Well, that's a bold assumption as pg is speaking one of the richest sql dialects out there. And it also means it supports pg WAL protocol ?
The product is backed by solid research, so I suppose that there must be some powerful algorithms built-in, with a good coupling with hardware [1].
So the last question is how the code is made and tested, because good algorithms are not enough for a having a solid codebase. pg+(redis/memcached) is battle-tested.
Seems to use some common ideas with pg such as query jit compilation but mixes it with another approach.
> Umbra provides an efficient approach to user-defined functions.
possible in many languages using pg.
> Umbra features fully ACID-compliant transaction execution.
Well, that's a bold assumption as pg is speaking one of the richest sql dialects out there. And it also means it supports pg WAL protocol ?
The product is backed by solid research, so I suppose that there must be some powerful algorithms built-in, with a good coupling with hardware [1].
So the last question is how the code is made and tested, because good algorithms are not enough for a having a solid codebase. pg+(redis/memcached) is battle-tested.
Seems to use some common ideas with pg such as query jit compilation but mixes it with another approach.
> Umbra provides an efficient approach to user-defined functions.
possible in many languages using pg.
> Umbra features fully ACID-compliant transaction execution.
jepsen test maybe ?
Didn't harvest the clustering part neither.
[1] http://cidrdb.org/cidr2020/papers/p29-neumann-cidr20.pdf