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AI-Powered Scientific
Discovery Platform

Generate innovative research hypotheses from 530,000+ scientific articles. Cross-domain knowledge graph analysis powered by advanced AI.

530K+
Scientific Articles
27
Research Domains
16+
Hypotheses per Report
8–20 min
Generation Time

How It Works

From question to validated hypotheses in minutes

Ask a Question

Enter any research topic or scientific question. Optionally upload PDFs to seed the analysis.

AI Deep Analysis

NER extraction, knowledge graph construction, cross-domain link discovery, and hypothesis generation powered by advanced AI.

Validated Report

Receive scored hypotheses ranked by novelty, feasibility, and impact — with full PDF export and literature references.

Built for Serious Research

Everything you need to accelerate scientific discovery

Cross-Domain Discovery

Our knowledge graph connects concepts across 27 scientific domains, surfacing non-obvious links that human researchers might miss.

Hypothesis Scoring

Each hypothesis is scored on novelty, feasibility, and scientific impact using multi-criteria validation against existing literature.

PDF Upload & Analysis

Upload up to 5 research papers to seed discovery. The AI extracts entities and builds context from your existing literature.

Industry Intelligence

Competitive landscape analysis, patent monitoring, and market cartography for R&D teams and technology scouts.

Export & API

Download professional PDF reports with strategic context. API access available for programmatic integration.

Team Collaboration

Shared workspaces, team accounts with up to 10 seats, and centralized report management for research groups.

Sample Output

Here's what a generated hypothesis looks like

Score 0.82Molecular Biology

CRISPR-Cas9 base editing of the BCL11A erythroid enhancer at +58 position can achieve >90% fetal hemoglobin reactivation in sickle cell patient-derived CD34+ cells with minimal off-target editing.

Mechanism

Adenine base editing (ABE8e) disrupts the GATA1 binding motif within the BCL11A enhancer, reducing BCL11A expression in erythroid progenitors and derepressing gamma-globin transcription via KLF1 compensatory binding.

Novelty
0.78
Feasibility
0.85
Impact
0.83

27 Scientific Domains

From astrophysics to robotics — our knowledge graph spans the full spectrum

AstrophysicsBiotechChemistryClimate & EnergyComputer ScienceGeneticsMaterials ScienceNeuroscienceOncologyPhysicsQuantumRobotics+15 more

Simple, Transparent Pricing

Start free. Upgrade when you need more.

Trial

Free

1 report preview. No commitment.

Popular

Academic

from 5,000€/yr

Unlimited research reports. Full access.

Industry

from 16,000€/yr

Unlimited competitive intelligence reports.

Full

from 69,000€/yr

Research + Industry + Directoire.

Enterprise

Custom

All features + API + SSO.

Who Uses IA Science

Academic Researchers

PhD students and PIs use IA Science to explore cross-domain connections and generate novel hypotheses for grant proposals and publications.

R&D Teams

Industry R&D teams leverage our competitive intelligence module to monitor technology trends, patent landscapes, and emerging opportunities.

Technology Scouts

VCs, tech scouts, and innovation managers use our platform to identify breakthrough technologies and emerging research frontiers.

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Start Discovering Today

Join researchers and R&D teams using AI to uncover the next scientific breakthrough. No commitment required.