Thanks for the mentions (and for using TimescaleDB).
If anyone's curious about TimescaleDB, it's packaged as an extension to Postgres, optimizing for performance, storage, and analysis of time series data. Implementing columnar compression algorithms is a big part of the secret sauce that makes TimescaleDB a popular choice with Postgres and SQL developers. You can read more about that on the Timescale blog (I'm Timescale's community manager btw). https://www.timescale.com/blog/search/?query=compression
If anyone's curious about TimescaleDB, it's packaged as an extension to Postgres, optimizing for performance, storage, and analysis of time series data. Implementing columnar compression algorithms is a big part of the secret sauce that makes TimescaleDB a popular choice with Postgres and SQL developers. You can read more about that on the Timescale blog (I'm Timescale's community manager btw). https://www.timescale.com/blog/search/?query=compression
If anyone's curious, the youtube channel may be a good place to start, especially this playlist https://www.youtube.com/playlist?list=PLsceB9ac9MHTtM1XWONMR...