Combine keyword, semantic, vector, metadata, and generative approaches to support different search intents and content types.
Employees should not need to know where information is stored before they can find it. AtlasFuse delivers AI-powered enterprise search and discovery across Microsoft 365 and connected systems, helping people move from fragmented results to trusted, context-aware answers.
AtlasFuse combines keyword, semantic, vector, metadata, and generative discovery approaches within a permission-aware knowledge layer. This hybrid search model supports both precise retrieval and natural-language exploration while keeping results connected to authoritative sources.
Combine keyword, semantic, vector, metadata, and generative approaches to support different search intents and content types.
Respect Microsoft 365 and connected-system permissions so users only see the information that they are authorized to access.
Use ownership, validation, metadata, relationships, usage, and lifecycle status to improve relevance and confidence.
Allow users to ask questions conversationally and receive grounded answers linked to supporting sources.
Connect Microsoft 365 with approved enterprise repositories and line-of-business systems to reduce information silos.
Surface relevant content, experts, topics, and related knowledge based on the user, role, context, and task.
Traditional search often returns long lists of documents without explaining which result is authoritative or how it relates to the user's task. AI-only approaches can generate fluent answers but may obscure source quality, permissions, or provenance.
Organizations need hybrid enterprise search that combines the strengths of established retrieval methods with semantic understanding and AI-generated answers, all grounded in governed knowledge.
AtlasFuse connects search across Microsoft 365 and other enterprise systems while using metadata, context, permissions, authority, and lifecycle status to improve relevance. Users can search by keyword, filter structured information, explore related knowledge, or ask natural-language questions.
AI-generated answers can be grounded in curated Knowledge Collections and authoritative sources, with traceability back to the underlying content. Search can be surfaced through intranets, portals, Microsoft 365 experiences, and AI assistants.
Faster access to trusted answers, content, and expertise.
More relevant results across fragmented enterprise systems.
Greater confidence through authoritative sources and traceability.
Less time spent navigating repositories or repeating searches.
Improved knowledge reuse and reduced duplication of work.
A governed search foundation for employee AI and intelligent agents.
AtlasFuse combines search technology with knowledge management and governance. This is important because retrieval quality depends not only on algorithms, but also on metadata, authority, lifecycle, context, and permissions.
By connecting hybrid search with Knowledge Collections and the broader knowledge lifecycle, AtlasFuse helps organizations deliver AI-powered discovery without losing the precision, control, and traceability expected from enterprise search.
This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.
AI-powered enterprise search uses semantic understanding, natural-language interaction, and generative answers alongside established retrieval methods to help users find relevant knowledge across enterprise systems.
Hybrid search combines several retrieval approaches, such as keyword, semantic, vector, metadata, and generative search, so the system can match different user intents and content types.
Search results and AI answers remain permission-aware and are limited to the knowledge each user or approved agent is authorized to access.
Yes. AtlasFuse can connect Microsoft 365 with approved enterprise repositories and systems, subject to available integration and governance requirements.
AI-generated answers can be grounded in curated and authoritative knowledge with links and provenance that allow users to inspect the supporting sources.