Beyond Semantic Similarity

본 논문은 기존의 고정된 의미 유사도 기반 검색 방식을 넘어, 에이전트가 직접 원시 코퍼스에 일반 터미널 도구를 활용해 상호작용하는 직접 코퍼스 인터랙션(DCI) 방식을 제안한다. DCI는 임베딩 모델이나 벡터 인덱스 없이도 다단계 추론과 복합 조건 검색에 유연하게 대응하며, 기존 희소 및 밀집 검색 기법 대비 여러 벤치마크에서 우수한 성능을 보였다. 이는 에이전트 검색에서 단순한 추론 능력뿐 아니라 코퍼스와의 인터페이스 해상도가 검색 품질에 중요한 영향을 미친다는 점을 시사한다. AI 에이전트 구축과 검색 시스템 설계에 새로운 인터페이스 설계 방향을 제시한다.

https://arxiv.org/abs/2605.05242

#informationretrieval #agenticsearch #directcorpusinteraction #semanticsearch #llm

Beyond Semantic Similarity: Rethinking Retrieval for Agentic Search via Direct Corpus Interaction

Modern retrieval systems, whether lexical or semantic, expose a corpus through a fixed similarity interface that compresses access into a single top-k retrieval step before reasoning. This abstraction is efficient, but for agentic search, it becomes a bottleneck: exact lexical constraints, sparse clue conjunctions, local context checks, and multi-step hypothesis refinement are difficult to implement by calling a conventional off-the-shelf retriever, and evidence filtered out early cannot be recovered by stronger downstream reasoning. Agentic tasks further exacerbate this limitation because they require agents to orchestrate multiple steps, including discovering intermediate entities, combining weak clues, and revising the plan after observing partial evidence. To tackle the limitation, we study direct corpus interaction (DCI), where an agent searches the raw corpus directly with general-purpose terminal tools (e.g., grep, file reads, shell commands, lightweight scripts), without any embedding model, vector index, or retrieval API. This approach requires no offline indexing and adapts naturally to evolving local corpora. Across IR benchmarks and end-to-end agentic search tasks, this simple setup substantially outperforms strong sparse, dense, and reranking baselines on several BRIGHT and BEIR datasets, and attains strong accuracy on BrowseComp-Plus and multi-hop QA without relying on any conventional semantic retriever. Our results indicate that as language agents become stronger, retrieval quality depends not only on reasoning ability but also on the resolution of the interface through which the model interacts with the corpus, with which DCI opens a broader interface-design space for agentic search.

arXiv.org

Dan McAteer (@daniel_mac8)

LongMemEval에서 약 99% 결과를 보이는 Agentic Search와 Memory Retrieval 방식이 소개됐다. 벡터DB나 임베딩 트릭이 아니라, 특화된 병렬 에이전트를 활용해 에이전트 메모리 문제를 해결할 수 있다는 주장으로, 검증되면 중요한 기술적 진전이다.

https://x.com/daniel_mac8/status/2035735706052493465

#agenticsearch #memoryretrieval #aimemory #longmemeval #agents

Dan McAteer (@daniel_mac8) on X

If this Agentic Search and Memory Retrieval result of ~99% on LongMemEval proves legit—we find out in a couple weeks—AI agent memory is solved (within context limits). It’s not some special embedding/vector DB trick, it’s throwing specialized parallel agents at the problem. The

X (formerly Twitter)

What if data could answer questions in natural language?

Agentic search in #OpenSearch delivers relevant results and accurate queries, showing how conversational search can simplify complex information retrieval across both structured and unstructured data. https://opensearch.org/blog/evaluating-agentic-search-in-opensearch/

#AgenticSearch #AgenticAI

📰 RAGで足りなくなったので Agentic Search を調べてみた (👍 37)

🇬🇧 When traditional RAG techniques fail to find the right data despite chunking/reranking tweaks, Agentic Search offers a smarter alternative
🇰🇷 청킹/리랭킹 조정에도 원하는 데이터를 못 찾는 전통적 RAG의 한계를 넘어서는 Agentic Search 탐구

🔗 https://zenn.dev/edash_tech_blog/articles/02582c4f70d0fb

#RAG #AgenticSearch #AI #Zenn

RAGで足りなくなったので Agentic Search を調べてみた

Zenn

📰 RAGで足りなくなったので Agentic Search を調べてみた (👍 31)

🇬🇧 RAG wasn't enough for company chatbot despite tuning. Explored Agentic Search as the next evolution for better retrieval accuracy.
🇰🇷 RAG 튜닝해도 정확도 부족. 더 나은 검색 정확도를 위해 Agentic Search 탐색.

🔗 https://zenn.dev/edash_tech_blog/articles/02582c4f70d0fb

#RAG #AgenticSearch #LLM #Zenn

RAGで足りなくなったので Agentic Search を調べてみた

Zenn

Nimble just launched its Agentic Search Platform, boasting 99% accuracy and handling 3.2 M interactions. The autonomous‑agent engine reshapes enterprise AI, delivering lightning‑fast data retrieval across web search and internal systems. Could this be the next leap in search infrastructure? Dive into the details. #AgenticSearch #EnterpriseAI #AutonomousAgents #SearchInfrastructure

🔗 https://aidailypost.com/news/nimble-unveils-agentic-search-platform-99-accuracy-32m-interactions

Why write complex queries when you can have natural conversations with your data, and have #AI agents orchestrate the right tools to get you answers?

With @OpenSearchProject 3.4, we introduced Agentic Search, which does exactly that!
https://opensearch.org/blog/opensearch-3-4s-agentic-search-in-opensearch-dashboards-hands-on-use-cases-and-examples/

#OpenSearch #opensearchambassador #agenticsearch

#AI #AIsearch #AgenticSearch #TechDiscuss

Bạn đang sử dụng dự án tìm kiếm agent nào? So sánh chi phí API tìm kiếm (Perplexity, OpenRouter, Serper, Brave) vs chi phí token AI! Dự án của bạn khác gì Perplexity/ChatGPT? Thảo luận sôi nổi về AI search stack tại đây.

#CôngNghệAI #TìmKiếmĐộcLập #API #SideProject

https://www.reddit.com/r/SideProject/comments/1poh29o/share_your_agentic_search_projects/

🚀 New Blog Alert!

With OpenSearch 3.3, we’re thrilled to introduce Agentic Search – a game-changer in how you interact with your data! 📊✨

Agentic Search lets you explore your data using natural language, no more manually writing complex DSL queries. Just ask, and your data responds.

👉 https://opensearch.org/blog/introducing-agentic-search-in-opensearch-transforming-data-interaction-through-natural-language/

#OpenSearch #AgenticAI #AgenticSearch 🔍🤖