@haitang_weiyuu · Post #4766 · 04/19/2025, 08:44 AM
#sherlock https://x.com/ian19961/status/1912185788626006137?t=I4rAxQIx7lyQ78u66qWLtg&s=19
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Source channel @githubtrending · Post #15518 · Feb 24
#rust#ai#ai_ocr#attention_mechanism#gnn#gnn_model#gnns#graph#graph_neural_networks#llm_inference#low_latency#mincut#neo4j#ocr#onnx#rust#vector#wasm RuVector is a free, open-source vector database that gets smarter with every query. Unlike static databases, it learns from usage via GNN layers, runs LLMs locally with no cloud costs, supports graph queries like Neo4j, scales freely across nodes, and deploys as a single self-booting file (125ms startup). Run with `npx ruvector`. You benefit from faster, more accurate AI search that improves automatically, zero operating costs, full offline/privacy control, and easy scaling—perfect for RAG, agents, or edge apps without vendor lock-in. https://github.com/ruvnet/ruvector
Search: #sherlock
@haitang_weiyuu · Post #4766 · 04/19/2025, 08:44 AM
#sherlock https://x.com/ian19961/status/1912185788626006137?t=I4rAxQIx7lyQ78u66qWLtg&s=19
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@wangzhuanzhan · Post #33454 · 09/28/2024, 06:10 AM
T-t淘t气q大d侦z探t - 淘气大侦探 Sherlock Gnomes (2018) 直达链接:https://pan.quark.cn/s/81ac74388fa7 #淘气大侦探#Sherlock Gnomes #吉诺密欧与朱丽叶2#糯尔摩斯 #神探福尔摩侏#Gnomeo & Juliet 2 #吉诺密欧与朱丽叶2:夏洛克·糯尔摩斯 #Gnomeo and Juliet 2 #Gnomeo & Juliet: Sherlock Gnomes 链接:https://link3.cc/sf_com #电影#喜剧#美国#10年代
@wangzhuanzhan · Post #33382 · 09/25/2024, 09:18 AM
T-t淘t气q大d侦z探t- 淘气大侦探 Sherlock Gnomes (2018) (普通话) 直达链接:https://pan.quark.cn/s/1d5860a74198 #淘气大侦探#Sherlock Gnomes #吉诺密欧与朱丽叶2#神探福尔摩侏 #糯尔摩斯#吉诺密欧与朱丽叶2:夏洛克·糯尔摩斯 #Gnomeo & Juliet 2 #Gnomeo and Juliet 2 #Gnomeo & Juliet: Sherlock Gnomes 链接:https://link3.cc/sf_com #电影#喜剧#美国#10年代
@githubtrending · Post #14721 · 05/19/2025, 12:01 PM
#python#cli#cti#cybersecurity#forensics#hacktoberfest#information_gathering#infosec#linux#osint#pentesting#python#python3#reconnaissance#redteam#sherlock#tools Sherlock is a powerful tool that helps you find social media accounts by username across over 400 networks. It's easy to use and works on many operating systems like macOS, Linux, and Windows. You can install it using methods like `pipx` or Docker, and then simply type the username you want to search for. Sherlock will show you where that username is used on different social media platforms. This tool is useful for gathering information quickly and can be run locally or even online through services like Apify. It saves time and effort in finding accounts across many platforms. https://github.com/sherlock-project/sherlock