The next step toward verifying apps will come this month as Google deploys a new system service on most certified devices. The package (com.google.android.verifier) will appear on phones and tablets running Android 8 or higher, allowing Google to block the installation of unverified apps. It will remain dormant until verification is activated in your specific region. //

As detailed a few months ago, the advanced flow will allow users to bypass verification, but the process isn’t easy. You’ll have to navigate to a buried menu, confirm you understand the risks multiple times, and wait a whole day before completing the process.
https://arstechnica.com/gadgets/2026/03/google-details-new-24-hour-process-to-sideload-unverified-android-apps/

RustDesk self-hosting keeps access fully yours
An open-source remote desktop you can run on your own server

To use RustDesk, download the client on both machines, note the ID and password on the remote device, type that ID into the host machine, and you'll be connected. Once the session is live, you get a toolbar with useful extras: screen recording, file transfer, remote terminal, and even a camera viewer for the remote device's webcam. The interface is consistent across platforms, so once you learn it on Windows, it feels the same on Linux or macOS.

To self-host, you need Docker running on a machine you want to use as the server. If you've set up Docker containers for other self-hosted services, this will feel familiar. Start by creating a directory for RustDesk and moving into it: ... //

RustDesk's self-hosted server comes in two versions: the free open-source edition and a paid Pro tier. The free version handles all the core functionality. You get the relay server, the ID server, end-to-end encrypted connections, and unlimited device access. There's no cap on how many machines you can connect, and no per-user licensing.

What the free tier lacks is the web-based management console. On the Pro version, you get a browser GUI for managing devices, users, and permissions from a central dashboard. If you're running an IT helpdesk or managing remote access for a team, that kind of visibility is worth the cost. But for a home lab or personal use, when you're connecting to a handful of machines you already know, the web console is a convenience, not a necessity.

https://rustdesk.com/

Ornamental turning is the process of making art objects on a rotating axis with great care and precision, using a variety of materials, shaping tools and techniques. These objects can be elegant and refined, simple and spare, baroque and elaborate, or, occasionally, bizarre, as the taste and skill of the designer and maker dictates. //

Ornamentally turned objects are most often created from very dense hardwoods. During the Renaissance and into Victorian times, ivory was also a popular material; but now, of course, it is no longer used. To work these difficult materials, new and complex tools were developed. When early mariners were just beginning to use clocks to calculate longitude, the equipment and skills used in ornamental turning had already matured. The craft was using complex gears, precisely made polished steel parts, and accurately threaded screws that would only become common in industry much later. Wondrous, and previously unimaginable forms became possible because the tools became possible. //

The stellar machine in ornamental turning’s catalog of equipment is the rose engine. A rose engine is an advanced form of lathe with a rocking headstock mounted on pivots. The headstock’s motion is controlled by a complex set of cams, called rosettes, which revolve on the lathe’s spindle. The shapes created on the rose engine are derived from the patterns cut into the rosettes. It can be used to turn and decorate both wood, and metal, and, in centuries past, ivory as well. The rose engine’s name is derived from the observation that many of the patterns created on it are reminiscent of flower petals. Early records indicate the rose engine first appeared in the early 1500’s.

The Boeing C-17 Globemaster III of the United States Air Force has a rare modification that allows it to do a unique feat in the world of aviation. The enormous tactical quadjet can switch to reverse thrust on all four of its Pratt & Whitney turbofan engines from high altitude and drop 25,000 feet down to 'the deck' on a tactical descent into a combat zone to make deliveries to troops on the ground. This unique ability allows it to stay at high altitude, where it is safe from many anti-aircraft threats until the very last moment, and then pass through the hazardous low-level as quickly as possible.

When pilots pull the throttles back to idle and engage the reversers, the engine airflow is deflected upward and forward. This creates intense aerodynamic drag without stalling the wings. The C-17's deliveries sometimes include basic supplies, and the fast drop is a precaution to avoid being targeted, but on other missions it could be delivering a main battle tank to the front line and potentially coming under direct fire. The engines enable jaw-dropping descent rates of up to 15,000 feet per minute, four to five times steeper than a standard commercial airliner, and keep the C-17 safe in hostile skies.

Tucked into the PCIe slot, alongside the high-speed data lanes everyone thinks about, sits a tiny, slow side-channel called the SMBus. It's a management bus, and it exists for housekeeping like reading a sensor or identifying a card, not for moving your data.

My HBA and my motherboard were both trying to use that bus during the earliest moments of POST, and they were stepping on each other badly enough to stall the whole boot. This doesn't happen to every card and motherboard combo, but it's common with specific LSI cards in consumer motherboards. My workstation PC would boot just fine with the card installed, which really confused me until I found a very informative video from Art of Server, showing a tape mod for my specific card and describing the failure mode I was experiencing. //

The two SMBus pins on the connector, positions B5 and B6, are defined by PCI-SIG as optional, with no required behavior for whatever an add-in card hangs off them. Simply covering these two pins on the card solves the conflict that happens at boot time. Kapton tape is the preferred material to do this, but I used normal electrical tape to good effect.

https://www.youtube.com/watch?v=HBnNaheYmdA

https://static0.xdaimages.com/wordpress/wp-content/uploads/wm/2026/06/smbus-tape-mod-hba-card.png

Enterprise storage has traditionally required costly licensing, proprietary hardware, and complex management. ENAS changes that by delivering a private, local storage platform designed for performance, scalability, and simplicity, all without the overhead typically associated with enterprise infrastructure.

ENAS combines proven ZFS architecture, with optional M.2 NVMe L2ARC caching, and a powerful ARM Neoverse N2 platform to make our highest performance storage solution to date.

• 8 Arm Neoverse N2 cores for demanding workloads
• 64GB ECC memory for enhanced data integrity
• Dual NVMe cache for accelerated performance
• Native ZFS for advanced storage protection

• Wear clothes and shoes treated with 0.5% permethrin, or buy clothing and camping gear that has been pre-treated.
• Spray your skin with DEET, oil of lemon eucalyptus, or other insect repellents that have been registered with the Environmental Protection Agency.
• Check yourself and your clothing for ticks when you come indoors. Pay special attention to under the arms, behind knees, in and around hair, around the waist, and in your belly button and ears. Washing clothing in hot water and drying clothes for at least 10 minutes on high heat will kill any ticks hiding there.
• Showering within two hours of coming indoors can wash away any ticks that haven’t attached themselves to your skin