I got banned from Hinge for reverse engineering their proxy and filtering through hundreds of profile per minute. The bot would auto filter 80%, and I could go through the last 20% as it goes, with a slick interface to view multiple profiles at once with keybindings.
It’s pretty funny to see that in their demo video given it’s a blatant violation of their ToS.
While having more satellites sure does help serve more people, there’s a second issue which arises when trying to serve high density areas, where you run into bandwidth limitations. The solution there is not more satellites but either bigger satellites (which can make smaller beams) or more FCC allowance on the spectrum.
It’s not the RISC-V core itself, it’s just some of the surrounding architecture to support the CPU, to turn it into a SOC. So the USB drivers, the AXI memory interfaces, and the analog components, like PLLs for generating clocks, or even the IO pad drivers. These components take the fully open RISC-V core which works in a simulator and makes it work like a normal physical chip would.
I am excited to see more competitors in this space. Openclaw feels like a hot mess with poor abstractions. I got bit by a race condition for the past 36 hours that skipped all of my cron jobs, as did many others before getting fixed. The CLI is also painfully slow for no reason other than it was vibe coded in typescript. And the errors messages are poor and hidden and the TUIs are broken… and the CLI has bad path conventions. All I really want is a nice way to authenticate between various APIs and then let the agent build and manage the rest of its own infrastructure.
It’s opinionated coming from Arch Linux. Compared to MacOS or Windows it’s a big giant push over. Opinionated in this context just means it comes with defaults rather than asking you to research your own display compositor.