The Department of Defense’s phased rollout of CMMC 2.0 is changing the game for contractors. Compliance is no longer a “check the box” activity after award: It’s now a prerequisite to bid, and prove your security posture across the supply chain. 

Contractors need to act now if they want to avoid losing access to late-2026 work and beyond.

CMMC Compliance in 2026: What Actually Changed

CMMC 2.0 introduces a more structured and enforceable approach to protecting Controlled Unclassified Information (CUI) across the defense supply chain. Instead of a one-size-fits-all model, the framework has tiers:

• Level 1 (Foundational): Basic cybersecurity practices for contractors handling Federal Contract Information (FCI)
• Level 2 (Advanced): Alignment with NIST 800-171, required for contractors handling CUI
• Level 3 (Expert): Additional protections for organizations supporting highly sensitive DoD programs

For most contractors, Level 2 is the standard.

More importantly, compliance is no longer something you can address after winning a contract. It is becoming a requirement to even qualify.

The phased rollout means these requirements will be introduced gradually into contracts rather than all at once, but the impact is immediate. Contractors should already be preparing and implementing parts of the framework because eligibility for late-2026 contracts will depend on having a defensible CMMC compliance position in place.

It’s also not limited to new contract awards. CMMC requirements can be triggered during the life of an existing contract, with:

• Option renewals or extensions.

• Task or delivery order actions.

• Contract modifications that introduce CUI.

This is where many contractors get caught off guard. CMMC compliance now affects the full lifecycle of a contract, not just the starting point.

Where Contractors Are Getting CMMC Wrong

One of the biggest risks in CMMC compliance today is false confidence. Many contractors believe they are prepared when their documentation and controls would likely not hold up under scrutiny.

A common example is the SPRS self-assessment. Too often, organizations treat it like a form to submit rather than a position they need to prove. Scores are entered before scope is fully defined, controls are validated or documentation is complete.

The reality is simple: If you cannot clearly explain how your SPRS score was calculated and back it with evidence, it becomes a liability.

There is also increasing legal and executive risk tied to compliance. Under CMMC 2.0, a senior company official must affirm compliance annually. That affirmation carries real legal weight. Undocumented gaps or improperly managed POA&Ms can lead to audits, contract issues or even legal exposure.

These mistakes are what makes improper CMMC compliance a business risk that leadership is directly accountable for.

The Right Way to Approach CMMC 2.0

Contractors who succeed with CMMC 2.0 are the ones building a structured, defensible approach to compliance rather than simply checking requirements. 

Start With Scope, Not Tools

Many organizations overspend or struggle because they attempt to apply CMMC requirements all at once across their entire environment. A more effective approach is to isolate CUI into a clearly defined enclave with controlled users, systems and data flows. 

When that boundary is properly documented and enforced, it reduces both cost and complexity while making compliance easier to defend.

Build for Today, Plan What’s Next

From there, the focus shifts to building against current requirements while preparing for what’s next. 

The DoD currently only mandates NIST 800-171 Rev. 2, even though Revision 3 has been released.

Contractors need to:

• Meet Rev. 2 requirements today to remain contract-ready.

• Design their environment so it can adapt to future updates without a full rebuild.

This approach allows you to stay compliant now while avoiding costly rework later.

Implement High-Impact Controls

Not all controls are equal. High-weight controls — such as multi-factor authentication, FIPS-validated encryption and key system security requirements — must be fully in place before any formal assessment. 

These are not areas where organizations can rely on future remediation plans or short-term fixes. If these controls are not in place, you are not ready for assessment.

Define Responsibility Across Your Environment

For contractors working with external providers, clarity around responsibility is essential. 

A shared responsibility matrix should clearly define:

• Who owns each control.

• How it is managed.

• What evidence supports it.

During an audit, “our MSP handles that” is not an acceptable answer. Every control must be clearly assigned and fully documented.

CMMC 2.0 To-Do List for DoD Contractors

If you are preparing for CMMC compliance in 2026, focus on the fundamentals first:

• Define and validate your CUI scope.

• Build and document a complete System Security Plan.

• Ensure high-weight controls are fully implemented.

• Review and properly manage all POA&Ms.

• Align with NIST 800-171 Rev. 2 requirements.

• Establish clear shared responsibility with any MSPs.

• Submit an SPRS score that is accurate and defensible.

Without these steps, compliance efforts will stall, and contract eligibility may be at risk.

The SystemsNet Takeaway

CMMC 2.0 is more than a new requirement: It’s a shift in how contractors prove they can be trusted with sensitive data. Organizations that start early, scope correctly and build a defensible compliance program will be in a strong position to win and retain contracts.

SystemsNet helps contractors assess their current state, close compliance gaps and build programs that stand up to real audits, not just internal checklists.

Ready to protect your contracts and stay competitive in 2026? Contact SystemsNet today to get started.

Cyber insurance used to be a safety net. In 2026, it’s a qualifying test. 

The days of simply checking “yes” on a self-attestation form are over. Now, carriers want proof that your controls work, your processes are repeatable and your team can recover quickly when something goes wrong. If you can’t demonstrate that, approvals slow down, premiums spike or insurers simply decline coverage.

As the threat landscape has evolved, so has the underwriting process. To help you navigate your next renewal, Joe Keesey, President at SystemsNet, provides this mandatory checklist for Cybersecurity Insurance in 2026 based on frontline experience and the latest carrier requirements.

1. Frameworks That Actually Matter to Insurers

Insurance applications still reference NIST, ISO 27001 and SOC 2. Carriers in 2026 care less about the framework name and far more about whether the core controls are provably implemented. 

NIST CSF remains a gold standard because it maps directly to how insurers evaluate risk: identify, protect, detect, respond and recover.

What insurers expect:

• Can you provide screenshots, reports and logs proving your framework alignment?

2. Full Transparency About Past Incidents

Trying to hide a breach or ransomware event is one of the fastest ways to lose coverage. Insurers cross-check claims data, logs and reporting timelines.

Your responsibilities:

• Answer incident-related questions accurately
• Stay consistent across renewal cycles
• Stay transparent regarding past events

3. Cyber Insurance as a Governance Driver

Carriers are now using underwriting to push organizations toward measurable maturity. At SystemsNet, we use tools like Cynomi to keep client programs organized with framework-aligned assessments and automated policy refreshes.

The shift in 2026:

• Carriers are pushing organizations toward measurable maturity
• Approvals and pricing depend on continuous improvement
• Documentation is a requirement, not a nice-to-have

4. The Non-Negotiable Technical Controls

In 2026, there is a baseline “utility” stack that insurers treat as mandatory. If these are missing, approval is unlikely.

• MFA everywhere: Not just for admins, but for every user, on every identity (M365, VPN and SaaS apps).
• Modern EDR: Continuous monitoring across all endpoints (e.g., SentinelOne).
• Reliable and protected backups: Immutable, air-gapped or cloud-isolated backups (e.g., Keepit or Datto SIRIS).
• DNS-layer protection: Filtering threats before they reach the network (e.g., DNSFilter)
• Proof that all these tools are active and enforced

If you don’t have these in place, approval is unlikely.

5. Advanced Email Security

Since the majority of claims still originate via phishing, insurers have moved beyond basic spam filters and MFA.

What insurers expect:

• DMARC enforcement (set to quarantine or reject), not just monitoring
• SPF and DKIM accuracy across all domains
• Legacy authentication disabled to prevent credential bypass
• Layered anti-phishing and ongoing user awareness training

6. Zero-Trust Improves Insurability

Zero-trust has become a major factor in insurability because it limits the “blast radius” of a compromise by moving away from traditional network perimeters.

SystemsNet uses Tailscale to support:

• Single sign-on (SSO)
• MFA by default
• Least-privilege access to apps and systems
• No exposed VPN ports or traditional gateway risks

The tighter your access model, the safer you look on paper.

7. Backups Must Be Tested and Documented

Insurers don’t just ask if you have backups anymore; they verify whether you can recover reliably and quickly.

They look for:

• Coverage of Microsoft 365 assets
• Snapshot frequency
• Retention periods
• Ransomware-resistant architecture
• Recent restore tests with documentation

We deliver this through Keepit for Microsoft 365 and Datto SIRIS for servers and workstations.

8. Incident Response Plans Must Be Actionable

A plan sitting on a shelf doesn’t pass. Insurers evaluate whether your incident response plan will actually work during a crisis. 

Minimum requirements:

• Clear roles and escalation paths that include timely insurer notification
• Evidence of tabletop exercises or practice drills to prove the team can execute under pressure
• Up-to-date contact lists for IT, legal and external incident response support

9. Regular Security Assessments Are Now Required

There’s no universal assessment mandate, but insurers expect ongoing proof of governance.

Carriers typically want:

• Annual formal risk assessments
• Annual policy reviews
• Quarterly or semiannual validation of core controls
• Additional validation after major changes

Once again, consistency and documentation win.

10. Industry-Specific Requirements

Insurers are increasingly tailoring requirements to specific sectors where claims are most frequent and expensive.

Insurers evaluate industries differently:

• Healthcare & Finance: High bar for identity controls, monitoring and auditable governance
• Manufacturing: Focus on operational uptime and securing remote access for industrial (OT) systems
• Retail: Heavy emphasis on payment security and e-commerce exposure

Why SMBs Face More Scrutiny

Small and medium-sized businesses often face more hands-on scrutiny in 2026. Because SMBs are frequent targets for ransomware and business email compromise, insurers want granular proof—screenshots of MFA enforcement, endpoint coverage reports and specific backup schedules.

Get Coverage-Ready With a Proven Checklist

Meeting the requirements for Cybersecurity Insurance 2026 is about demonstrating a repeatable, documented program that reduces risk—and being able to prove it.

SystemsNet helps organizations meet these high standards with a security-first baseline, ongoing assessments and the detailed reporting insurers now demand.

Ready to streamline your next renewal? Contact SystemsNet today to strengthen your posture.

Passwords have been the weakest link in business security for decades, and 2026 is finally the year companies are moving on. 

With billions of stolen credentials circulating online and high-profile breaches proving that even “strong” passwords can be compromised, organizations are shifting toward passkeys for business as a safer, simpler alternative. Paired with modern password managers, passkeys solve the core issue traditional passwords never could: removing shared secrets that attackers can steal.

To help your organization transition, here is everything you need to know about the shift to a passwordless future.

Why Traditional Passwords Are Failing Businesses

For years, we relied on complexity rules and mandatory resets. In 2025, we saw that these policies actually made security worse by forcing users into predictable behaviors that attackers easily exploited. Attackers no longer need to “crack” them. They simply steal or intercept them.

The most exploited password weaknesses in 2025 included:

• Credential theft: Billions of username/password pairs exposed via large-scale leaks.
• Predictable patterns: Users coping with complexity rules by making small, predictable changes to old passwords.
• Phishing attacks: Attackers simply trick users into typing “strong” passwords into fake sites.
• Malware stealing: Infostealer malware scrapes login details directly from browsers or clipboards, capturing credentials before they are even encrypted.
• Credential stuffing: Automated bots use billions of leaked passwords to force access into other accounts where users have reused the same login.
• Brute-force attacks: Weak or reused passwords allow attackers to crack accounts in nearly half of all tested environments.

What Makes Passkeys So Much More Secure

Passkeys fundamentally change how we sign in. Instead of typing a shared secret (a password) that is stored on a server, you use your device and biometrics (face ID, Fingerprint or PIN) to prove your identity. Nothing is typed, stored or shared.

Key advantages of passkeys for business:

• Not phishable: Passkeys only work on the legitimate site they were created for
• Not reusable: A passkey for one service is useless anywhere else
• Nothing to steal: Websites no longer store secrets that attackers can use
• Nothing to intercept: The passkey never leaves your device

Even strong, manager-stored passwords can be phished or stolen. Passkeys simply remove the entire category of risk.

Why 2026 Is the Turning Point

The last two years saw several major security events that pushed businesses past their breaking point with traditional passwords.

Major forces accelerating adoption:

• High-profile enterprise breaches: Attacks like the Snowflake breach showed that attackers don’t even need to “crack” passwords to compromise massive amounts of data.
• Billions of leaked credentials: Massive leaks have made it so nearly everyone has a compromised password circulating on the dark web.
• Employee frustration: Users are tired of password resets, lockouts and complicated rules that add friction without adding real security.
• Awareness of manager limits: Growing recognition that password managers alone aren’t enough to stop modern, sophisticated phishing attacks.

How Password Managers Fit Into a Passkey Future

There’s a misconception that passkeys make password managers obsolete. In reality, the opposite is happening.  Modern password managers plug into SSO and identity systems by acting as a secure vault and authentication layer alongside tools like Okta, Azure AD or Google Workspace.

Modern password managers now:

• Store and sync passkeys across devices
• Enforce MFA and device trust policies
• Provide secure vaults for credentials that can’t yet use passkeys
• Support emergency access, recovery and succession planning

Passkeys reduce reliance on passwords, but password managers remain essential identity tools for the foreseeable future.

Understanding Device-Bound vs Synced Passkeys

Not all passkeys are created equal. Companies adopting passkeys will encounter two types:

1. Device-bound Passkeys

Stored on a single device. Ideal for high-security environments, privileged accounts and admin workstations.

2. Synced Passkeys

Encrypted and backed up across a user’s Apple, Google or Microsoft ecosystem. Best for general employees, hybrid workers and ease of recovery.

How Passkeys Work Across Platforms

Passkeys are designed to operate seamlessly across the major ecosystems, making them highly versatile for modern workforces. These systems include:

• iOS and macOS (via Apple Keychain)
• Android and ChromeOS (via Google Password Manager)
• Windows (via Microsoft’s passkey sync)

For platforms without native sync, such as most Linux environments, users can authenticate with QR codes or Bluetooth prompts from a nearby phone.

The result: fewer login issues, fewer resets and fewer support tickets.

Rolling Out Passkeys in a Business Environment

A typical passkey transition takes 3–9 months. Organizations that succeed follow a phased approach rather than a “big bang” flip of the switch.

Key milestones of passkey implementation:

1. Identity platform readiness
2. Pilot group testing
3. Dual support for passwords and passkeys
4. Employee onboarding and in-app walkthroughs
5. Default passkeys for supported apps
6. Phase-out of passwords where possible

Most companies report that once users try passkeys, they prefer them immediately because they eliminate the hassle of password management.

Why Passkeys for Business Are Worth the Move

Passkeys improve your entire security posture by removing the most targeted attack vector: stolen credentials. They’re also easier for employees, faster to use and more resilient against modern threats.

Benefits include:

• Stronger phishing protection
• Reduced credential theft
• Lower support costs
• Fewer resets and lockouts
• Consistent authentication across devices

Passkeys strengthen identity security without adding friction, which is exactly what modern cyber resilience demands.

Simplify Passwordless Security With SystemsNet

Password-based security won’t keep your business safe in 2026. SystemsNet helps organizations adopt passkeys and modern password management tools that strengthen security while reducing employee friction. Our team handles the rollout, device setup, identity integration and ongoing support to make passwordless authentication a smooth transition.

Ready to move beyond passwords? Contact SystemsNet today to start building a safer, simpler login experience for your team.

Cybersecurity can feel overwhelming, especially with evolving threats, complex regulations and growing digital infrastructure. Businesses need a clear structure to manage risks and protect critical data. A NIST framework summary provides a roadmap for understanding best practices, guiding risk management and strengthening your security posture. 

Let’s break down what the summary entails and how it can help your organization stay secure.

What Is the NIST Framework?

The NIST Cybersecurity Framework, developed by the National Institute of Standards and Technology, is a voluntary set of standards, guidelines and best practices designed to help organizations manage and reduce cybersecurity risk. The framework is widely adopted across industries because it provides a flexible, repeatable approach that can scale to businesses of any size.

Understanding the NIST framework summary is essential for leaders, IT teams and security professionals because it creates a common language for discussing cybersecurity priorities and strategies.

The Five Core Functions of the NIST Framework

The NIST framework organizes cybersecurity activities into five core functions. Each provides a foundation for a comprehensive security program.

1. Identify

This function focuses on understanding your business environment, critical assets and potential risks. By identifying vulnerabilities, threats and dependencies, organizations can prioritize resources effectively.

2. Protect

Protecting systems and data involves implementing safeguards to reduce the likelihood of a security incident. This includes access controls, encryption, employee training and secure configurations.

3. Detect

Even with strong protections, breaches can occur. Detection involves monitoring networks, systems and applications for anomalous activity and potential threats. Early detection is key to reducing the impact of incidents.

4. Respond

When a security incident occurs, the ability to respond quickly and effectively is critical. This function includes incident response planning, communication strategies and mitigation measures to minimize damage.

5. Recover

Recovery focuses on restoring systems, data and operations after an incident. Having a recovery plan ensures your business can return to normal operations with minimal disruption and learn from the event to prevent future issues.

Key Benefits of the NIST Framework

1. Risk Management Made Simple

The framework helps businesses identify and prioritize risks based on their potential impact. By following a NIST framework summary, companies can allocate resources efficiently and reduce the likelihood of costly incidents.

2. Improved Compliance

Many industries face regulatory requirements, such as HIPAA, PCI-DSS or GDPR. The NIST framework provides guidance aligned with these standards, helping businesses demonstrate due diligence and maintain compliance.

3. Strengthened Security Posture

Businesses can build a robust cybersecurity program by implementing the core functions of: 

• Identify
• Protect
• Detect
• Respond 
• Recover

The NIST framework offers actionable steps for continuous improvement, enabling organizations to stay ahead of emerging risks.

4. Enhanced Communication Across Teams

Using a common language for cybersecurity practices helps IT teams, executives and stakeholders collaborate more effectively. Everyone gains a clear understanding of priorities, responsibilities and progress.

5. Scalable and Flexible Approach

The framework is designed to be adaptable. Small businesses can start with basic risk assessments and gradually expand their security program, while larger organizations can implement comprehensive controls across complex infrastructures. Following a NIST framework summary ensures cybersecurity efforts grow with the business.

How to Use a NIST Framework Summary Effectively

1. Conduct a risk assessment by identifying critical assets, potential threats and vulnerabilities.
2. Map existing controls and compare them to the framework’s recommendations.
3. Prioritize actions and focus on high-impact areas first.
4. Implement policies, safeguards and monitoring strategies.
5. Continuously review and improve to respond to new threats.

An IT partner can guide your organization through this process, helping translate the NIST framework summary into actionable steps tailored to your business.

Tracking Success Metrics With Outsourcing

Once cybersecurity controls are in place, tracking results is essential. C-suite leaders want data-driven proof that the strategy works, whether implemented in-house or through outsourcing. Common metrics to report include:

• System uptime and reliability.
• Productivity improvements or time savings.
• Cost savings compared to previous processes.
• User adoption rates and employee feedback.

Clear, measurable results reinforce the value of the NIST framework and support future technology initiatives.

Implement the NIST Framework With Confidence

The NIST Cybersecurity Framework provides a proven standard for managing risk and strengthening security. Understanding a NIST framework summary helps businesses simplify risk management, improve compliance and build a resilient cybersecurity program.

Contact SystemsNet today to learn how our cybersecurity services can help implement the NIST framework, protect your data and keep your business secure and prepared for any threat.