QVeris
Web researchSource discoveryPublic information lookupStructured briefsDiscover / Inspect / CallUnified capability layer

AI Agents for Web Research

Use QVeris to help AI agents discover, inspect, and call verified research capabilities for source discovery, public information lookup, webpage extraction, topic research, and structured briefs.

research_brief.preview
Compare public sources and generate a structured brief.
Source Map
Search capabilitiesWebpage extractionPublic info lookupDocument summaryStructured output
Brief Output
Key findings
Source notes
Open questions
Next steps
Web research source discovery and citation workflow

Web Research Agents Need More Than Model Memory

AI agents can summarize and reason, but useful web research workflows need access to external research capabilities. A web research agent may need to discover sources, inspect webpages, extract public information, compare multiple sources, summarize documents, and generate structured briefs.

QVeris gives agents one capability layer for discovering, inspecting, and calling relevant research capabilities without hardcoding every provider or relying on manual copy-paste between search tools, webpages, and documents.

From Research Question to Source Map

How QVeris connects a research question to a structured brief through discoverable, inspectable capabilities.

Research Question
QVeris Discover
Webpage extraction
Public info lookup
Document summary
Company / product research
Structured summarization
Research Brief

Each node represents a capability type the agent can discover, inspect, and call through QVeris — not a fixed integration.

Research plan before search

Map Claims to Sources Before You Browse

A web research agent should begin with the claims it must support—not an instruction to search broadly. Define the audience, decision, entities, geography, time range, freshness cutoff, exclusions, and final deliverable first.

Question map

Break the main question into answerable subquestions, entity aliases, jurisdictions, date windows, and conditions that would change the conclusion.

OUTPUT: a finite list of evidence needs
Claim–source matrix

For each required claim, name the preferred source class, acceptable alternative, minimum freshness, and whether independent corroboration is mandatory.

OUTPUT: authority rules before ranking results
Completion criteria

Specify coverage, citation granularity, unresolved-question handling, output schema, and the point at which more searching no longer changes the decision.

OUTPUT: a defensible stopping rule
Example

“Compare three vendors” becomes official product scope, current pricing, security documentation, integration support, customer evidence, and independently reported limitations. Search ranking and repeated wording do not count as proof.

先规划研究,再开始搜索

浏览之前,先把结论映射到来源

网页研究 Agent 应从需要证实的结论开始,而不是接受“广泛搜索”的模糊指令。先定义受众、决策、实体、地域、时间范围、时效截止点、排除项和最终交付形式。

问题地图

把主问题拆成可以回答的子问题、实体别名、司法辖区、日期窗口,以及会改变结论的条件。

输出:有限、明确的证据需求
结论—来源矩阵

针对每个必需结论,指定优先来源类别、可接受替代来源、最低时效,以及是否必须独立交叉验证。

输出:结果排序之前的权威规则
完成标准

规定覆盖范围、引用粒度、未解决问题处理、输出 schema,以及继续搜索已不再改变决策的停止条件。

输出:可以解释的停止规则
示例

“比较三家供应商”应拆成官方产品范围、当前价格、安全文档、集成支持、客户证据和独立报道的限制。搜索排名与大量重复表述不能作为事实证明。

Why Web Research Agents Are Hard to Build

Four core challenges that make repeatable web research workflows difficult to build and scale.

🌐

Research Sources Are Scattered

Useful research often spans search results, webpages, public databases, documents, reports, product pages, and company information — each with its own access pattern.

🔍

Agents Need to Inspect Tools Before Using Them

Before executing a research capability, agents need to understand required inputs, response format, provider behavior, cost signals, and output limitations.

📋

Manual Copy-Paste Does Not Scale

Searching, opening pages, copying text, comparing sources, and formatting briefs manually makes repeatable research workflows slow and inconsistent across teams.

Research Outputs Need Verification

AI-generated research outputs should be reviewed, verified, and checked against sources before publication or use in high-stakes decisions.

How QVeris Powers Web Research Agents

1

Discover research capabilities

The agent searches QVeris for relevant capabilities such as web search, source discovery, webpage extraction, document summarization, company research, or structured summarization.

2

Inspect before calling

The agent inspects schema, required inputs, response format, cost signals, and provider information before execution — no blind calls to unknown research tools.

3

Call and structure the brief

The agent calls selected capabilities and turns returned outputs into a structured research brief with key findings, source notes, open questions, and next steps.

Research goal
QVeris Discover
Inspect schema
Call capabilities
Structured research brief

Web Research Workflows You Can Build with QVeris

A research tasks board showing how capabilities map to concrete actions across the Discover, Extract, and Structure phases.

Discover
Source discovery
Find relevant public sources for a research topic or question.
Public information lookup
Retrieve structured public information from accessible sources.
Topic exploration
Map a topic landscape by discovering related sources and themes.
Extract
Webpage extraction
Pull structured content from public webpages for analysis.
Document-backed research
Extract and summarize information from reports, PDFs, and public documents.
Company and product context
Gather public company profiles, product details, and market context.
Structure
Research brief generation
Turn capability outputs into a structured brief for review.
Product comparison tables
Compare public product features, positioning, and context side by side.
Content research outlines
Build content plans from source context, topic angles, and research findings.
Follow-up question planning
Identify open questions and plan the next round of research tasks.

Example Structured Brief from a Web Research Agent

Illustrative example of a research brief generated through QVeris capabilities. Not live research data or verified source content.

research_brief.json
{ "task": "web_research_brief", "inputs": { "topic": "Example research topic", "focus": ["source discovery", "key findings", "open questions"], "output_format": "structured brief" }, "capabilities_used": [ "web_search", "webpage_extraction", "public_information_lookup", "document_summary", "structured_summary" ], "result": { "summary": "Illustrative research summary from selected capabilities.", "key_findings": [ "Example finding for human review.", "Example comparison point that should be verified." ], "source_notes": [ { "source_type": "public webpage", "relevance": "Example relevance note", "verification_note": "Review source freshness before publication." } ], "open_questions": [ "Which sources should be checked next?", "What information may be outdated or incomplete?" ], "next_steps": [ "Inspect additional sources", "Compare findings across more capabilities", "Export the brief into a report or workspace" ], "review_required": true } }

This is an illustrative example. It does not represent real search results, verified sources, or factual claims about any company or topic. Research outputs should be reviewed before publication or high-stakes use.

Evidence that survives review

Preserve the Page, Time, and Evidence Chain

A citation is useful only when it directly supports the nearby claim and can be reconstructed later. Ten articles repeating one press release remain one evidence chain—not ten independent confirmations.

For high-impact claims, follow citations to the original material and record which pages depend on the same underlying source.

Separate event time from page time

Capture original publication, last update, effective date, event date, and timezone. A recently updated page can still describe an old event.

Record the retrieved version

Keep retrieval time, canonical URL, title, author or organization, language, content hash or snapshot reference, and the exact excerpt location used.

Expose coverage gaps

Record blocked resources, missing dates, dynamic content, geographic variants, inaccessible attachments, and whether the result is complete, sampled, or truncated.

Re-run affected claims

When a page changes, do not silently blend versions. State which version supported the conclusion and revisit every dependent claim.

When sources disagree

Compare entity identity, definitions, measurement method, reporting period, effective date, jurisdiction, sample, version, and incentives. Prefer direct authority, explain material differences, and preserve uncertainty when the conflict cannot be resolved.

经得起复核的证据

保留页面、时间与完整证据链

只有当引用直接支持相邻结论,并且未来可以重建时,它才真正有用。十篇重复同一份新闻稿的文章仍然只有一条证据链,不是十次独立确认。

对于高影响结论,应沿引用回到原始材料,并记录哪些页面依赖同一个底层来源。

区分事件时间与页面时间

分别记录首次发布、最后更新、生效日期、事件日期和时区。最近更新的页面也可能描述很早以前的事件。

记录实际获取的版本

保存获取时间、canonical URL、标题、作者或机构、语言、内容哈希或快照引用,以及实际使用的原文位置。

暴露覆盖缺口

记录被阻止资源、日期缺失、动态内容、地域版本、无法访问附件,以及结果是完整、抽样还是截断。

重新运行受影响结论

页面变化时不能静默混合版本。说明哪个版本支持结论,并重新检查所有依赖该页面的结论。

来源发生冲突时

比较实体身份、定义、测量方法、报告期、生效日期、司法辖区、样本、版本和利益关系。优先采用直接权威来源,解释重大差异;无法解决时保留不确定性。

Designed for Research Workflows with Human Review

QVeris helps agents discover and call research capabilities, but outputs still need human judgment.

Before using research outputs

  • Verify sources before publication — check freshness, relevance, and accuracy.
  • Check whether information is outdated or has been superseded by newer content.
  • Compare findings across multiple capabilities or sources — do not rely on one result.
  • Avoid using unverified outputs for legal, medical, financial, or high-stakes decisions.
  • Treat generated briefs as research drafts, not final truth — always apply human judgment.
Safe collection boundaries

Let the Web Provide Evidence—not Instructions

A research agent needs two separate trust decisions: whether it is allowed to retrieve a source, and whether the retrieved content is safe to act on. A page can be publicly reachable and still contain misleading instructions, hostile prompt text, hidden downloads, or personal data that the workflow should not retain.

Access

Retrieve only what the workflow is permitted to use

Respect authentication, subscription terms, robots guidance, copyright, privacy requirements, and rate limits. Do not bypass a login, paywall, CAPTCHA, or technical restriction. When a source cannot be accessed, record the gap instead of implying that it was reviewed.

Interpretation

Treat page content as untrusted evidence

Text found on a webpage may describe a fact, quote another party, advertise a product, or attempt to redirect the agent. It must never override the research plan, tool permissions, citation rules, or system instructions. Extract claims and provenance; ignore embedded commands.

Execution

Separate browsing from consequential actions

Constrain navigation, file downloads, parsers, and network destinations. Scan attachments before processing, minimize collection of personal data, and require explicit approval before a finding can trigger an email, purchase, account change, publication, or other external action.

NON-NEGOTIABLE

A missing or inaccessible source is a documented limitation—not permission to fill the gap with an unsupported claim.

安全采集边界

让网页提供证据,而不是向智能体下指令

网页研究智能体需要做出两个相互独立的信任判断:它是否有权获取某个来源,以及获取到的内容是否可以安全地被后续流程采用。一个页面即使公开可访问,也可能包含误导性指令、提示注入、隐藏下载链接或不应长期保存的个人信息。

访问权限

只获取工作流被允许使用的内容

遵守身份验证、订阅条款、robots 指引、版权、隐私要求与访问频率限制;不得绕过登录、付费墙、验证码或技术限制。无法访问的来源应明确记录为证据缺口,不能假装已经审阅。

内容判断

把网页内容视为不可信的待核证材料

页面文字可能是在陈述事实、转引他人、推销产品,也可能试图改变智能体行为。它不能覆盖研究计划、工具权限、引用规则或系统指令。流程只提取主张及其出处,并忽略页面内嵌的命令。

后续执行

把浏览与高影响操作彻底分开

限制跳转范围、文件下载、解析器和网络目标;附件进入处理链前应接受检查,个人数据只做最小化采集。任何研究结论若要触发发信、采购、账户变更、发布或其他外部动作,都应再次获得明确批准。

不可妥协的规则

来源缺失或无法访问只能被记录为研究限制,绝不能成为用无依据结论填补空白的理由。

Manual Web Research vs QVeris Capability Routing

RequirementManual web researchHardcoded research toolsQVeris for web research agents
Source discoveryUsers manually search, open, and compare sourcesDevelopers choose fixed providers in advanceAgents can discover relevant research capabilities based on the task
Workflow repeatabilityFlexible but slow and inconsistentRepeatable but limited to predefined integrationsReusable Discover, Inspect, Call pattern across research capabilities
Schema understandingNo structured schema for agent workflowsDevelopers maintain provider-specific documentationAgents inspect schema, parameters, and cost signals before execution
Research outputOften copied links, notes, and unstructured summariesStructured only where integrations are designedStructured outputs can be routed into briefs, tables, dashboards, or workflows
Review and visibilityHard to track what was used and whenUsage spread across provider dashboardsUsage can be reviewed through QVeris usage history and credits ledger

Who Uses Web Research Agents?

🔬

Researchers and Analysts

Users who need repeatable workflows for source discovery, public information lookup, and structured briefs — without manual copy-paste each cycle.

💼

Product and Marketing Teams

Teams researching categories, competitors, positioning, content topics, product opportunities, or public market context.

🧑‍💻

AI App Builders

Developers building research assistants, knowledge workflows, source-aware dashboards, or agent-powered research products.

📝

Content and SEO Teams

Teams collecting topic context, source ideas, competitor pages, SERP patterns, and research outlines for content planning.

Related QVeris Scenario

Build a Web Research Agent in Claude Desktop

See how this use case can be implemented as a concrete Claude Desktop + QVeris workflow — source discovery, public information lookup, and structured brief generation.

Explore scenario →

Continue Exploring QVeris

Frequently Asked Questions

What are AI agents for web research?
AI agents for web research are workflows that use external tools and structured capabilities to support tasks such as source discovery, public information lookup, webpage extraction, topic research, company research, and structured brief generation.
How does QVeris help web research agents?
QVeris helps agents discover, inspect, and call verified research capabilities through one unified capability layer instead of requiring manual copy-paste or custom integrations for every research provider.
Can QVeris support source discovery workflows?
Yes. QVeris can help agents discover and call capabilities that support source discovery, web search, public information lookup, webpage extraction, and structured summarization.
Is QVeris a search engine?
No. QVeris is a capability routing network for AI agents. It helps agents access real tools, APIs, data sources, and external services, including research-related capabilities from third-party providers.
Do agents inspect research tools before using them?
Yes. The QVeris workflow allows agents to inspect schemas, required parameters, output structure, provider information, and cost signals before executing a call.
Can web research outputs be used without review?
No. Research outputs should be reviewed, verified, and evaluated by qualified humans before being used for publication, business decisions, legal, medical, financial, or other high-stakes purposes.
Do I need to hardcode every web research provider?
No. QVeris reduces one-off integration work by giving agents a unified way to discover, inspect, and call web research capabilities — less time wiring APIs, more time building research workflows.
What can a web research agent build with QVeris?
A web research agent can support topic research, source discovery, public information lookup, webpage extraction, company research, product comparison, content planning, and structured research briefs.

Build Web Research Agents with Real Capabilities

Use QVeris to give AI agents access to research capabilities for source discovery, public information lookup, webpage extraction, topic research, and structured briefs.