🤔 How do we secure local desktop automation in AI workflows? (Review & Beta Testing)

For a long time, automating desktop workflows meant choosing between rigid RPA tools or building complex scripts that break easily. I've been deep-diving into \*\*MountainDesk\*\*, and it actually solves the bridge between AI model inference and local system actions. Here is what I found impressive for this community: \*\*Instant System State Anchors \*\* Before every complex run, it creates an instantaneous anchor of the system state. If something goes wrong, you don't mess up your work—you just step back to the anchor. It's a huge safety net for high-stakes automation. \*\*Agent Team Orchestration \*\* The multi-agent support is fantastic. You can assign specific roles: a "Commander" for high-level planning, "WebSurfer" for research, "FileSurfer" for data handling. It routes tasks based on the problem instead of using a single chat loop. \*\*GitHub Copilot Integration \*\* If you already pay for Copilot, you can use it directly inside your desktop automation. The desktop becomes a programmable workspace using your existing subscription. \*\*Ghost Mode \*\* It monitors your folders and processes in the background. You can set triggers (e.g., "when a PDF drops here, extract data and email it") without manually prompting anything. It works like a background agent that never sleeps. \*\*Security \*\* It's local-first. Your data stays on your machine. Encrypted credentials and command approval workflows ensure you stay in control. It runs on Windows and macOS, supports multiple models (OpenAI, Anthropic, local LLMs), and even has MCP protocol support for external tools. We open-sourced the core workflow and made the desktop runtime free to test. I'd love to get some opinions from DevOps and automation engineers on how they handle local desktop security in their AI workflows. Is local-first the only way to go? \*Note: MountainDesk is in active development, and I am the creator. Building this to solve the exact bridge between AI inference and local system action.\*