It's not a great UI, but for messing with ideas in a VM, the free tier is very hard to beat, otherwise I'd be on Claude Code, but still on a VM, because I won't let them near anything I actually care about.
I've been watching and waiting for this, interested to see how smart it is, as it fits with my interest of getting the smartest possible model running in 10GB of VRAM (RTX3060 that has to drive 2 monitors and run an llm)
I can see the appeal, not having to deal with much rust or bolts breaking (the 2 things which cause the most trouble for me in working on vehicles). 800 miles across the desert is some way to run it in though!
Opencode's free models have been fine for me, they're what I tried after Gemma 4 8B proved hard to persuade into usefulness (I want to revisit with 12B and messing with harnesses, but I'm happy for now).
There's probably still going to be a box of hard drives in a datacenter somewhere, it does make sense to have a layer to manage the agent interface, rather than letting agents completely loose on all your storage.
One of them was returned to service after 40 years in the boneyard in Arizona, back in 2011, I would expect they'll look at the other airframes there to see if they're suitable sources for a rebuild. Wouldn't be surprised if this is the end of this one though, it was already doing pretty well for a design that first flew in 1949 (the English Electric Canberra design that was then built by Martin)
Working in silicon design, Verilog and SystemVerilog are the bulk of the work, but a lot of scripting of EDA tools too. I enjoy it, I think it's very different working on something which has to be complete when you're done versus something that can be updated easily.
Possibly. Realistically this is replacing the expensive category of FPGA (Zynqs or similar with strong hardware CPU cores), this means they get all the peripherals they desire in hardware, and they can pick the core variant in order to optimise for their workloads (all the different vector extensions for example). There's an interesting market for that kind of thing, either full FPGA to ASIC replacement, or drop in replacement FPGAs of lower cost (The Rigol MHO98 replaced the Xilinx FPGA of the previous generation with a substitute from Fudan). If you're shipping a lot of hardware, that sort of thing becomes worthwhile.
C, because it makes every problem into a memory management problem, which is good for you in an 'eat your vegetables' sort of way. It's also the starting point for a lot of other programming languages and related things like HDLs, which is helpful to me.