Not necessarily a bad thing. There are multiple interoperable “threadiverse” platforms already. I like Lemmy currently but I’d happily switch to an alternative, and financially support them, if like the UX and the devs are less toxic.

That’s probably just mail that lands in your spam folder without being entirely blocked. According to Microsoft and Google approximately 99% of incoming spam (of the ~160 billion spam emails sent per day) never even reaches their users mailboxes. I assume that’s roughly standard across email providers. I am concerned comparably sophisticated filtering may become necessary on the Fediverse eventually.

I’ve been using Fedi for a long time and from the very beginning I’ve been afraid of spam and bots ruining it, at least temporarily. Spam is still a problem with e-mail, and it’s been around for 40 years and they’ve developed very sophisticated anti-spam mitigations for it.

I wonder why they’re still proceeding with x86 instead of focusing on ARM or RISC-V. If you don’t have to worry about running Windows it seems like x86 is less future proof.

I’m aware that’s true for complex multi chip systems like arcade boards. The Mister project for example. But a simple Z80? I expect it to emulate virtually perfectly. Maybe not? Hence why I’m curious.

In this mode the aircraft has superior protection from all modern anti-air weapon systems.

Pretty neat. But why an FPGA? I would imagine if you want to run software targeting really old chips, like the Z80, you might as well run it on a modern x86/ARM/RISCV processor with an emulator on Linux.

Lemmy .ml is partly why I switched to an instance which defederates them. The admin and mod behavior over there is gross. If it weren’t run by the Lemmy devs it would be widely blocked.

While solar power is great and possibly the future, I sure hope they fully thought this through. A lot of areas with large numbers of solar panels are struggling to manage overcapacity. Solar energy produced is not always sent to the grid but wasted, as there is often not enough grid-scale storage capacity to absorb it. I’m no expert, but I wonder if mandating smart in-home sodium-ion batteries which intelligently charge and discharge based on grid capacity wouldn’t be more effective.