Thank you very much! I agree, they are incredible! I really had no idea until making this project, and it makes things like cellular phones so astoundingly impressive.
Disclaimer: I'm one of the co-founders of Shuttle. Also, I haven't used Pulumi so I don't want to misrepresent it.
However, as far as I understand, Pulumi is an infrastructure _as_ code solution, offering an SDK in various languages which wrap providers enabling you to define your desired infrastructure. In the context of a cloud provider like GCP, this means wrapping the existing GCP primitives and services (i.e. GKE) and enabling you to declare your desired infrastructure in your favourite programming language.
Shuttle is an infrastructure _from_ code solution. The infrastructure that is provisioned for you is defined implicitly by your application's code. Static analysis is done at compile time to figure out what you need implicitly (i.e. if you're using a database connection pool, you probably need a database). Furthermore Shuttle offers its own primitives (i.e. secrets management) without a necessary correspondence to an underlying cloud provider (although there are some, like AWS RDS).
I think what OP meant is "if the algorithm were designed (or perhaps implemented) in the 1700s according to standards of fairness held by those in power at that time, then it might have treated African Americans unfairly (despite being an algorithm)". I'm not a mind reader but that seems to make some sense given the context of the discussion.
> If certain groups of people are being treated poorly in modern times then an algorithm that sentences people would possibly include that bias as well.
I’d even change the word “would” to “will” as that has already occurred time and again.
I think you two are violently agreeing with one another, but misunderstanding one another as well.
Can you share some examples of high bandwidth 900 radios? In my experience, it’s difficult to get bitrates above ~100kbps on 900 over any meaningful distance.
I work with industrial grade 900MHz radios, and most can do over 1Mbps... with enough SNR, which as I mentioned can be difficult. I would say a typical ~city sized network I've worked on tend to operate in 100-1000kbps modes, with real world throughputs maxing out at more like 300-400 kbps on typically 1-10 mile links.
Manufacturers include FreeWave, GE MDS, XetaWave, 4RF, and others. These are typically ~$1000 radios, so not great for hobbyist use.
In addition to Ubiquiti (already mentioned), Motorola (Cambium) also made some PTP and PTMP radios ("Canopy"?) that were quite popular in the WISP community years ago.
I'd be surprised if you can't easily find both on eBay.
