partner, not the final examiner.
• Process and Policy Controls: Some CMMC requirements (especially in Level 1) involve administrative actions, like escorting visitors or media destruction, that no software can automate. IoT Secure doesn’t replace having good policies, training your staff, or instituting physical security measures. It gives you evidence and oversight primarily for technical controls. You will still need to maintain written policies and standard operating procedures for things like access control, incident response, and physical security to satisfy assessors (particularly at Level 2+, where those are explicitly evaluated).
• Complementary Security Tools: IoT Secure focuses on network and device visibility. It doesn’t include endpoint anti virus software, email filtering, or a full Identity Management suite. You’ll use existing solutions for those. The good news is IoT Secure integrates smoothly with many systems (SIEMs, firewalls, NAC, etc.), acting as a central nervous system for your security. We don’t replace your entire stack. We make your stack more effective and fill the visibility gaps between siloed tools.
• No “Guaranteed Pass” Promises: Cybersecurity compliance is a shared responsibility. IoT Secure significantly improves your odds of success by providing accurate data and automation, but your organization must take action on the insights. For example, if IoT Secure reports a critical vulnerability, it’s on your team to patch it. Our goal is to enable your success. We’ll give you the map and the flashlight, but you must walk the path. We avoid overhyping because credibility matters. You can trust that when we say you’re ready, it’s backed by real evidence, not wishful thinking.

Achieve Compliance with Confidence

IoT Secure positions you to pursue DoD contracts with confidence and without the uncertainty that often plagues compliance efforts. By clearly illuminating what needs to be done for CMMC and handling much of the heavy lifting, IoT Secure lets you focus on your core mission, delivering on contracts, rather than being tangled up in cybersecurity homework. We empower organizations of all sizes to get secure, stay secure, and prove they are secure.

Next Steps

If CMMC is showing up in your contracts or coming soon through a prime, now is the right time to get ahead of Level 1. IoT Secure helps you build a defensible path to readiness with real evidence, including our CMMC Level 1 Compliance Report and the supporting artifacts needed for self assessment and follow up requests.

To get started, book a 30 minute CMMC 2.0 Compliance Demo using the scheduling calendar below. We will walk through how IoT Secure delivers complete device visibility, how the compliance report is assembled, and what next steps make sense for your environment.

Prefer to talk first? Call us at +1.770.224.7961 or email sales@iotsecure.io.