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OnePlus Will Continue Software Updates After US and Europe Exit

2 months 1 week ago
OnePlus has confirmed that it will exit the North American and European markets, consolidating its operations under parent company Oppo. Existing customers will continue to receive "software updates, security patches, and applicable support," but OxygenOS will be replaced by Oppo's ColorOS. 9to5Google reports: As a part of its shutdown in global regions, OnePlus has confirmed that its flavor of Android, OxygenOS, is going away. Instead, all active OnePlus devices will be moving over to Oppo's ColorOS starting with their Android 17 updates. This includes in India, where OnePlus is adamant it will continue operations -- reliable reporting disagrees. OnePlus explains: "As part of an operational adjustment to our software strategy, following the official release of ColorOS 17, users globally with existing OnePlus devices that fall within the eligible upgrade scope will have the option to voluntarily update to the latest ColorOS. This enables us to streamline software development, accelerate update delivery, improve software quality, and make better use of our shared engineering and R&D capabilities." [...] OnePlus will continue "maintenance support" for OxygenOS versions on older models not included in the Android 17 update scope, but newer devices will likely need to make the switch to ColorOS for all forms of continued support. OnePlus does explain that rollback versions to OxygenOS will be available for those who prefer the prior experience: "OnePlus devices will be able to choose whether to update to the latest ColorOS system. Older models that are not included in the update scope will also continue to receive version maintenance support. If users update to ColorOS, they will be able to roll back to OxygenOS. The specific rollback versions available will be subject to future official announcements."

Read more of this story at Slashdot.

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NanoKVM-Go Brings AI-Powered Hardware Control to Linux with a Compact USB-C KVM

2 months 1 week ago
by George Whittaker

Sipeed has introduced NanoKVM-Go, a compact USB-C KVM-over-IP device that combines remote hardware management with AI integration. Designed for Linux, Windows, macOS, and other USB-C devices, NanoKVM-Go allows users to remotely view and control a system through a web browser while exposing its keyboard, mouse, and display functions to AI agents via the Model Context Protocol (MCP).

Unlike traditional KVM-over-IP solutions that require multiple cables and dedicated networking hardware, NanoKVM-Go simplifies the setup into a single USB-C connection, making remote administration and AI-assisted automation more accessible for developers, system administrators, and homelab enthusiasts.

A Portable USB-C KVM

NanoKVM-Go is roughly the size of a smartwatch, measuring about 45 × 40 × 15 mm, yet it combines several functions into a single device.

Key hardware features include:

  • USB-C connection for video, audio, keyboard, mouse, and power
  • Wi-Fi 6 connectivity
  • Browser-based remote management
  • Support for virtual USB storage
  • Built-in Tailscale integration for secure remote access
  • Fanless aluminum enclosure with low power consumption

Because it connects over USB-C using DisplayPort Alt Mode, the device can manage a wide variety of hardware without requiring software installation on the target system.

Designed for Linux and Beyond

NanoKVM-Go supports numerous USB-C devices, including:

  • Linux desktops and laptops
  • Windows PCs
  • macOS systems
  • Mini PCs
  • Steam Deck
  • Android devices with DisplayPort Alt Mode
  • iPhone 15 and newer models
  • Tablets supporting USB-C video output

For Linux users, this provides an easy way to perform BIOS configuration, operating system installation, kernel debugging, or remote troubleshooting—even when the operating system is unavailable.

AI Integration Through MCP

One of NanoKVM-Go's defining features is its AI-native design.

Rather than simply streaming a desktop remotely, the device exposes its KVM functions as an MCP (Model Context Protocol) server, allowing compatible AI agents to interact with the connected computer using hardware-level keyboard and mouse input.

This enables AI systems to:

  • View the screen
  • Move the mouse
  • Type on the keyboard
  • Launch applications
  • Navigate user interfaces
  • Complete repetitive desktop workflows

Because control happens at the hardware level, AI agents can interact with systems regardless of the operating system installed.

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George Whittaker