Your policy can be perfectly configured while your endpoint is not.
“We already deploy security settings through Intune. Why do we need Senteon?” Because telling a computer how it should be configured and making sure those settings actually apply and stay that way are different matters entirely.
We have spent decades improving how Windows stores, distributes, and applies configuration. Each improvement solved a problem. Each also left technicians asking for something the new technology had not fully delivered.
1992: The Windows registry begins
Windows 3.1 shipped with an early registry, initially focused on application registration and linking. Much of Windows configuration still lived in .INI files. Think of those files as separate notes containing instructions for Windows and its applications. In later Windows releases, the registry expanded into a central record keeper for much of the computer’s configuration.
Centralizing settings did not make them correct, protected, or easy to maintain. Incorrect or damaged critical configuration could affect far more than one application. A central record keeper could hold the wrong values just as easily as the right ones.
Technicians still needed to know what those values should be, what had changed, and how to keep every machine consistent. We gained a place to store configuration. We still needed a practical way to manage it across the network.
1995: System Policy Editor brings configuration to scale
Windows 95’s System Policy Editor helped administrators standardize settings across users and computers. Instead of visiting each desktop and repeating the same work, technicians could distribute a common set of policies. Consistent configuration was becoming practical at scale.
But applying policy at logon did not settle what happened afterward. Users kept working. Applications kept running. Settings could change during the session. Technicians needed a recurring process that revisited the rules without relying only on the next logon.
We could distribute the instructions. We still wanted computers to check back and keep applying them.
2000: Active Directory & Group Policy bring recurring policy processing
Windows 2000 brought Active Directory and Group Policy. Administrators could define settings centrally, target users and computers, and have devices apply and refresh their policies. This was a major improvement in managing configuration across an organization.
But recurring policy processing did not make every setting continuously protected. What happened between refreshes? What if another management tool enforced a conflicting value? What if the setting failed to apply? What if a technician changed it to fix a problem and never changed it back?
We could refresh the policy. We still needed to know whether the computer actually matched it and what happened when it stopped matching.
Today: Cloud management, familiar problems
Intune expanded the toolbox with cloud-based device management, application deployment, configuration policies, reporting, and more. Entra ID handles identity and access. Administrators can manage more through modern infrastructure, but a device being enrolled, joined, or assigned a policy does not prove that its hardening settings are correct.
Microsoft provides capabilities to reapply supported settings and run detection and remediation scripts, but those capabilities must be configured and maintained for the settings you need protected. Deploying a policy does not finish the job, and putting a script on repeat does not automatically close the gap. Did the setting actually apply? Is it still correct? What happens when something changes in between checks? Repetition alone is not assurance. You need ongoing validation of the endpoint’s actual configuration and enforcement when it drifts.
For more than 26 years, the fundamental challenge has remained: a centrally defined policy does not guarantee a continuously correct endpoint. The management tools have evolved. The need to verify that settings apply and stay correct has not disappeared.
Intent can stay correct while reality drifts away
Nobody has to edit your approved policy for a computer to stop matching it. Your baseline can remain untouched while something on the endpoint changes:
These are causes of configuration drift. Failed delivery and failed application create a related problem: the computer may never have matched the baseline in the first place.
The instructions can remain right while the computer is wrong. Reviewing the policy alone cannot tell you which of those conditions exists on the endpoint. Someone has to check the machine and act on the difference.
Senteon owns the local hardening state
Senteon’s agent evaluates the supported settings it manages directly on the endpoint. It compares the local configuration with your approved baseline, continuously monitors those managed settings for drift, records detected deviations, and restores approved values when enforcement is enabled.
A troubleshooting change does not have to stay forgotten. A conflicting script does not have to keep changing managed settings unnoticed. A successful deployment does not become the last time anyone checks.
Imagine a technician temporarily weakening a managed browser security setting to get an application working. The application works, the ticket closes, and the technician moves on. Your approved baseline is still correct. Your intended Intune policy may still be correct. The local setting has changed.
Senteon detects the deviation for that managed setting and restores the approved value when remediation is enabled. If the business needs an exception, the team can review and document it. If another tool keeps changing the setting, the team can investigate the conflict. The difference becomes visible and actionable.
The endpoint is the source of truth
Your baseline defines what should be true. The endpoint’s actual configuration shows whether that requirement is being met. Senteon checks that local configuration and acts when the settings it manages drift away from the approved baseline.
Intune and Senteon should enforce aligned outcomes. Where their settings overlap, establish a primary enforcement owner and configure the other management sources consistently. Two tools receiving contradictory instructions will create problems regardless of how good either product is.
Professor & CISO, Josh Copeland says: Intune tells endpoints what to do and provides mechanisms to check and enforce it. Senteon specializes in continuously validating and maintaining an approved hardening state without requiring an organization to engineer and maintain every detection and remediation workflow itself or have a deep understanding of microsoft-ism to do it.That's where the value proposition becomes compelling: not replacing Microsoft, not pretending Microsoft lacks capabilities, but solving a specialized operational problem.
Since 1992, we have become better at organizing configuration. Since 1995, we have become better at distributing it. Since 2000, we have become better at centrally applying and refreshing policy. The remaining responsibility is making sure the endpoint actually holds the configuration you require.
“We sent the policy” describes intent. “The endpoint matches the baseline” is the truth Senteon provides.
26 years is too long to keep relying on intent alone. Start managing truth.