Have you ever felt like your Windows PC is working against you? Between the bloatware, the nagging updates, and the ads creeping into the Start Menu, it’s easy to feel like Microsoft has turned your operating system into a marketing platform. But what if an AI agent could take control, strip away the junk, and even build you a hacking lab — all while being safely locked inside a sandbox? That’s exactly what NetworkChuck explores in his latest video, “Switching back to Windows?!?”, where he puts the newly Windows-native OpenAI Codex to the test.

In this honest, hands-on review, NetworkChuck confronts a question many of us have pondered: can a powerful AI agent like Codex actually make Windows enjoyable again? As someone who runs both a Mac and a Windows PC, he admits he’s been drifting away from Microsoft’s ecosystem. But with OpenAI’s Codex now living natively in PowerShell — and backed by a 15,000-line Rust sandbox — the game might have changed. Let’s dive into what this means for sysadmins, security nerds, and anyone tired of Microsoft cramming junk into their OS.

What “Windows-Native” Really Means for an AI Agent

When OpenAI announced that Codex was going Windows-native, it wasn’t just a port. As NetworkChuck explains, the agent now runs directly within PowerShell, not through a compatibility layer like WSL. This is a big deal. Instead of being a guest in a Linux container, Codex can interact with Windows’ core utilities — winget, icacls, firewall rules, and even Hyper-V — using native Windows commands. This means the AI can perform deep system tasks, like uninstalling bloatware or locking down Windows Update, without the overhead of translation layers.

Building on this, the video dives into the engineering behind the sandbox. OpenAI wrote 15,000 lines of Rust to create a security boundary that prevents the AI from escaping and damaging your machine. The sandbox uses restricted tokens, dedicated SIDs, and ACLs to limit what the agent can see and do. For security professionals, this is a fascinating glimpse into how modern AI agents can be safely deployed on Windows without compromising the host system.

How Codex Cleans Windows Bloat and Stops Update Nags

One of the most practical demonstrations in the video is using Codex to clean up a Windows machine. NetworkChuck shows how the agent can automatically strip out adware, disable telemetry, and even stop Windows Update from reverting your customizations. Instead of hunting through settings or running scripts manually, you simply tell Codex what you want, and it executes the changes using winget and PowerShell commands.

As a result, the AI becomes a powerful tool for power users who want a cleaner, faster Windows experience. The video also highlights how Codex can handle complex tasks like setting up a Hyper-V hacking lab with Kali Linux — spinning up six sub-agents to build the environment from scratch. This isn’t just about convenience; it’s about reclaiming control over your own operating system. However, the real star here is the permission system: you can choose between auto-review mode, where you approve each action, or full-access mode, where the agent runs freely. This flexibility makes Codex suitable for both cautious users and those who trust the sandbox’s security.

Is the Codex Sandbox Safe? A Deep Dive into Security

The biggest fear when giving an AI control of your PC is that it might accidentally — or intentionally — cause chaos. NetworkChuck addresses this head-on by explaining how OpenAI’s Windows sandbox works. The sandbox creates a separate user account with restricted tokens, applies strict firewall rules to block internet access, and uses Windows’ own ACL system to limit file permissions. In essence, the AI is trapped in a secure environment where it can only interact with the system through predefined channels.

This engineering deep-dive is a must-watch for anyone concerned about AI safety. The video references the open-source sandbox code on GitHub, as well as OpenAI’s detailed blog post about building the sandbox. For security nerds, seeing the icacls commands and SID configurations in action is both educational and reassuring. It demonstrates that OpenAI has thought deeply about the risks of letting an AI agent loose on Windows, and they’ve built a robust defense.

The Verdict: Can Codex Win You Back to Windows?

By the end of the video, NetworkChuck delivers a balanced verdict. He admits that Codex is impressive enough to make him reconsider his relationship with Windows. The ability to automate tedious tasks, clean bloat, and even build complex environments with a single prompt is genuinely powerful. But he also acknowledges that the experience isn’t perfect — there are still quirks, and the AI sometimes needs guidance. Nevertheless, for sysadmins, security researchers, and anyone who loves tinkering, Codex represents a new frontier in Windows automation.

If you’re curious about what a Windows-native AI agent can do, or if you’re tired of fighting with your own operating system, this video is a must-watch. NetworkChuck’s honest, hands-on approach makes complex concepts accessible, and his enthusiasm is infectious. So grab a coffee, open the video, and see for yourself whether OpenAI Codex can win you back to Windows.

The tech world is buzzing with anticipation, and for good reason. Cisco Live, the premier event for networking and IT professionals, is just around the corner. But this year, there’s an extra layer of excitement: I’m stepping up to moderate my very first panel. It’s a thrilling milestone, and I want you to be part of the journey. Whether you’re a seasoned attendee or a first-timer, this year’s Cisco Live promises insights, connections, and a whole lot of caffeine.

Why This Cisco Live Panel Matters

Building on the energy of previous years, this Cisco Live panel isn’t just another session. It’s a curated conversation that tackles the most pressing challenges in networking today. From cloud migration to security, the discussion will dive deep into real-world solutions. As a first-time moderator, I’m bringing a fresh perspective—one that prioritizes audience engagement and actionable takeaways. Therefore, if you’re looking to stay ahead of the curve, this is a session you cannot afford to miss.

Insider Tips for Making the Most of Cisco Live

In addition to the panel, this year’s event offers unparalleled networking opportunities. First, stop by the Equinix booth—it’s your gateway to free coffee and meaningful conversations. But don’t stop there. Here are a few strategies to maximize your experience:

– **Plan your schedule early**: With hundreds of sessions, prioritize those that align with your goals.
– **Engage with speakers**: Ask questions, share your challenges, and build connections.
– **Visit sponsor booths**: Companies like Equinix are showcasing cutting-edge solutions.

As a result, you’ll leave with not just knowledge, but a network that supports your growth.

The Art of First-Time Panel Moderation

Moderating a panel for the first time is both exhilarating and nerve-wracking. However, it’s also a powerful learning experience. In my preparation, I’ve focused on three key elements: timing, inclusivity, and spontaneity. First, keeping the conversation on track ensures that every topic gets its due. Second, inviting diverse voices makes the discussion richer. Finally, leaving room for unexpected questions keeps the audience engaged. Therefore, whether you’re a future moderator or an attendee, understanding these dynamics will enhance your event experience.

Join Me at Cisco Live 2026

This year’s Cisco Live is more than a conference—it’s a community. I invite you to be part of this milestone. Come say hello at the Equinix booth, grab a cup of coffee, and let’s talk about the future of networking. Your insights could shape the conversation. So mark your calendar, pack your business cards, and get ready for an unforgettable event.

Watch the video above for a personal invitation and a sneak peek into what’s in store. See you there!

If you own a Samsung Galaxy smartphone and rely on the built-in Gallery app to back up your photos to Microsoft OneDrive, you need to pay attention. Samsung has officially confirmed that the deep integration between Samsung Gallery and Microsoft OneDrive — a feature that has been a staple for seven years — will be completely shut down on September 30, 2026. In fact, the company has already started removing the option to link new accounts in the latest versions of the Gallery app. This change affects millions of users worldwide, and while your existing photos remain safe, the way you access and back up your images is about to change dramatically.

What Is Changing with Samsung OneDrive Gallery Sync?

For years, Samsung users enjoyed a seamless experience: open the stock Gallery app, toggle on sync, and all your photos and videos would automatically back up to OneDrive without needing a separate app. This integration was a hallmark of Samsung’s partnership with Microsoft, offering a unified cloud storage solution directly on your phone. However, as of the official announcement, this native sync is ending. After September 30, 2026, your Samsung Gallery app will no longer display cloud-only photos from OneDrive. In addition, new backups will fail if you rely solely on the Gallery toggle. This means that if you have photos stored only in the cloud through this service, they will disappear from your Gallery view unless you take action.

Why Is Samsung Making This Change?

Building on the trend toward platform independence, Samsung appears to be streamlining its services and encouraging users to adopt standalone apps. By discontinuing the deep OneDrive integration, Samsung may be shifting focus to its own cloud solutions or simplifying the user experience. However, this move also aligns with Microsoft’s broader strategy of promoting the standalone OneDrive app. While the partnership remains, the direct link within the Gallery app is being phased out. For users, this means adapting to a new workflow: either download originals to your device or switch to the separate OneDrive app for continued automatic backups.

Step-by-Step: What You Need to Do Right Now

To avoid losing access to your synced photos in the Samsung Gallery app, here are the critical steps:

1. **Download Originals**: Before September 30, 2026, open your Gallery app, go to OneDrive sync settings, and use the “Download Originals” function. This will save all cloud-only photos to your device, ensuring they remain visible in the Gallery.

2. **Switch to the OneDrive App**: If you want to continue automatic backups, download the standalone Microsoft OneDrive app from the Google Play Store. Log in with your Microsoft account, tap your profile icon, and enable “Camera backup” with full storage permissions. This will replace the Gallery sync functionality.

3. **Check Your Storage**: Since downloaded originals take up device space, consider using the OneDrive app’s “Files On-Demand” feature to manage storage. Alternatively, you can delete local copies after confirming they are safely backed up in OneDrive.

How This Affects Your Device and Future Backups

In addition to the visual disappearance of cloud-only photos, the shutdown means that any new photos you take after September 30, 2026, will not back up via the Gallery app. If you forget to switch to the standalone OneDrive app, your camera roll will remain only on your device, risking data loss if your phone is lost or damaged. However, your existing backups on OneDrive servers are safe and accessible through the OneDrive app or website. The key is to act now to ensure a smooth transition.

Conclusion: Don’t Wait — Take Action Today

While the shutdown date is still over a year away, Samsung has already begun removing the option to link new accounts. To avoid a last-minute scramble, start the transition now. Download your originals, install the OneDrive app, and enable camera backup. This change may be inconvenient, but with a few simple steps, you can continue protecting your memories without interruption. Watch the full video above for a detailed walkthrough of each step and additional tips to safeguard your data.