
APIS FOR AI AGENTS
Search + content extraction in one platform. Web, research, and financial data and clean page conten, in a single call.
AN AGENT IS ONLY AS GOOD AS ITS CONTEXT
Most “search” tools return web links. Agents need sources and content. Blog posts about SEC filings, not the filings. Articles about clinical trials, not the trial data. Pages full of navigation and pop-ups, not the text your model can use.
Discover howWhat are the 5 year historical stock prices for Nvidia and AMD?
Found 2 results
Price of AMD for 2021-01-28 to 2026-01-28
97%Use cases:
How users use Valyu
Research pipelines
Extract full articles from search results for deeper analysis
Data enrichment
Pull structured fields from company pages, docs, product listings
Content monitoring
Track changes over time with consistent extraction
Use cases:
How users use Valyu
Research pipelines
Extract full articles from search results for deeper analysis
Data enrichment
Pull structured fields from company pages, docs, product listings
Content monitoring
Track changes over time with consistent extraction
Search, built for AI agents
The highest accuracy search API. Web, research, and financial data in a single call.
Web + Proprietary
Search the open web alongside licensed datasets: arXiv + PubMed, full-text SEC filings, live market data from 70+ exchanges, clinical trials, patents, and economic indicators. One API. Every source your agent needs.
Natural Language Queries
Agents don’t want to parse ticker symbols or look up NCT IDs. They want to ask for what they need. “Phase 3 melanoma immunotherapy trials” works — no database identifiers required.
AI-Ready Outputs
Results come with content, relevance scores, and source metadata. Feed them directly into your agent’s context window. No extraction. No cleaning. No post-processing.
What are the 5 year historical stock prices for Nvidia and AMD?
Price of AMD for 2021-01-30 to 2026-01-30
"ticker": "AMD",
"period": "5Y",
"data_points": 60,
"prices": [89.2, 112.4, ...]
}
Click to expand • 60 data points
Extract content from any URL
Turn web pages into clean, structured data — Markdown, JSON, screenshots, or AI summaries.
Clean Markdown
Get page content as structured markdown. Headlines, paragraphs, lists, tables — preserved.
Structured Extraction
Define a JSON schema. Extract specific fields from any page.
AI Summaries
Summarize the page with control over length and focus.
Screenshot capture
Need the visual? Get a screenshot of any URL alongside the extracted content.
Tesla, Inc.
Annual Report pursuant to Section 13 or 15(d) of the Securities Exchange Act of 1934
Key Financials
Revenue
$96.77B
Net Income
$7.93B
Total Assets
$106.62B
Employees
140,473
Contents
Part I — Business
15
Part I — Risk Factors
27
Part II — Financial Statements
39
Part II — MD&A
51
Part III — Directors & Officers
63
Three lines to power your agent
No pipelines to wire up. No parsing. No cleanup. Three lines is all it takes to give your agent real context.
Why choose Valyu
Intelligent Routing
Valyu analyzes your query and routes to the right sources automatically. Ask about “Tesla earnings” — it hits financial databases. Ask about “mRNA vaccine mechanisms” — it routes to academic literature. Faster. More relevant. Lower cost.
Control & Guardrails
Restrict results by domains, datasets, or URLs. Filter by date range. Set relevance thresholds. Control spend with max_price.
Predictable, transparent pricing
Pay per retrieval. No subscriptions. No token counting. Search API: $0.003 per result (web) | $0.01+ per result (proprietary) Contents API: $0.001 per successful extraction

SoTA across several benchmarks

DRACO is Perplexity's open expert-rubric benchmark of 100 long-form deep research tasks across 10 professional knowledge-work domains, including finance, medicine, academic research, law, and technology. Each output is graded by a per-criterion judge against a domain-expert rubric. We ran every commercially available deep research API end-to-end against the same 100 questions.
Every search and research API was tested on its highest publicly-available compute tier. Parallel (Ultra8x), You(.)com Research (exhaustive), Tavily (pro), Exa (deep-reasoning), and Perplexity Deep Research (Opus 4.6). Valyu was run on Heavy mode; we offer a higher Max tier but did not use it here, since Max is more expensive per task than the field.
Valyu DeepResearch achieved 72.7% accuracy on the DRACO long-form research benchmark, outperforming Perplexity Deep Research (70.5%), Claude Opus 4.6 (59.8%), Gemini Deep Research (59.0%), and OpenAI Deep Research o3 (52.1%), while operating at less than half the cost of the next-best system.
Cost vs accuracy across deep research APIs