AI-powered package validation that catches deployment errors before they hit endpoints. Auto-fixes common error codes like 0x87D1041C and 0x80180014. Connects to a local LLM so your data never leaves your network.
Every package scanned before it hits endpoints. Detection rules, install commands, dependency chains, and context settings validated against known-good patterns and common failure modes.
0x87D1041C (detection rule failures), 0x80180014 (enrollment failures), context mismatches, silent install hangs, and dependency resolution errors auto-remediated without manual intervention.
Connects to an on-premises, locally-hosted LLM. Your deployment data, error logs, and package configurations never leave your network. Privacy is a design principle, not a toggle.
Not just hex codes and Event IDs. IntuneGuard translates every error into a plain-English explanation with root cause, impact assessment, and recommended fix. Any team member can understand the output.
Once deployed, IntuneGuard monitors rollouts in real-time. If a package starts failing mid-deployment, it pauses the rollout and diagnoses the issue before it spreads to the full fleet.
Validates Win32 apps, LOB apps, Microsoft Store apps, and Autopilot ESP sequences. Particularly effective at catching the silent install failures and detection rule mismatches in Win32 deployments.
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Point IntuneGuard at your Intune tenant via app registration. Five-minute setup. No agents to install on endpoints, no infrastructure changes needed.
AI analyzes every package, detection rule, install command, and dependency chain in your tenant. Compares against known failure patterns and best practices.
Common errors are auto-remediated. Complex issues get a plain-English root cause analysis with specific fix recommendations. No more guessing with hex codes.
Ship with confidence. Real-time monitoring catches issues mid-rollout and pauses deployment before failures spread. Continuous scanning as new packages are added.
IntuneGuard scans every package before deployment. It validates detection rules, install commands, dependency chains, and context settings against known failure patterns. Issues flagged with plain-English explanations and auto-remediated where possible.
0x87D1041C (detection rule failures), 0x80180014 (enrollment failures), context mismatches, silent install hangs, and dependency resolution errors. New patterns are continuously added through the local LLM learning system.
No. IntuneGuard connects to a locally-hosted LLM on your infrastructure. Deployment data, error logs, and package configurations never leave your network. Privacy is a core design principle.
Five minutes for the Intune tenant connection. The local LLM component requires a one-time server or VM setup. No agents on endpoints, no infrastructure changes required.
Yes. IntuneGuard validates Win32 apps, LOB apps, Microsoft Store apps, and Autopilot ESP sequences. It is particularly effective at catching silent install failures and detection rule mismatches in Win32 deployments.
We will run IntuneGuard against your actual Intune tenant during the demo. Real results from your environment, not slides.