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Iris.ai

Accelerate literature reviews for research & learning with maps

Free | Freemium | Paid | Enterprise ⭐⭐⭐⭐☆ 4.4/5 🔬 Research & Learning 🕒 Updated
Visit Iris.ai ↗ Official website
Quick Verdict

Iris.ai is an AI-driven research assistant that converts papers and project briefs into semantic Research Maps and extractable claim data for literature discovery. It suits researchers and R&D teams who need rapid, evidence-linked literature mapping rather than simple keyword search. Pricing starts with a Free tier and scales to paid individual and enterprise plans (paid tiers are priced approximately; confirm on iris.ai).

Iris.ai is an AI research assistant that helps researchers, students and R&D teams discover, map and extract knowledge from scientific literature. Its core capability is converting PDFs and text prompts into semantic Research Maps that visualise topic clusters and direct links to source claims. Iris.ai differentiates itself with an extraction-focused Document Reader that surfaces claims, methods and evidence chains instead of only listing citations. The tool targets academics, patent analysts and industrial researchers in the Research & Learning category. A Free tier exists with limited searches; paid plans add project exports and team features (pricing approximate).

About Iris.ai

Iris.ai is a Norway-founded research AI platform (founded 2015) positioned as an evidence-first literature discovery and mapping tool. It was created to help academics and R&D teams move beyond keyword search by using NLP to identify conceptual relationships and extract claim-level evidence from papers. The company markets Iris.ai as a Research & Learning tool aimed at accelerating literature reviews, scoping prior art and turning large PDF collections into navigable knowledge graphs. Its value proposition is turning long, fragmented literature searches into a reproducible, visual map tied to source passages, improving transparency and traceability in literature workflows.

Iris.ai’s feature set focuses on three core capabilities. The Document Reader ingests PDFs and extracts claims, methods, and supporting sentences, tagging them with concepts for quick review and citation export. The Research Map visualiser builds a semantic graph of concepts and papers, allowing users to explore related clusters and quickly jump to primary sources; maps can span hundreds of nodes depending on dataset size. The Semantic Search engine accepts abstracts, project briefs, or research questions as input and returns semantically matched papers rather than keyword hits, and supports filtering by year and source. Iris.ai also offers project-level exports (BibTeX/CSV) and an API/enterprise integrations layer for linking maps to institutional repositories (API access and limits are gated by commercial plans).

Pricing is offered as a Free tier plus paid individual and team/enterprise plans. The Free tier allows a limited number of searches and single-user projects (basic PDF uploads and small Research Maps). Paid individual plans and Team subscriptions add higher monthly upload/search quotas, full Document Reader exports, BibTeX/CSV export and team collaboration features; Iris.ai lists Enterprise/academic site licensing as custom-priced. Exact monthly prices for Pro and Team tiers should be confirmed on iris.ai (the vendor often uses region and volume-based pricing, so publicly listed rates may vary and are approximate). Nonprofit and institutional deals are commonly negotiated directly.

Real-world users include academic researchers mapping a literature field and R&D teams scoping patents and prior art. Example: a PhD candidate uses Iris.ai to reduce literature screening time by identifying 30–50 highly relevant papers from 1,000 PDFs. Example: a patent analyst uses the Document Reader to extract claim-evidence chains for freedom-to-operate reports. Iris.ai compares directly to tools like Connected Papers and Semantic Scholar, but it leans more heavily on claim-level extraction and project exports than connected-graph visualisers that prioritize citation networks.

What makes Iris.ai different

Three capabilities that set Iris.ai apart from its nearest competitors.

  • Claim-level Document Reader that pairs extracted assertions with exact source sentences for traceable evidence.
  • Research Maps are built from semantic concept relationships instead of purely citation-based networks for topical exploration.
  • Enterprise API and export-first workflow designed to integrate extracted claims into downstream review or patent workflows.

Is Iris.ai right for you?

✅ Best for
  • PhD students who need reproducible literature maps for systematic reviews
  • Patent analysts who need claim-to-evidence extraction from large PDF sets
  • R&D managers who need rapid scoping of technical fields and exportable evidence
  • Librarians who need to curate and export thematic collections for institutional projects
❌ Skip it if
  • Skip if you require comprehensive, subscription-level full-text access to paywalled journals (Iris.ai relies on uploaded PDFs or your subscriptions).
  • Skip if you need a pure citation-network tool focused only on citation metrics and bibliometrics.

✅ Pros

  • Extracts claim-level sentences and links them to source passages for verifiable evidence
  • Produces visual Research Maps that reveal topical clusters and direct links to primary sources
  • Provides BibTeX/CSV exports and an API for integrating outputs into reproducible workflows

❌ Cons

  • Full-text coverage depends on user-uploaded PDFs or external access; it doesn't bypass paywalls for you
  • Pricing and quota details can be opaque; larger institutional or API access typically requires custom negotiation

Iris.ai Pricing Plans

Current tiers and what you get at each price point. Verified against the vendor's pricing page.

Plan Price What you get Best for
Free Free Limited searches, single-user projects, basic PDF uploads and small maps Students or trial users exploring core features
Pro (Individual) Approx $49/month Higher upload/search quota, full Document Reader exports, BibTeX/CSV Individual researchers who need exports and larger maps
Team Approx $199/month Shared projects, team seats, larger quotas, collaboration and admin controls Research teams needing shared projects and collaboration
Enterprise Custom Site licensing, API access, SSO, custom quotas and SLAs Institutions and enterprises requiring integrations and support

Best Use Cases

  • PhD researcher using it to identify and extract 30–50 highly relevant papers from 1,000 PDFs
  • Patent analyst using it to produce claim-to-evidence chains for freedom-to-operate reports in days not weeks
  • R&D manager using it to generate an exportable literature map for quarterly technology scouting and prioritisation

Integrations

Mendeley (citation export/import) Zotero (citation export/import) PubMed (search and metadata filtering)

How to Use Iris.ai

  1. 1
    Start a new project
    Click 'Start new project' or 'Create project' on the dashboard, give it a descriptive title, and select the Research Map workflow. Success looks like a blank project canvas ready to ingest documents and queries.
  2. 2
    Upload PDFs or paste brief
    Use the 'Upload PDFs' button or paste your abstract/project brief into the prompt box. Iris.ai will queue the files and display ingestion progress; successful uploads appear in the project's file list.
  3. 3
    Run Document Reader and Map
    Open an uploaded PDF and click 'Run Document Reader' to extract claims, or click 'Generate Research Map' to produce semantic nodes. A completed run shows extracted sentences and a visible concept graph.
  4. 4
    Review and export results
    Use the map and extracted passage panels to validate findings, then click 'Export' and choose BibTeX or CSV to download citations and extracted text for use in your manuscript or reports.

Iris.ai vs Alternatives

Bottom line

Choose Iris.ai over Connected Papers if you need extractable claim-level passages and exportable Research Maps for reproducible reviews.

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Frequently Asked Questions

How much does Iris.ai cost?+
Pricing starts with a Free tier; paid plans are available. Iris.ai offers a Free tier with limited searches and PDF uploads; paid individual and Team plans add higher quotas, full Document Reader exports and collaboration features. Enterprise site licenses and API access are custom-priced and typically negotiated by institution or company. Confirm current monthly prices on iris.ai because rates and regional offers may vary.
Is there a free version of Iris.ai?+
Yes — Iris.ai offers a Free tier with limits. The Free plan allows basic PDF uploads, small Research Maps and a limited number of semantic searches. It’s sufficient to test the Document Reader and mapping workflow, but exports, larger quotas and team collaboration require paid plans. Students often use the Free tier to trial features before committing to Pro or institutional licences.
How does Iris.ai compare to Connected Papers?+
Iris.ai focuses on claim extraction and exportable maps. Connected Papers emphasises citation-network visualisations; Iris.ai emphasises semantic concept maps plus a Document Reader that extracts claim-level sentences and exports passages for reproducible reviews. Choose Connected Papers for citation-network exploration and Iris.ai for evidence-linked extraction and project exports. Both can be complementary in literature workflows.
What is Iris.ai best used for?+
Iris.ai is best for building evidence-linked literature maps and extracting claim-to-evidence passages. It’s designed to accelerate systematic reviews, technology scouting and patent prior-art scoping by turning large PDF collections into searchable, exportable Research Maps with linked source sentences and citations.
How do I get started with Iris.ai?+
Create an account on iris.ai, then start a new project and upload a sample PDF or paste an abstract. Run the Document Reader to extract claims and generate a Research Map; validate extracted passages and export BibTeX/CSV when satisfied. Use the Free tier to trial features before upgrading for higher quotas or team collaboration.

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