Memorilla: Latent Semantic Memory for LLMs
handfuloflight
101 points
11 comments
November 06, 2026
Related Discussions
Found 5 related stories in 131.2ms across 11,878 title embeddings via pgvector HNSW
- Cache-to-Cache: Direct Semantic Communication Between LLMs (2025) rochansinha · 78 pts · September 18, 2026 · 66% similar
- LLMs as a Cognitive Virus canjobear · 239 pts · September 05, 2026 · 58% similar
- Hybrid Reasoning Agents: LLM agents that think in latent space, act through text allinonai · 312 pts · October 18, 2026 · 58% similar
- Sleep framework: A new way for LLMs to retain knowledge in continual learning acossta · 44 pts · October 28, 2026 · 58% similar
- I accidentally turned LLM memory into program analysis matt_d · 89 pts · August 28, 2026 · 55% similar
Discussion Highlights (3 comments)
jkingsman
So if I'm reading this right, it's basically a specialized embedding of a RAG, and then a model in the middle takes the agent's queries and returns responses in a form that is injecting into the main model's input token stream directly i.e. skipping actual text. And the injection format is INCREDIBLY token efficient. Sort of injecting a vibe rather than quotable text. Their results of "good on concepts, less good on quotes/exact text retrieval" seem to intuitively line up with that.
bob1029
I am finding that semantic ~= lexical when you have something like a frontier model driving. Using full text search engines is still the most compelling approach for handling large document sets. I really struggle with the semantic / embedding concerns when we have a generative model that can reverse engineer a Mario 64 rom dump to run on my toaster oven. These models know how to compose Lucene & other FTS query strings in such a way that we are effectively getting semantic search over purely lexical systems.
airesearcher2
memory as a modality is such a cool idea!