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Enterprise-Grade AI Knowledge Platform

Enterprise-Grade AI Knowledge Platform

Unify enterprise knowledge scattered across documents, cloud storage, and business systems into a centralized hub that is manageable, queryable, searchable, and ready for AI consumption. Built not just to store knowledge, but to transform it into an assetized, service-oriented, and intelligent resource—the essential fuel for RAG-based Q&A, Copilots, and AI agents.

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Product Details

Enterprise AI Knowledge Platform

One-sentence positioning: The Knowledge Hub unifies enterprise knowledge scattered across documents, wikis, IM tools, emails, and business systems into a centralized asset that is manageable, queryable, searchable, and AI-ready. It is built not to store knowledge, but to empower it.Assetization, Service-oriented, IntelligenceFuel for AI applications such as RAG-based Q&A, Copilot, and intelligent agents.

Core Consensus:The ceiling of AI is determined by knowledge quality. The first step in onboarding isn't vectorization—it's governance.Architecturally, it generally adopts a layered design of "ingestion → governance → processing → retrieval/generation → service," where each layer can evolve independently to avoid large-scale, one-time refactoring.

1. Platform Architecture

Press6 layer + 2 cross-cutting capabilitiesPlan (see figure):

  1. Knowledge Source Access LayerConnect to multi-source, heterogeneous data including document repositories, Wikis, IM/email, cloud storage, business systems (CRM/ERP), databases, audio/video, and web pages. Supports incremental sync, deduplication, OCR, and multi-language processing. Zhiyuan Interconnection

  2. Knowledge Governance Layer: Cleaning, deduplication, expiration alerts, categorization and tagging, version tracking and change auditing, quality scoring, review and publishing. Mature solutions provide a visual governance dashboard to lower the maintenance threshold for business users. Xinhua Daily Press Network

  3. Knowledge Processing LayerComplex layout parsing (cross-page tables, mixed text and images), semantic/recursive chunking, vectorization, hybrid indexing, knowledge extraction, and graph construction

  4. Knowledge Engine Layer: BM25 + Hybrid Vector Retrieval, Reranking, Prompt Orchestration, Model Routing, Multi-hop Retrieval, and Agent Orchestration

  5. Knowledge Service LayerIntelligent Q&A, Enterprise Search, Smart Data Querying, Copilot / Agents, and Knowledge Portals—all delivered via a unified API.

  6. Foundation · Unified Knowledge Asset RepositoryStructured knowledge assets + metadata (version / effective date / source) + permission tags

  7. Cross-Cutting · Security & ComplianceKnowledge classification and grading, least-privilege access, data masking, audit logging, refusal protocols, and human agent escalation

  8. Cross-functional Operations Assessment: Effectiveness Metrics, Update Mechanism, Contribution Incentives, Knowledge Owners

II. Key Success Factors

  1. Scenario-first, value-drivenStart by piloting 3 to 5 high-value, low-risk scenarios (policy Q&A, customer service scripts, product FAQs, IT operations, new hire training) to validate the workflow before scaling. Note: Fewer than 20% of successful pilots can be scaled effectively; scaling is where most initiatives fail.

  2. Govern first, then enable intelligenceDo not load the entire historical dataset at once, as this can reduce accuracy. For cold start, prioritize cleaning high-frequency existing knowledge (Customer Service Scripts, Product FAQs, and IT Operations Manuals) while preserving metadata such as title, section, table, page number, version, effective date, and source.

  3. Splitting and retrieval are the key differentiators for performance.Prioritize semantic understanding with recursive chunking and small overlaps; hybrid retrieval (vector + BM25) improves accuracy by approximately 10 percentage points (73.6%→83.7%) compared to vector-only retrieval, followed by Rerank filtering for irrelevant chunks. Chunking experiments show that recursive chunking yields significantly higher answer accuracy than fixed-length chunking (approximately 76% vs 55%).

  4. Evaluation closure is essential.Evaluate across four dimensions: retrieval recall, answer accuracy, response latency, and knowledge coverage. Build an evaluation set of 50 to 100 representative questions and continuously measure using metrics such as faithfulness and answer relevancy.

  5. Security and compliance are non-negotiable.Permissions, classification, data masking, and auditing must be implemented first. Configure "friendly refusal + transfer to human agent" policies to prevent AI hallucinations or internal data leaks.

  6. Platform + Open APIStandardize search and Q&A services to avoid building separate solutions for each scenario.

  7. Organization and Operations SupportBusiness experts, IT, and data teams collaborate with designated Knowledge Owners and update mechanisms to keep knowledge active.

III. Implementation Steps (Six-Phase Roadmap)

Stage

Suggested Cycle

Objectives and Key Actions

Output

P0 Planning Review

2–4 weeks

Scenario selection, knowledge asset inventory, data sensitivity classification, and KPI definition

Requirements List and Roadmap - Xinhua News Network

P1 Base Setup

4–8 weeks

Multi-source knowledge ingestion, permission management, storage/indexing, and platform selection (self-built or vendor-provided)

Supported Platforms

P2 Governance Processing

6–10 weeks

Clean structured data, chunk and vectorize, launch initial assets, establish quality baseline

High-quality knowledge base

P3 Pilot Launch

4–8 weeks

Smart Q&A / Search Launch, Evaluation Set Acceptance, and Gradual Rollout (not a full launch at once) for WPS 365

Pilot scenario validated

Scale P4

Continue

Multi-scenario expansion, business system integration, and operational mechanisms (updates, incentives, training)

Available to all

P5 Evolution and Iteration

Continue

Agent Multi-hop Reasoning, Knowledge Graph Integration, and Closed-loop Effectiveness with Version Control

Deepen the Middle Platform

IV. Implementation Strategy

  • Building models without governance → inaccurate answers and hallucinations

  • Ship without evaluation → No optimization, no value proven

  • Insufficient permissions → Risk of data breach

  • Successful pilot, failed rollout → Missing operations framework and business owner

  • Prioritize phased implementation based on business needs rather than pursuing a one-time, all-in-one solution.