Querying is completely fine. Training is a different story.

This is what Toyota learned and implemented in their Georgetown, KY assembly plant over 30 years ago. Every device has a musical piece that it will play when something goes wrong, with some having different songs for different events. You can tell exactly how the plant is operating without even having to look - and there is a LOT going on there in a large space. Beeps would echo.

They're just smart about it and doing the extra hours on the side..

Obviously not. This just shows that they didn't want to pay the cost to have glass that was rated/certified and tested for the depths they were dealing with.

How many PST servers are set to America/Los_Angeles? Some installers no longer give an easy option for other locales. Adoption will have to be widely coordinated.

Have to protect the value of all that (currently) valuable Commercial Real Estate. No workers in the office means no need for large fancy office towers. There's lots at play here, this is just merely the one angle that stands out to me.

I have been running two 8-drive raidz2 arrays for 15 years without data loss, across MacZFS, Linux, Windows through a VM with physical device passthrough and several iterations of ARM. It works completely fine with a 1gb RAM total limit with 30TB of data. It works completely fine when the devices are attached via eSATA with PMP and even with USB3. You just need to tune the limits.

That would help isolate at-risk areas and possibly alert residents that they may have it before they know to test themselves ..

Maybe he can get them to stop the confusing mess of which features are enabled and disabled across the lines of chips. I hate having to dig through the Intel Ark to find out which used sku's have ECC memory support, which ones have IOMMU support, which ones have vPro, which ones have AES-NI, etc. Especially galling is the ECC support, as it's enabled and disabled seemingly at random throughout the consumer space (where AMD has it across the board.)

For reference of just how small a punishment this is to Facebook, 645,000 divided by 80 million is 0.0080625. Less than one cent (GBP? Euro?) per affected user.

Set-tops, TVs and SBCs .. Fire TVs, tablets, Android phones ..

Keep in mind that e.g. the ARM Cortex A53 is just a standard. The implementations/manufacturers are pushing bounds on clock speeds, bandwidth, power optimization for incremental improvements between standards.

I just finished moving to a Rock64 (https://ancillary-proxy.atarimworker.io?url=https%3A%2F%2Fwww.pine64.org%2F%3Fpage_id%3D7147) as my main desktop machine. 4GB RAM, 4x cores, 4k LXLE desktop, media/TV server and 16x drives in two 16TB RAIDZ2 arrays.. and idling at a few watts.. for $50.

The next big thing that I'm looking forward to is the RK3399 series boards -- https://ancillary-proxy.atarimworker.io?url=https%3A%2F%2Fwww.96boards.org%2Fprodu... https://ancillary-proxy.atarimworker.io?url=https%3A%2F%2Fwww.pine64.org%2F%3Fpage_i...

  -- 6 cores, PCIe, good graphics--fast enough for a great Linux desktop/portable experience. The end result is a build-your-own-Chromebook scenario where you can upgrade and control all aspects like the breakout days of DIY PC builds..

This is actually really REALLY old technology. Streetcars used this at the dawn of American cities, and I'm somewhat curious if having a dual-use (Streetcar and electric automobile) network could propel a faster switch from IC engines and towards better public transit in one fell swoop. While the idea of trolleys and streetcars using overhead wiring is more common, plenty of US cities used in-road electric rails (most notably Washington DC see links) http://www.rypn.org/forums/vie... https://ancillary-proxy.atarimworker.io?url=https%3A%2F%2Fwww.dcpreservation.org...

They just need to use the same User-agent string as the PC.

Agreed. At some point in the next 5-10 years, it should be feasible to hunt for 'lost' bitcoin wallets with unspent coins sitting in them.