For a decent description of machine society you can check the Culture cycle form Ian Banks.
AI are backing an organic society but they are also have their own.
Or Hyperion, fron Simmons. ( the « techno-center is a decentralized computing and plotting government)
I wouldn't count on the US anymore, considering today's political climate. But in theory, EU+US could probably make a very compelling argument to China that if all three agree to play nice, nobody gets an advantage because of it, while everyone can benefit from a slower technological development leaving more time to figure out the societal problems.
Ultimately us random people on the internet can't say if China would want that or could be convinced with some other concessions unrelated to AI, but what we can say for sure is that, if China has the will to chill, the west has the negotiating power to match them.
Probably no difference for your use-case (ST_Distance). If you already have data in Postgres, you should continue using Postgis.
In my use case, I use DuckDB because of speed at scale. I have 600GBs of lat-longs in Parquet files on disk.
If I wanted to use Postgis, I would have to ingest all this data into Postgres first.
With DuckDB, I can literally drop into a Jupyter notebook, and do this in under 10 seconds, and the results come back in a flash: (no need to ingest any data ahead of time)
I haven't yet understood this pattern (and I tried using duckdb). Unless you're only ever going to query those files once or twice in your life, importing them into postgres shouldn't be that long and then you can do the same or more than with DuckDB.
Also as a side note, is everyone just using DuckDB in memory? Because as soon as you want some multiple session stuff I'd assume you'd use DuckDB on top of a local database, so again I don't see the point but I'm sure I'm missing something.
> importing them into postgres shouldn't be that long and then you can do the same or more than with DuckDB.
Usually new data is generated regularly and would require creating a separate ETL process to ingest into Postgres. With DuckDB, no ETL is needed. New Parquet files are just read off the disk.
> Also as a side note, is everyone just using DuckDB in memory?
DuckDB is generally used as a single-user, and yes in-memory use case is most common. Not sure about use cases where a single user requires multiple sessions? But DuckDB does have read concurrency, session isolation etc. I believe write serialization is supported in multiple sessions.
With Parquet files, it's append-only so the "write" use-cases tend to be more limited. Generally another process generates those Parquet files. DuckDB just works with them.
This part was not obvious. In a lot of cases geodata is mostly stable and reads/searches dominate over appends. And that’s why we keep this in DB (usually postgis, yes).
So DuckDB is optimised for very different use case and it is not always obvious when it’s mentioned
And now I'm curious whether there's a way to actually index external files (make these queries over 600GB faster) and have this index (or many indices) be persistent. I might have missed that when I looked at the docs...
Ah thanks, of course. I was thinking of dealing with millions of (Geo)JSON files adding up to terabytes, without copying/duplicating them though, mostly indexing. I used to do that with postgres foreign data wrappers and had hopes for duckdb :-). But that's a question for SO or other forum.
I got a pixel 8 recently as replacement. Put grapheneos on it.
But can’t get myself to use it.