#vectorsearch — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #vectorsearch, aggregated by home.social.
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🚀 OpenSearch 3.8 is officially here!
Packed with key upgrades for #AI, #vectorsearch, & #observability:
⚡ Up to 4.16x faster vector ingestion (Base64 encoding) & 2.1x faster radial search
🤖 MCP support extended across all agent types + gRPC ML prediction streaming
📊 New visual PPL builder, SQL support in Discover logs, & in-editor query linting
🧠 LLM-as-a-Judge relevance evaluations for any LLM provider📖 Read more: https://opensearch.org/blog/whats-new-in-opensearch-3-8/
#OpenSearch #opensource #OpenSearchAmbassador -
🚀 OpenSearch 3.8 is officially here!
Packed with key upgrades for #AI, #vectorsearch, & #observability:
⚡ Up to 4.16x faster vector ingestion (Base64 encoding) & 2.1x faster radial search
🤖 MCP support extended across all agent types + gRPC ML prediction streaming
📊 New visual PPL builder, SQL support in Discover logs, & in-editor query linting
🧠 LLM-as-a-Judge relevance evaluations for any LLM provider📖 Read more: https://opensearch.org/blog/whats-new-in-opensearch-3-8/
#OpenSearch #opensource #OpenSearchAmbassador -
This Microsoft article explains how Azure HorizonDB can support AI-powered retrieval directly inside PostgreSQL by combining operational data, vector search, keyword search, filters, indexing, and relevance ranking in one platform.
#PostgreSQL #AzureHorizonDB #MicrosoftAzure #ArtificialIntelligence #GenerativeAI #RAG #VectorSearch #DatabaseArchitecture #DataEngineering
https://techcommunity.microsoft.com/blog/adforpostgresql/ai-powered-retrieval-in-postgresql-with-azure-horizondb/4540160?wt.mc_id=DP-MVP-4015656 -
This Microsoft article explains how Azure HorizonDB can support AI-powered retrieval directly inside PostgreSQL by combining operational data, vector search, keyword search, filters, indexing, and relevance ranking in one platform.
#PostgreSQL #AzureHorizonDB #MicrosoftAzure #ArtificialIntelligence #GenerativeAI #RAG #VectorSearch #DatabaseArchitecture #DataEngineering
https://techcommunity.microsoft.com/blog/adforpostgresql/ai-powered-retrieval-in-postgresql-with-azure-horizondb/4540160?wt.mc_id=DP-MVP-4015656 -
Watch Now: https://zurl.co/9qezZ
What Are Vector Search Data Actions in Salesforce Data Cloud? Complete Guide
#Salesforce #SalesforceDataCloud #VectorSearch #DataActions #Agentforce #SalesforceAI #GenerativeAI #SemanticSearch #DataCloud #SalesforceDeveloper #CRM #ArtificialIntelligence #AI #SalesforceTutorial #SalesforceTraining #DataEngineering #VectorDatabase #RetrievalAugmentedGeneration #RAG #PeopleWooSkills
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Watch Now: https://zurl.co/9qezZ
What Are Vector Search Data Actions in Salesforce Data Cloud? Complete Guide
#Salesforce #SalesforceDataCloud #VectorSearch #DataActions #Agentforce #SalesforceAI #GenerativeAI #SemanticSearch #DataCloud #SalesforceDeveloper #CRM #ArtificialIntelligence #AI #SalesforceTutorial #SalesforceTraining #DataEngineering #VectorDatabase #RetrievalAugmentedGeneration #RAG #PeopleWooSkills
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watch now: https://zurl.co/G9kWD
Overview of Data Action Types in Salesforce Data Cloud | Standard vs Real-Time vs Vector Search Explained
#Salesforce #SalesforceDataCloud #DataCloud #DataActions #StandardDataActions #RealTimeData #VectorSearch #Customer360 #CRM #SalesforceAdmin #SalesforceDeveloper #DataIntegration #CustomerDataPlatform #CDP #Agentforce #MarketingCloud #SalesforceTraining #TechTutorial #AI #PeopleWoo -
watch now: https://zurl.co/G9kWD
Overview of Data Action Types in Salesforce Data Cloud | Standard vs Real-Time vs Vector Search Explained
#Salesforce #SalesforceDataCloud #DataCloud #DataActions #StandardDataActions #RealTimeData #VectorSearch #Customer360 #CRM #SalesforceAdmin #SalesforceDeveloper #DataIntegration #CustomerDataPlatform #CDP #Agentforce #MarketingCloud #SalesforceTraining #TechTutorial #AI #PeopleWoo -
Why are #GenAI systems still slow—despite #Vector DBs, caches & scaling? Because architecture is fragmented. Gerald K. breaks down a #JavaNative alternative: #VectorSearch, state & persistence in one model. Understand the trade-offs before scaling further: https://javapro.io/2026/04/08/high-performance-vector-search-grids-with-java/
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Why are #GenAI systems still slow—despite #Vector DBs, caches & scaling? Because architecture is fragmented. Gerald K. breaks down a #JavaNative alternative: #VectorSearch, state & persistence in one model. Understand the trade-offs before scaling further: https://javapro.io/2026/04/08/high-performance-vector-search-grids-with-java/
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AI isn't just chatbots. It's also helping users find the right document, product, answer or recommendation.
Vector search is one of the foundational building blocks behind modern AI applications.
Learn how to build it yourself with JavaScript.
Vector Search with JavaScript
by Ben Greenberg
#javascript #vectorsearch #AI
https://pragprog.com/titles/bgvector/vector-search-with-javascript/ -
AI isn't just chatbots. It's also helping users find the right document, product, answer or recommendation.
Vector search is one of the foundational building blocks behind modern AI applications.
Learn how to build it yourself with JavaScript.
Vector Search with JavaScript
by Ben Greenberg
#javascript #vectorsearch #AI
https://pragprog.com/titles/bgvector/vector-search-with-javascript/ -
Production incident and the first question is: have we seen this before?
I built a Quarkus service that turns Java incidents into vectors with deterministic feature hashing — no embedding model, no LLM. Store them in Qdrant, search by failure shape, filter by service and environment.
The vectors are inspectable and repeatable. The scores are explainable from the input.
New tutorial on The Main Thread:
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Production incident and the first question is: have we seen this before?
I built a Quarkus service that turns Java incidents into vectors with deterministic feature hashing — no embedding model, no LLM. Store them in Qdrant, search by failure shape, filter by service and environment.
The vectors are inspectable and repeatable. The scores are explainable from the input.
New tutorial on The Main Thread:
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https://winbuzzer.com/2026/06/30/google-positions-spanner-as-one-database-for-ai-agents-xcxwbn/
Google Cloud is positioning its Spanner SQL database service as a multi-model database for AI agents, combining graph, vector, analytics and hybrid deployments.
#AI #SpannerOmni #SpannerGraph #VectorSearch #Google #GoogleCloudPlatform #AIAgents #AgenticAI
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https://winbuzzer.com/2026/06/30/google-positions-spanner-as-one-database-for-ai-agents-xcxwbn/
Google Cloud is positioning its Spanner SQL database service as a multi-model database for AI agents, combining graph, vector, analytics and hybrid deployments.
#AI #SpannerOmni #SpannerGraph #VectorSearch #Google #GoogleCloudPlatform #AIAgents #AgenticAI
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oracle-ai-ready-data Skill で Oracle Database のスキーマを AI Ready Data 評価してみてみた
https://qiita.com/shirok/items/3b9ccefff059ff1ab40d?utm_campaign=popular_items&utm_medium=feed&utm_source=popular_items -
Manticore Search 27.1.5: Auth, sharding, conversational and faster vector search
https://manticoresearch.com/blog/manticore-search-27-1-5/
#HackerNews #ManticoreSearch #VectorSearch #Auth #Sharding #TechUpdate
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Manticore Search 27.1.5: Auth, sharding, conversational and faster vector search
https://manticoresearch.com/blog/manticore-search-27-1-5/
#HackerNews #ManticoreSearch #VectorSearch #Auth #Sharding #TechUpdate
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We solved vector search without a single server call. The hierarchical filesystem has been the dominant paradigm for digital file organization since the advent of Multics in the 1960s. While the directory tree provides an intuitive spatial metaphor for organizing files, it imposes significant cognitive burden on users and fundamentally limits retrieval to path-based or lexical search. This document presents a comprehensive zenodo.org/search?q=anticloud #vectorsearch
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We solved vector search without a single server call. The hierarchical filesystem has been the dominant paradigm for digital file organization since the advent of Multics in the 1960s. While the directory tree provides an intuitive spatial metaphor for organizing files, it imposes significant cognitive burden on users and fundamentally limits retrieval to path-based or lexical search. This document presents a comprehensive zenodo.org/search?q=anticloud #vectorsearch
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The cloud was never necessary for vector search. The deployment of large language models (LLMs) on consumer hardware represents a critical enabling technology for sovereign, privacy-preserving AI applications. The ability to run state-of-the-art neural models on personal devices without cloud dependency transforms the relationship between users and their data, eliminating the privacy risks, latency penalties, and recurring zenodo.org/search?q=anticloud #vectorsearch
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The cloud was never necessary for vector search. The deployment of large language models (LLMs) on consumer hardware represents a critical enabling technology for sovereign, privacy-preserving AI applications. The ability to run state-of-the-art neural models on personal devices without cloud dependency transforms the relationship between users and their data, eliminating the privacy risks, latency penalties, and recurring zenodo.org/search?q=anticloud #vectorsearch
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Most vector search companies are data companies. We built an alternative. Vector search represents a paradigm shift in information retrieval, moving beyond keyword matching to semantic understanding through dense embedding representations. This document presents a comprehensive examination of semantic vector search as the foundational technology powering the Kamelot file system. We trace the evolution from TF-IDF through m zenodo.org/search?q=anticloud #vectorsearch
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Most vector search companies are data companies. We built an alternative. Vector search represents a paradigm shift in information retrieval, moving beyond keyword matching to semantic understanding through dense embedding representations. This document presents a comprehensive examination of semantic vector search as the foundational technology powering the Kamelot file system. We trace the evolution from TF-IDF through m zenodo.org/search?q=anticloud #vectorsearch
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طريقة تجميع بحث AI Vector من Oracle مقابل Chroma للتشابه:
- Oracle AI Vector يركز على تخزين متجهات موزّعة مع تحسينات للـ GPU، ما يجعل الأداء عاليًا في استعلامات ضخمة.
- Chroma توفر بنية خفيفة قابلة للتمدد بسهولة على الـ K8s وتدعم أدوات Open‑source مثل LangChain.
- الاختيار يعتمد على حجم البيانات، ميزانية البنية التحتية، ومدى الحاجة لتكامل مع خدمات سحابية Oracle. -
طريقة تجميع بحث AI Vector من Oracle مقابل Chroma للتشابه:
- Oracle AI Vector يركز على تخزين متجهات موزّعة مع تحسينات للـ GPU، ما يجعل الأداء عاليًا في استعلامات ضخمة.
- Chroma توفر بنية خفيفة قابلة للتمدد بسهولة على الـ K8s وتدعم أدوات Open‑source مثل LangChain.
- الاختيار يعتمد على حجم البيانات، ميزانية البنية التحتية، ومدى الحاجة لتكامل مع خدمات سحابية Oracle. -
Stop stuffing your context like a holiday turkey and start using vector search with Qdrant on Upsun for 25x lower cost per query 💡.
Our guide walks you through building a RAG pipeline and chunking strategies that actually work without the usual headache 🛠️
Check out the full breakdown to level up your search game today 🚀
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Stop stuffing your context like a holiday turkey and start using vector search with Qdrant on Upsun for 25x lower cost per query 💡.
Our guide walks you through building a RAG pipeline and chunking strategies that actually work without the usual headache 🛠️
Check out the full breakdown to level up your search game today 🚀
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Vector Search Visually Explained
by @simonSlides:
https://simonhearne.com/2026/visualising-vector-search/ -
Vector Search Visually Explained
by @simonSlides:
https://simonhearne.com/2026/visualising-vector-search/ -
AI Engr. Hunt: E-Solutions Seeks Specialist Amidst Shifting Tech Currents
E-Solutions is hiring an AI Engineer with LLM, RAG, and Vector Search skills. Find out what this means for AI job seekers and companies.
#AIJobs, #LargeLanguageModels, #RAG, #VectorSearch, #ESolutions
https://newsletter.tf/e-solutions-ai-engineer-llm-rag-vector-search-job/
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E-Solutions is looking for an AI Engineer skilled in advanced AI technologies like LLM and RAG. This is a key hire for their practical AI development.
#AIJobs, #LargeLanguageModels, #RAG, #VectorSearch, #ESolutions
https://newsletter.tf/e-solutions-ai-engineer-llm-rag-vector-search-job/ -
طريقة تجميع اختبار Oracle AI Vector vs Chroma للبحث المتجهى:
- نجهّز بيئتين موحدتين، نولّد المتجهات باستخدام نفس نموذج الـAI.
- نقيس زمن الاستجابة، الدقة (Recall@k) واستهلاك الذاكرة.
- النتيجة: Oracle AI Vector يتفوق في الاستقرار وتوسّع الحمل العالي، بينما Chroma يقدم أداءً أسرع في مجموعات صغيرة.اختر الأنسب لتطبيقك بناءً على حجم البيانات ومتطلبات التوسّع.
#AI #VectorSearch #Oracle #Chroma #تقنية_المفتوحة -
طريقة تجميع اختبار Oracle AI Vector vs Chroma للبحث المتجهى:
- نجهّز بيئتين موحدتين، نولّد المتجهات باستخدام نفس نموذج الـAI.
- نقيس زمن الاستجابة، الدقة (Recall@k) واستهلاك الذاكرة.
- النتيجة: Oracle AI Vector يتفوق في الاستقرار وتوسّع الحمل العالي، بينما Chroma يقدم أداءً أسرع في مجموعات صغيرة.اختر الأنسب لتطبيقك بناءً على حجم البيانات ومتطلبات التوسّع.
#AI #VectorSearch #Oracle #Chroma #تقنية_المفتوحة -
StyloBot free day as I ran myself ragged trying to get it going in my free time (very little of which I HAD finishing up 2x contracts!).
Biggest win is dropping the ONNX dependency.
Earlier versions used ONNX embeddings as a shortcut: turn a client signature into a vector and compare it.
It worked, but it was never quite the right abstraction. Embeddings are built for language. StyloBot’s inputs are behavioural structures.
The new version defines that behavioural vector space directly. Requests, sessions, browsers, bots, scrapers, and odd clients are placed into a real StyloBot-native space. The system ships with archetype centroids, then adapts those centroids to the actual traffic it sees.
So instead of asking a model what a client 'means', StyloBot learns what your traffic looks like.
StyloBot is REALLY a conceptually unfolded ML model so it sort of trains itself on real traffic around centroids and updates as it goes. It's ODD.
Now out in Release Candidate https://github.com/scottgal/stylobot/releases
Plan is still for full release June 1st but the FOSS client MAY reach RTM quality before that (lots of manual testing!)
#BotDetection #CyberSecurity #DotNet #SQLiteVec #VectorSearch #BehaviouralInference #AIInfrastructure #OpenSource
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StyloBot free day as I ran myself ragged trying to get it going in my free time (very little of which I HAD finishing up 2x contracts!).
Biggest win is dropping the ONNX dependency.
Earlier versions used ONNX embeddings as a shortcut: turn a client signature into a vector and compare it.
It worked, but it was never quite the right abstraction. Embeddings are built for language. StyloBot’s inputs are behavioural structures.
The new version defines that behavioural vector space directly. Requests, sessions, browsers, bots, scrapers, and odd clients are placed into a real StyloBot-native space. The system ships with archetype centroids, then adapts those centroids to the actual traffic it sees.
So instead of asking a model what a client 'means', StyloBot learns what your traffic looks like.
StyloBot is REALLY a conceptually unfolded ML model so it sort of trains itself on real traffic around centroids and updates as it goes. It's ODD.
Now out in Release Candidate https://github.com/scottgal/stylobot/releases
Plan is still for full release June 1st but the FOSS client MAY reach RTM quality before that (lots of manual testing!)
#BotDetection #CyberSecurity #DotNet #SQLiteVec #VectorSearch #BehaviouralInference #AIInfrastructure #OpenSource
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Qdrant's vector search powers Sapu's AI platform to index 28 million PubMed abstracts, accelerating cancer research and contributing to peer-reviewed publications. #AI #VectorSearch