What Is an Unstructured Data Platform?什么是非结构化数据平台？
This focused article is part of the unstructured data processing and document intelligence guide; use the pillar guide to compare related concepts, methods, and implementation decisions across the full topic.
本文是非结构化数据处理与文档智能指南内容集群中的专题文章；如需比较完整主题下的相关概念、方法与实施决策，请返回基石指南。
An unstructured data platform is a governed operational layer for making documents, messages, images, audio and video usable across repeatable applications. It connects approved sources to extraction, canonical metadata and provenance, retrieval or analytical services, policy enforcement, quality evaluation, human review, observability and controlled export.
非结构化数据平台是一层受治理的运营基础，用于让文档、消息、图像、音频和视频能够支撑可重复应用。它把获批来源连接到内容提取、规范元数据与来源链、检索或分析服务、策略执行、质量评估、人工复核、可观测性和受控导出。
The word “platform” should imply more than a parser, vector index, object store or chat interface. A point component can be excellent at one job; a platform must coordinate boundaries between jobs, preserve controls as content is transformed and expose enough operating evidence to diagnose failures. It may centralize selected assets, process them temporarily or leave them in place.
“平台”应当意味着比解析器、向量索引、对象存储或聊天界面更广的范围。单点组件可以把一项工作做得很好；平台则必须协调各项工作之间的边界，在内容转换时保留控制，并暴露足够的运营证据来诊断失败。它可以集中选定资产、临时处理，也可以让资产留在原位。
Quick answer: define one workload contract; inventory sources and rights; choose copy, in-place or hybrid access; test extraction per modality; establish canonical identity and provenance; evaluate retrieval and task quality; propagate permissions to every derived artifact; instrument the run; pilot difficult and prohibited cases; and prove that data, metadata and decisions can be exported or deleted.
快速回答：定义一份工作负载契约；盘点来源与权利；选择复制、原位或混合访问；按模态测试提取；建立规范身份与来源链；评估检索和任务质量；让权限传播到每项派生物；为运行添加观测；试点困难和禁止案例；并证明数据、元数据与决策能够导出或删除。
Unstructured Data Platform vs Discovery Platform非结构化数据平台与发现平台有何不同？
Discovery inventories, samples, classifies and reconciles content across approved repositories. An unstructured data platform then runs extraction, metadata, retrieval, policy and operations on what you approved. Teams often buy a scanner when they need the operating layer—or a platform when they only need a map. If you are shortlisting scanners, read how to choose an unstructured data discovery platform.
发现负责在获批存储库中盘点、抽样、分类并对账。非结构化数据平台再对已批准内容运行提取、元数据、检索、策略与运营。团队常在只需要地图时购买平台，或在需要运营层时只买扫描器。如果要列入扫描器短名单，请阅读如何选择非结构化数据发现平台。
| Question问题 | Discovery platform发现平台 | Unstructured data platform非结构化数据平台 |
|---|---|---|
| What exists, where, and who can open it?有什么、在哪、谁能打开？ | Primary job主职 | Consumes an approved inventory消费已批准清单 |
| Can we extract, retrieve, and operate under policy?能否在策略下提取、检索并运营？ | Out of scope once the map is trusted地图可信后即超出范围 | Primary job主职 |
| Typical owner典型责任人 | Security, records, or data governance安全、档案或数据治理 | Analytics, document intelligence, or platform engineering分析、文档智能或平台工程 |
| Fail mode失败模式 | Silent coverage gaps静默覆盖缺口 | Permissions that stop at the original file权限停在原文件 |
If the buying question is how to choose an unstructured data discovery platform, use that guide. Stay here for the operating layer.
如果采购问题是如何选择非结构化数据发现平台，请使用该指南。本页只讨论运营层。
What an Unstructured Data Platform Includes: Seven Testable Layers非结构化数据平台应包含哪些层：七个可测试层
Architecture diagrams often collapse everything into “ingest, AI, answer.” A useful reference architecture keeps seven contracts visible so failures can be located and components replaced without redefining the whole system. Source and identity plus policy are hard to outsource; parsers and OCR can be swapped. Extraction is one layer—see the unstructured data extraction guide. Lifecycle ownership belongs in unstructured data management controls.
架构图经常把一切压缩成“摄取、AI、答案”。实用的参考架构应让七项契约保持可见，从而定位失败，并在不重新定义整个系统的情况下替换组件。
- Source and identity plane来源与身份平面
Connect approved repositories, assign stable source and version identifiers, discover permissions, and record inclusion or exclusion.
连接获批存储库，分配稳定来源与版本标识，发现权限，并记录纳入或排除。
- Content and storage plane内容与存储平面
Access originals in place or copy them under explicit encryption, residency, retention, integrity and recovery rules.
在原位访问原件，或按照明确的加密、驻留、保留、完整性与恢复规则复制。
- Extraction and enrichment plane提取与增强平面
Parse structure, OCR images, transcribe audio, sample video, segment content and create task-relevant fields with warnings.
解析结构、对图像进行OCR、转录音频、采样视频、分段内容，并创建带警告的任务相关字段。
- Metadata and provenance plane元数据与来源链平面
Maintain canonical IDs, lineage, versions, coordinates, rights, quality state and relationships between originals and derivatives.
维护规范ID、血缘、版本、坐标、权利、质量状态，以及原件与派生物之间的关系。
- Retrieval and analysis plane检索与分析平面
Expose keyword, metadata, vector, graph or multimodal retrieval and bounded analytical tasks through versioned interfaces.
通过版本化接口提供关键词、元数据、向量、图或多模态检索，以及有边界的分析任务。
- Policy and quality control plane策略与质量控制平面
Authorize every operation, enforce purpose and tenant rules, run evaluation gates, route review and record overrides.
授权每项操作，执行目的与租户规则，运行评估门禁，分派复核并记录覆盖决定。
- Operations and egress plane运营与导出平面
Instrument traces, metrics and logs; manage retries and replay; attribute cost; export data and provenance; and prove deletion.
采集追踪、指标与日志；管理重试和重放；归因成本；导出数据与来源链；并证明删除。
Separate Retrieval Infrastructure From Decision Quality把检索基础设施与决策质量分开
Keyword, metadata, vector, graph and multimodal retrieval solve different problems. A platform can combine them, but an index is not a decision. Define the query population, access filters, analytical unit, ranking or task output, evidence returned, abstention behavior and user action. Measure candidate retrieval before measuring generated answers.
关键词、元数据、向量、图和多模态检索解决不同问题。平台可以组合它们，但索引不是决策。应定义查询总体、访问过滤、分析单元、排序或任务输出、返回证据、拒答行为与用户行动；先衡量候选检索，再衡量生成答案。
| Layer层 | Example checks示例检查 | Failure hidden by averages平均值会隐藏的失败 |
|---|---|---|
| Extraction提取 | Coverage, field accuracy, reading order, timestamp error覆盖、字段准确性、阅读顺序、时间戳误差 | Rare formats or poor scans罕见格式或低质扫描 |
| Retrieval检索 | Recall at k, precision, source diversity, permission correctnessk处召回、精确率、来源多样性、权限正确性 | Restricted or multilingual slices受限或多语言切片 |
| Task output任务输出 | Label quality, citation support, calibration, abstention标签质量、引用支持、校准、拒答 | High-impact edge cases高影响边界案例 |
| Human workflow人工流程 | Review time, correction capture, disagreement and override复核时间、纠正捕获、分歧与覆盖 | Reviewer fatigue or silent acceptance复核疲劳或静默接受 |
Use reviewed representative cases, a separate challenge set and prohibited cases. Freeze versions during comparison, preserve failure artifacts and report slice results. “The demo answered correctly” is one observation, not a platform quality claim.
使用已复核代表性案例、独立挑战集与禁止案例。在比较期间冻结版本，保留失败产物，并报告切片结果。“演示回答正确”只是一次观测，不是平台质量主张。
Unstructured Data Security Platform Controls非结构化数据安全平台控制
Permissions cannot stop at the original file. Derived text, thumbnails, transcripts, chunks, embeddings, caches, prompts, logs and exports may reveal the same content. Define a policy subject, protected object, action, purpose and context, then test authorization at ingestion, retrieval, model use, review, export and deletion.
权限不能停留在原文件。派生文本、缩略图、转录、片段、嵌入、缓存、提示、日志与导出都可能泄露同一内容。应定义策略主体、受保护对象、操作、目的与语境，并在摄取、检索、模型使用、复核、导出与删除阶段测试授权。
NIST SP 800-207 states that zero trust grants no implicit trust solely from network location or ownership and treats authentication and authorization as discrete functions before access to a resource. For a platform pilot, test cross-tenant isolation, stale group membership, revoked access, link sharing, cached results, service identities and derived artifacts—not only the login screen.
NIST SP 800-207指出，零信任不会仅因网络位置或所有权授予隐式信任，并把身份验证与授权视为访问资源前的独立功能。平台试点应测试跨租户隔离、过期组成员、撤销访问、链接分享、缓存结果、服务身份与派生物，而不只是登录页面。
A discovery or DSPM scanner finds sensitive files. An unstructured data security platform control set must also authorize derived text, chunks, embeddings and exports. Scanning the estate is not the same as running an analysis workflow under policy.
Security questionnaires are useful evidence about documented controls; they are not proof that your content path enforces them. Run positive and negative authorization tests with known identities, and verify audit records contain enough context without copying sensitive payloads into logs.
发现或DSPM扫描器用于找出敏感文件。非结构化数据安全平台控制还必须授权派生文本、片段、嵌入与导出。扫描资产不等于在策略下运行分析工作流。
安全问卷可以证明文档化控制，但不能证明你的内容路径真正执行这些控制。应使用已知身份运行正向与反向授权测试，并确认审计记录包含足够语境，同时不会把敏感载荷复制进日志。
What an Unstructured Data Security Platform Means Here这里的非结构化数据安全平台指什么
An unstructured data security platform is not a second DSPM product and not a new URL. It is the control set that keeps identity, purpose and policy attached to chunks, embeddings, caches, prompts and exports—not only the original file. If a revoked group can still retrieve a derived snippet, you do not have a security platform. You have a scan report.
非结构化数据安全平台不是第二套DSPM，也不是新页面。它是把身份、目的与策略附着在片段、嵌入、缓存、提示和导出上的控制组合，而不是只保护原文件。如果被撤销的组仍能取回派生片段，你没有安全平台，只有扫描报告。
Lifecycle ownership of those copies sits in unstructured data management. This page only names the security job the operating layer must prove.
这些副本的生命周期归属非结构化数据管理。本页只点明运营层必须证明的安全工作。
Unstructured Data Security Platform Tools: Categories, Not a Leaderboard非结构化数据安全平台工具：按类别，而不是排行榜
No public bake-off on this page justifies a vendor ranking. Buy a coordinated set and test it on your repositories, identity system and derived objects.
本页没有可公开复现的评测，因此不写厂商排行。应购买协调的控制组合，并用你的存储库、身份系统与派生物测试。
| Category类别 | Primary role主要作用 | Must prove on derived objects必须在派生物上证明 |
|---|---|---|
| Identity and groups身份与组 | Who may open the source谁可以打开源文件 | Revoke still blocks the chunk and the export撤销后仍阻断片段与导出 |
| Policy on derived objects派生物策略 | Purpose, tenant and residency on copies副本上的目的、租户与驻留 | Embedding and cache inherit the same deny嵌入与缓存继承同一拒绝 |
| Classification and DLP分类与DLP | Label sensitive files给敏感文件打标 | The label survives transcription and thumbnail标签能传到转录与缩略图 |
| Audit and export control审计与导出控制 | Who took what out谁带出了什么 | Logs name the object without copying the payload日志点名对象但不复制载荷 |
How to Choose an Unstructured Data Platform如何选择非结构化数据平台
If you are shortlisting scanners, use how to choose an unstructured data discovery platform. This scorecard is for the operating layer, not the inventory step.
Use gates before scores. A product that violates residency, deletion, tenant isolation or required format evidence should not win by collecting usability points. After gates, weight criteria according to the workload contract and record the evidence type: documentation, configuration inspection, observed test, inference or vendor statement.
如果要列入扫描器短名单，请使用非结构化数据发现指南。本评分卡针对运营层，而不是盘点步骤。
应先使用门禁，再进行评分。违反驻留、删除、租户隔离或必需格式证据的产品，不应通过积累易用性分数胜出。通过门禁后，再按工作负载契约对标准加权，并记录证据类型：文档、配置检查、实测、推断或厂商陈述。
| Area领域 | Example weight示例权重 | Evidence required所需证据 |
|---|---|---|
| Source and modality fit来源与模态适配 | 18% | Representative connector and extraction tests代表性连接与提取测试 |
| Security, rights and residency安全、权利与驻留 | 22% | Positive/negative policy tests and architecture evidence正反策略测试与架构证据 |
| Retrieval and task quality检索与任务质量 | 20% | Frozen reviewed benchmark and slice results冻结的已复核基准与切片结果 |
| Operations and reliability运营与可靠性 | 16% | Telemetry, failure injection, replay and recovery遥测、故障注入、重放与恢复 |
| Economics经济性 | 12% | Measured unit-cost model under normal and peak load正常与峰值负载下的实测单位成本模型 |
| Portability and exit可移植性与退出 | 12% | Successful export, re-import and deletion exercise成功的导出、重新导入与删除演练 |
This hypothetical weighting totals 100% and exists only to demonstrate method. Change it before testing. Keep raw measurements beside normalized scores, document uncertainty and require reviewers to explain material scoring differences.
这组假设权重合计100%，仅用于演示方法，测试前必须调整。把原始测量与标准化分数并列保存，记录不确定性，并要求复核者解释重大评分差异。
Unstructured Data Platform vs Object Storage, IDP, and Lakehouse非结构化数据平台与对象存储、IDP、湖仓的区别
Object storage, intelligent document processing and a lakehouse can each sit inside a platform. None of them is the platform by itself. Use the table to keep the shortlist honest.
对象存储、智能文档处理与湖仓都可以落在平台内部，但单独任何一项都不是平台。用下表避免短名单跑偏。
| Tool工具 | Where it wins胜出之处 | Where it loses to a platform相对平台的不足 |
|---|---|---|
| Object storage对象存储 | Durable bytes, cheap scale, versioning持久字节、低成本扩展、版本 | Does not validate extraction or inherit source permissions不验证提取，也不继承来源权限 |
| IDP / field extractionIDP / 字段提取 | Declared fields from known document types从已知文档类型抽出声明字段 | Stops at the schema; no cross-source retrieval or policy plane止于Schema，没有跨源检索或策略平面 |
| Lakehouse湖仓 | Tabular analytics once content is modeled内容建模后的表格分析 | Assumes a table; does not run multimodal extraction假定已是表，不运行多模态提取 |
| Unstructured data platform非结构化数据平台 | Coordinates connection, extraction, provenance, retrieval, policy and operations协调连接、提取、来源链、检索、策略与运营 | Overkill for a single parser or one bucket对单个解析器或单个存储桶过重 |
The structured sister definition is the AI-native data platform guide. Analytics that consume platform output belong in unstructured data analytics.
Unstructured Data Platform Tools: Categories, Not a Leaderboard非结构化数据平台工具：按类别，而不是排行榜
No public first-party bake-off on this page justifies a “best 10.” Select a coordinated control set and test it against your repositories, formats, identity system and policies.
本页没有可公开复现的第一方评测，因此不写“最佳10”。应选择协调的控制组合，并用你的存储库、格式、身份系统与策略测试。
| Category类别 | Primary role主要作用 | Verify with your repos用你的库验证 |
|---|---|---|
| Connectors连接器 | Enumerate and read approved sources枚举并读取获批来源 | Denied paths stay visible; versions stay stable拒绝路径仍可见；版本保持稳定 |
| Parsers / OCR解析器 / OCR | Turn bytes into text, tables and warnings把字节变成文本、表格与警告 | Detected format ≠ extracted content已检测格式不等于已提取内容 |
| Catalog / provenance目录 / 来源链 | Canonical IDs and lineage规范ID与血缘 | Every chunk points back to a source version每个片段都能指回源版本 |
| Retrieval检索 | Keyword, metadata, vector or multimodal search关键词、元数据、向量或多模态搜索 | Access filters apply before ranking排序前先应用访问过滤 |
| Policy / export gates策略 / 导出门禁 | Authorize derived objects and outbound copies授权派生物与外发副本 | Revoke a group and the embedding disappears撤销组后嵌入应消失 |
Scanner shortlists (Purview, Macie, specialist DSPM) belong on the discovery page. This page only asks whether those tools hand off an approved inventory the platform can govern.
扫描器短名单（Purview、Macie、专业DSPM）属于发现页。本页只问这些工具能否交出平台可以治理的已批准清单。
When You Do Not Need a Full Unstructured Data Platform何时不需要完整的非结构化数据平台
A full platform is the wrong first buy when the decision is still “what exists.” Use the narrower guide, then return here when permissions must travel with derived objects.
当决策仍是“有什么”时，完整平台不是第一笔采购。先用更窄的指南，等权限必须随派生物传播时再回到本页。
- Inventory and coverage only → unstructured data discovery.只需盘点与覆盖 → 非结构化数据发现。
- Declared fields from known documents → unstructured data extraction.从已知文档抽出声明字段 → 非结构化数据提取。
- Retention, owners and disposition → unstructured data management.保留、责任人与处置 → 非结构化数据管理。
How to Pilot an Unstructured Data Platform如何试点非结构化数据平台
Run three questions whose answers you already know: one single-source extraction, one cross-source retrieval, and one case that must refuse or fail closed on permissions. Freeze versions. Keep failure artifacts.
运行三个你已知答案的问题：一次单源提取、一次跨源检索，以及一次必须拒答或因权限失败关闭的案例。冻结版本，保留失败产物。
- Provenance holds来源链不断
Every number or citation traces to a source ID and version.
每个数字或引用都能追溯到来源ID与版本。
- Permissions reach embeddings权限传到嵌入
A revoked group cannot retrieve the derived chunk.
被撤销的组无法检索派生片段。
- Deletion clears copies删除能清副本
Originals, thumbnails, indexes and exports disappear on the same hold or purge.
原件、缩略图、索引与导出在同一次保全或清除中消失。
InfiniSynapse can sit on the retrieval and analysis slice of that pilot as a downstream workspace. It is not the whole platform.
InfiniSynapse可以坐在试点的检索与分析切片上，作为下游工作空间，而不是整个平台。
Use InfiniSynapse as an Analysis Workspace, Not an Assumed Full Platform把InfiniSynapse作为分析工作空间，而不是假定的完整平台
Before opening an analysis tool, prepare approved supported inputs, source IDs, the business question, analytical unit, permission conditions, extraction notes, known gaps and validation criteria. The InfiniSynapse public homepage describes direct connections to multiple data sources and joint analysis across structured databases, documents, audio and video. That makes it relevant to the retrieval and analysis part of a wider platform when the current product supports the selected inputs.
打开分析工具前，应准备获批且受支持的输入、来源ID、业务问题、分析单元、权限条件、提取说明、已知缺口与验证标准。InfiniSynapse官网描述了直接连接多个数据源，并跨结构化数据库、文档、音频与视频进行联合分析。因此，当当前产品支持所选输入时，它与更广平台中的检索和分析部分相关。
InfiniSynapse does not replace source governance, object or file storage, parsing, OCR, transcription, canonical metadata, provenance infrastructure, permission propagation, platform observability, benchmark design or accountable human approval. Verify current interfaces and limits rather than inferring them from the word “platform.” For the general investigation sequence, see the deployed data analysis process guide.
InfiniSynapse不能替代来源治理、对象或文件存储、解析、OCR、转录、规范元数据、来源链基础设施、权限传播、平台可观测性、基准设计或负责任的人工批准。应验证当前接口与限制，而不是从“平台”一词推断能力。关于一般调查顺序，可参阅已部署的数据分析流程指南。
Remove content you are not authorized to submit. Prepare supported inputs, source references, scope, question, unit and validation checks, then use InfiniSynapse as a downstream analysis workspace while retaining your platform's governance, provenance and approval record.
移除任何无权提交的内容。准备受支持输入、来源引用、范围、问题、单元与验证检查，再把InfiniSynapse作为下游分析工作空间，同时保留平台自身的治理、来源链与审批记录。
Open InfiniSynapse for approved analysis打开InfiniSynapse开展获批分析Unstructured Data Platform FAQ非结构化数据平台常见问题
What is an unstructured data platform?
什么是非结构化数据平台？
An unstructured data platform is a governed operational layer that connects approved content sources with extraction, metadata and provenance, retrieval or analytical services, access controls, quality evaluation and observability. It supports documents, messages, images, audio or video without assuming that every asset already fits a fixed table.
非结构化数据平台是一层受治理的运营基础，把获批内容来源与内容提取、元数据和来源链、检索或分析服务、访问控制、质量评估及可观测性连接起来。它支持文档、消息、图像、音频或视频，而不假设每项资产已经符合固定表格。
What components should an unstructured data platform include?
非结构化数据平台应包含哪些组件？
The exact stack depends on the workload, but common layers include source connectors, storage or in-place access, parsing and modality-specific extraction, canonical metadata, provenance, indexes or retrieval, model and workflow orchestration, policy enforcement, quality evaluation, human review, monitoring and export interfaces.
具体技术栈取决于工作负载，但常见层包括来源连接、存储或原位访问、解析与模态专用提取、规范元数据、来源链、索引或检索、模型与工作流编排、策略执行、质量评估、人工复核、监控和导出接口。
Does an unstructured data platform need to centralize every file?
非结构化数据平台是否必须集中保存所有文件？
No. A platform can copy selected content, process content temporarily, or work through federated and in-place access. The right pattern depends on latency, residency, source-system load, permissions, retention and recovery requirements. Derived text, thumbnails, indexes and embeddings still need explicit location and lifecycle rules.
不必。平台可以复制选定内容、临时处理内容，也可以通过联邦式或原位访问工作。正确模式取决于延迟、驻留、来源系统负载、权限、保留与恢复要求。派生文本、缩略图、索引和嵌入仍需明确的位置与生命周期规则。
How is an unstructured data platform different from object storage?
非结构化数据平台与对象存储有何不同？
Object storage persists objects and metadata, while a platform coordinates a broader workload: connection, extraction, provenance, retrieval, policy, evaluation and operations. Object storage may be one platform component, but a bucket alone does not validate extraction, preserve every source permission or measure answer quality.
对象存储负责持久化对象和元数据，而平台协调更广泛的工作负载，包括连接、提取、来源链、检索、策略、评估和运营。对象存储可以是平台组件，但仅有存储桶不会验证提取、继承所有来源权限或衡量答案质量。
How do you choose an unstructured data platform?
如何选择非结构化数据平台？
Start with a workload contract covering sources, modalities, decisions, latency, scale, rights, residency, quality and recovery. Shortlist only products that satisfy non-negotiable controls, then run the same representative and difficult cases through each option and compare evidence quality, failures, operability, cost drivers and exit paths.
先编写工作负载契约，覆盖来源、模态、决策、延迟、规模、权利、驻留、质量与恢复。只保留满足不可妥协控制项的候选方案，再让每个方案运行相同的代表性与困难案例，比较证据质量、失败、可运维性、成本驱动因素和退出路径。
How should an unstructured data platform pilot be evaluated?
应当如何评估非结构化数据平台试点？
Use versioned representative data plus difficult and prohibited cases. Test connector completeness, extraction fidelity, permission propagation, retrieval or task quality, provenance, deletion, observability, failure recovery, workload latency, unit cost and export. Define thresholds and disqualifying failures before seeing vendor results.
使用版本化代表性数据，并加入困难与禁止案例。测试连接完整性、提取保真度、权限传播、检索或任务质量、来源链、删除、可观测性、故障恢复、工作负载延迟、单位成本与导出。查看厂商结果前先定义阈值和淘汰性失败。
What is the role of AI in an unstructured data platform?
AI在非结构化数据平台中承担什么角色？
AI can assist with OCR, transcription, classification, entity extraction, embedding, retrieval, summarization and multimodal analysis. It does not remove the need for source rights, reviewed benchmarks, uncertainty handling, human approval and monitoring. Evaluate every AI task on the actual modalities and decision risk.
AI可以辅助OCR、转录、分类、实体提取、嵌入、检索、摘要和多模态分析，但不能消除来源权利、已复核基准、不确定性处理、人工批准与监控。每项AI任务都应使用实际模态和决策风险进行评估。
Is an unstructured data platform the same as a discovery platform?
非结构化数据平台是否等于发现平台？
No. Discovery inventories, samples, classifies and reconciles content across approved repositories. A platform then runs extraction, metadata, retrieval, policy and operations on what you approved. If you are choosing a scanner, use how to choose an unstructured data discovery platform.
不是。发现负责盘点、抽样、分类并对账；平台再对已批准内容运行提取、检索、策略与运营。如果要选扫描器，请阅读如何选择非结构化数据发现平台。
Can InfiniSynapse replace an entire unstructured data platform?
InfiniSynapse能否替代完整的非结构化数据平台？
No. InfiniSynapse is publicly presented as a multi-source, multimodal analysis tool across structured databases, documents, audio and video. It can serve as a downstream analysis workspace for approved supported inputs, but it does not replace storage architecture, source governance, parsing, OCR, transcription, platform observability or lifecycle controls.
不能。InfiniSynapse公开定位是跨结构化数据库、文档、音频和视频的多源、多模态分析工具，可以作为获批且受支持输入的下游分析工作空间，但不能替代存储架构、来源治理、解析、OCR、转录、平台可观测性或生命周期控制。
Is this how to choose a discovery platform?
这是发现平台选型页吗？
No. This page is the operating layer. For how to choose an unstructured data discovery platform, use the discovery guide. Stay here when permissions must travel with derived objects.
不是。本页是运营层。如何选择非结构化数据发现平台请用发现指南。当权限必须随派生物传播时，再留在本页。
Official and First-Party Sources官方与第一方来源
- AWS: Amazon S3 object storage concepts and management featuresAWS：Amazon S3对象存储概念与管理功能
- Apache Tika: Parser-specific format and extraction supportApache Tika：解析器专用格式与提取支持
- W3C Recommendation: PROV-O provenance ontologyW3C推荐标准：PROV-O来源本体
- NIST SP 800-207: Zero Trust ArchitectureNIST SP 800-207：零信任架构
- NIST: AI Risk Management FrameworkNIST：AI风险管理框架
- OpenTelemetry: Observability, traces, metrics and logsOpenTelemetry：可观测性、追踪、指标与日志
- InfiniSynapse: Public multi-source and multimodal analysis capabilitiesInfiniSynapse：公开的多源多模态分析能力
These sources document different storage, extraction, provenance, security, AI-risk, observability and product concepts; none defines a universal platform requirement. Treat the architecture and scorecard in this guide as a decision framework. Validate the exact source systems, formats, jurisdictions, rights, deployment model, versions and workload evidence before selection.
这些来源分别记录存储、提取、来源链、安全、AI风险、可观测性与产品概念，没有任何一项定义通用平台要求。应把本指南的架构与评分卡视为决策框架，并在选型前验证具体来源系统、格式、司法管辖区、权利、部署模式、版本与工作负载证据。