[2026 Latest] Automate PC Setup with AI! Next-Generation Device Management to Eliminate Manual Work

With the promotion of corporate DX, the number of PCs and mobile devices being distributed is surging. However, in many IT departments, "kitting"—the manual setup of each device—remains a significant burden. "Zero-Touch Provisioning" using Apple Business Manager and Windows Autopilot fundamentally solves this issue. Furthermore, as of 2026, incorporating LLMs (Large Language Models) into MDM (Mobile Device Management) policy design has made it possible to reduce the creation of configuration profiles—which previously took weeks—to just minutes, while ensuring advanced security requirements are met. Based on our experience supporting clients in the field, this article explains next-generation device management methods utilizing LLMs.

1. The "Policy Design" Barrier Hindering Zero-Touch Provisioning

One reason many companies struggle to break away from routine tasks despite considering "Zero-Touch Provisioning" is the increasing complexity of configuration profile (MDM policy) design. With OS updates, there are thousands of configurable items, and the task of accurately translating a company's security guidelines into XML or JSON profiles is highly specialized, labor-intensive, and leaves no room for error.

In actual support scenarios, we often see IT staff manually configuring MDM management screens or writing complex scripts based on Japanese security regulations created by the security department. This analog bridging process becomes a bottleneck, significantly slowing down device deployment. In our consulting work, we emphasize that automating this "human translation process" is the first step toward true DX.

2. Mechanism and Advancement of Configuration Profile Generation via LLM

With the latest methods in 2026, it is possible to use LLMs to directly generate "MDM configuration profiles" from "natural language security policies." For example, by simply inputting a Japanese instruction such as "Prohibit the use of USB drives, limit Wi-Fi to the SSID 'Corporate_Secure' only, and apply a screen lock after 5 minutes," the LLM outputs accurate XML code without errors.

The benefit of this approach is not just speed. It lies in the ability to have the LLM perform policy consistency checks to detect configuration conflicts or security holes in advance. For instance, in the field of E-commerce Site Construction & Growth Support, the security level of devices handled by employees directly impacts the protection of customer data, making such advanced automated design an essential element. A common issue in the field is conflicts between complex group policies, but LLMs can understand these structurally and propose optimal priorities.

3. Transitioning to "Autonomous Device Management" for Successful IT DX

To free IT departments from routine tasks, it is necessary not only to introduce tools but also to shift the operations themselves to an "autonomous" model. By combining Zero-Touch Provisioning with LLMs, the latest policies corresponding to a user's permissions are automatically applied the moment a device is taken out of the box and powered on. No intervention from a "kitting staff" is required here.

In our actual support, we advise allocating these surplus resources to more strategic IT investments and UX improvements to enhance employee productivity. Automating device management is not just about cost reduction; it serves as the foundation for transforming the IT department from a "defensive unit" into an "offensive DX promotion organization." In the latest UEM (Unified Endpoint Management) environments, LLMs are no longer an option but a core engine for ensuring operational precision.