can I use this in Supabase?
Show HN: Lantern – a PostgreSQL vector database for building AI applications
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Re: Show HN: Lantern – a PostgreSQL vector database for building AI applications
#32can I use this in Supabase?
Not a Supabase user, but to my knowledge -- no. Except for a set of blessed extentions, Supabase only supports extensions that are written in "trusted languages" (ie. supported by pg_tle), and Lantern is written in C, which is currently not supported.
Re: Show HN: Lantern – a PostgreSQL vector database for building AI applications
#33And code can be found at
Re: Show HN: Lantern – a PostgreSQL vector database for building AI applications
#34Re: Show HN: Lantern – a PostgreSQL vector database for building AI applications
#35> Book some time here, and we will help switch you over for FREE and get you a pair of FREE AirPods Pro
This just comes off as sketchy to me. If the tech is good it will stand on its own.
Re: Show HN: Lantern – a PostgreSQL vector database for building AI applications
#36Re: Show HN: Lantern – a PostgreSQL vector database for building AI applications
#37> Switch from pgvector, get FREE AirPods Pro. > Book some time here, and we will help switch you over for FREE and get you a pair of FREE AirPods Pro This just comes off as sketchy to me. If the tech is good it will stand on its own.
Re: Show HN: Lantern – a PostgreSQL vector database for building AI applications
#38Re: Show HN: Lantern – a PostgreSQL vector database for building AI applications
#39Re: Show HN: Lantern – a PostgreSQL vector database for building AI applications
#40Impressive performance. In your experience, is there a range of vector dimension for faster search results?
We run our ci/cd benchmarks on 128dim sift vectors. We have some demos using clip embeddings (512dim) and baai/bge 768 dimensional embeddings.
Generally, smaller vectors allow higher throughput and result in smaller indexes. But the effect on performance is small. Once we merge the PR implementing vector element casts to 1 and 2 byte floats, the effect of this on throughput should be even smaller.