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Axy Reads Your Papers and Draws the Map of Your Field.

Give it the folder you've been filling for the last three years. It pulls the concepts out of each paper, works out how they connect, and hands you a map you can question in plain English.

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A 4-minute walkthrough — from a stack of papers to a living concept map.

10M+

Researchers each rebuilding the same map from scratch

23%

Of work time spent re-reading what others already mapped

$150B

Spent annually on "catching up"

2 yrs

For a new lab member to inherit what came before

2,400+ Researchers have applied

MIT  ·  Stanford  ·  Max Planck  ·  UniGE

The Problem

Everything in the lab is backed up except the part that took longest to build.

The most valuable knowledge in a lab often exists only in a few researchers’ heads.

01

The two-year ramp

A new postdoc spends their first two years rebuilding a model of the field. Somebody in the lab already had it. Usually the person they replaced.

02

Three people, the same 200 papers

Nobody in your group is hiding their reading. They just have no way to see anyone else's, so the overlap turns up by accident in a group meeting, a year late.

03

Handover is a folder and a phone call

You get the files, the passwords, and a wiki page written in the last week of a contract. The five years of judgment behind them has nowhere to go.

Witness the move from overloaded information to meaningful discovery.
— Axy’s Research Brief
The Solution

Ask a question — watch your field connect.

Axy maps your field at the concept level. Ask in plain language and watch the graph assemble — surfacing the bridges and gaps you would have missed.

The Axy canvas with an empty graph and the question “I just started on Parkinson’s — what connections am I missing?” typed into the ask bar.
I just started on Parkinson’s — what connections am I missing?

Let me map the concept neighbourhood.

  • Scan concept clusters
  • Trace connections
  • Surface bridges

The gut microbiome links to Parkinson’s via SCFAs → α-synuclein — a bridge across two clusters most newcomers miss.

produces modulate aggregation drives may be a target for Gut microbiome Short-chain fatty acids α-synuclein Parkinson’s disease
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