For Houston manufacturers and defense subcontractors, cybersecurity has become part of doing business.
Manufacturing companies increasingly rely on connected production systems, cloud applications, Microsoft 365, remote access, engineering workstations, file servers, ERP systems, vendors, and employees working across multiple locations.
For companies that work with the Department of Defense or within the Defense Industrial Base, protecting Federal Contract Information (FCI) and Controlled Unclassified Information (CUI) adds another layer of responsibility.
That’s where CMMC enters the conversation.
But CMMC readiness isn’t something that should be handled by buying a cybersecurity product at the last minute.
It requires an ongoing approach to people, processes, technology, documentation, monitoring, and risk management.
And that raises an important question for manufacturing companies:
What should your managed IT provider actually be doing to help you prepare?
Here are 10 areas Houston manufacturers should be discussing with their MSP.
1. Your MSP Should Know What Systems and Data You Have
You can’t protect what you don’t understand.
A CMMC readiness conversation should begin with visibility.
Your IT provider should be helping you understand:
- What computers and servers exist
- Which devices belong to the company
- Which users have access to systems
- What applications employees use
- Where important business information is stored
- Which systems contain or interact with CUI
- Which cloud services are being used
- Which vendors have access
- What remote-access solutions are in place
- Which systems are critical to manufacturing operations
For manufacturers, this can be especially important because the IT environment often extends beyond the traditional office.
You may have accounting computers sitting alongside engineering workstations, production systems, warehouse devices, wireless networks, cameras, printers, servers, and specialized manufacturing equipment.
The environment needs to be understood as a whole.
2. Your MSP Should Be Managing User Access
One of the most important cybersecurity questions is also one of the simplest:
Who can access what?
Employees don’t necessarily need access to everything.
An employee in accounting may need access to financial applications.
An engineer may need access to engineering files.
A production manager may need access to manufacturing systems.
An outside vendor may need temporary access to a particular application.
Those access requirements should be intentional.
Your MSP should help manage the lifecycle of user accounts, including:
- New employee onboarding
- Employee departures
- Password policies
- Multi-factor authentication
- Administrative privileges
- Access reviews
- Group memberships
- Remote access
- Vendor access
When someone leaves the company, their access shouldn’t remain active indefinitely.
When someone changes departments, their permissions may need to change too.
Good access management helps reduce unnecessary exposure.
3. Multi-Factor Authentication Should Be Part of the Conversation
Passwords alone aren’t enough for modern business environments.
Multi-factor authentication adds another layer of protection by requiring users to verify their identity through an additional method.
For manufacturing companies using Microsoft 365 and cloud applications, MFA can be particularly important because email accounts often provide access to a significant amount of business information.
Your MSP should understand:
- Which accounts have MFA enabled
- Which applications support MFA
- Which accounts have exceptions
- How privileged accounts are protected
- How MFA is managed when employees change devices
- How remote access is secured
And MFA shouldn’t be treated as a one-time checkbox.
It should be part of an ongoing identity-security strategy.
4. Your MSP Should Be Managing Endpoint Security
Every laptop, desktop, and server represents another potential entry point into your environment.
That makes endpoint security especially important.
A managed IT provider should have visibility into the security status of company devices and help manage controls such as:
- Endpoint detection and response
- Antivirus
- Patch management
- Encryption
- Application controls
- Device configuration
- Vulnerability management
- Local administrator privileges
- Security alerts
This becomes even more important when employees work remotely or move between office, plant, warehouse, and job-site environments.
A device doesn’t stop being a security concern simply because it leaves the building.
5. Your MSP Should Be Watching for Threats
Cybersecurity isn’t a 9-to-5 activity.
Threats don’t wait until Monday morning.
A modern managed IT environment should include some form of continuous security monitoring appropriate to the organization’s requirements and risk profile.
That may involve monitoring:
- Endpoint activity
- Authentication events
- Suspicious applications
- Network activity
- Security alerts
- Account behavior
- Malware detections
- Vulnerabilities
- Potential incidents
The goal is to identify suspicious activity as early as possible and establish a process for responding to it.
For manufacturers, this is especially important because a cybersecurity incident isn’t necessarily just an IT problem.
It could become a production problem.
6. Your MSP Should Have a Patch Management Process
Manufacturing companies depend on technology that needs to work.
A server that crashes can affect employees.
A vulnerable workstation can create security risk.
An outdated application can create compatibility problems.
A neglected device can become an easy target.
Your MSP should have a repeatable process for identifying and addressing software updates and security patches.
That includes understanding the difference between:
“The software has an update available.”
and
“The update has been evaluated and deployed appropriately within our environment.”
Manufacturing environments can make patching more complicated because some systems cannot simply be rebooted during production.
That’s why patch management needs to take the business environment into account.
7. Your MSP Should Help Protect Backups
Backups aren’t just about recovering accidentally deleted files.
They can become a critical component of business continuity and ransomware recovery.
Manufacturers should understand:
- What is being backed up
- How frequently backups occur
- How long backups are retained
- Where backups are stored
- Whether backups are protected from unauthorized access
- Whether backups can be restored
- How often restoration is tested
- What systems are considered business-critical
A backup that has never been tested isn’t something you want to discover is broken during an emergency.
Your MSP should have a process for monitoring backups and testing recovery.
8. Your MSP Should Help With Documentation
This is one of the areas where organizations sometimes discover that their IT environment and their compliance program aren’t communicating very well.
Security isn’t just about what your company does.
It’s also about being able to document what your company does.
Your IT provider should be able to help provide useful information about the technology environment, such as:
- Devices
- Users
- Security tools
- Network infrastructure
- Backup systems
- Access controls
- Security monitoring
- Patch management
- Incident response processes
- System configurations
Your organization may also need formal policies and other documentation depending on its specific CMMC requirements.
The important point is that your IT environment and your documentation should tell the same story.
If your documentation says something is happening but the technology doesn’t reflect it, you’ve got a problem.
9. Your MSP Should Understand Your Manufacturing Environment
This one is huge.
A manufacturing company isn’t just an office with a few extra computers.
Manufacturers may have:
- ERP systems
- CAD workstations
- Engineering applications
- Production equipment
- Warehouse systems
- Inventory systems
- Industrial networks
- Wireless networks
- Servers
- Remote-access systems
- Vendor connections
- Specialized legacy applications
Some systems may be difficult or impossible to replace quickly.
Some production equipment may depend on older operating systems.
Some systems may need to remain isolated from other parts of the network.
That’s why your MSP needs to understand how your business actually operates.
CMMC preparation shouldn’t result in someone making a security change that accidentally shuts down your production line.
Security and operations have to work together.
10. Your MSP Should Help You Build a Roadmap
This may be the most important item on the list.
CMMC readiness shouldn’t become:
“Here’s a 200-page list of things you’re doing wrong. Good luck.”
Instead, your IT provider should help you understand:
Where are we now?
Where do we need to be?
What’s missing?
What should we address first?
What will it cost?
How long will it take?
Who is responsible?
A practical roadmap might identify improvements in categories such as:
Immediate Priorities
Security issues that require prompt attention.
Near-Term Improvements
Projects that can be addressed over the next several months.
Strategic Improvements
Larger infrastructure, security, documentation, or operational projects that require planning and budgeting.
This makes cybersecurity more manageable for company leadership.
Instead of looking at CMMC as one giant problem, you can turn it into a series of manageable projects.
CMMC Isn’t Just an IT Project
One of the biggest misconceptions about CMMC is that the IT department—or the MSP—can simply take care of everything.
CMMC involves the organization.
Leadership needs to understand the requirements.
Employees need to follow policies.
Managers need to understand access and data handling.
Operations needs to understand system dependencies.
IT needs to maintain the technology.
Security needs to be monitored.
Documentation needs to be maintained.
Vendors need to be considered.
That’s why CMMC readiness is best approached as a business-wide cybersecurity program, supported by the right IT and security resources.
