Speeding Up Merck’s Process from 6 Months to 6 Hours with an AI R&D Assistant

Researcher at a microscope.

6

Hours to find molecules

vs. 6 months of manual work by domain experts.

5

Weeks to build it

The window for the proof of concept, met and under budget.

65

Countries

Where Merck operates, making the tool relevant across its global business.

The client

Two experts looking at a tablet.

Merck is a German science and technology company working across healthcare, life science and electronics, with around 62,000 employees in 65 countries.

With roots going back to 1668, it is the world's oldest operating chemical and pharmaceutical company. Its domain experts track new chemical compounds across a constant flow of scientific literature.

The challengeWhat the teams actually needed

Merck's domain experts spent around 6 months reading scientific literature by hand to find chemical compounds worth selling. Merck had 5 weeks to see whether AI could take that work over.

Challenge 01Input bigger than the model

The volume of literature ran past what popular LLMs can hold, so the input had to be broken into chunks before anything could read it.

Challenge 02A catalog missing key data

Merck's internal catalog lacked details like InChIKeys and CAS numbers, so matching found compounds to products wasn't possible.

Challenge 03Five weeks, no more

The proof of concept had to be ready inside the deadline and inside budget.

Researchers in a laboratory.

What we did

An AI R&D assistant, built in 5 weeks

We built an AI R&D assistant that turns scientific papers into a ready list of chemical compounds for Merck's domain experts.

Area 01 · Extraction

LangChain

Chemicals named and coded

Every chemical mentioned in an article is identified along with its role in the system, then given its official name and unique code so there is no ambiguity about what was found.

Area 02 · Enrichment

Data

Properties from the big databases

Large chemical databases supply the rest: InchiKey, Smiles code, molecular formula, synonyms, and CAS numbers pulled from those synonyms.

Area 03 · Catalogue

Integration

Already on the shelf?

Each identified molecule is checked against the Merck catalogue database to see whether the company already sells it.

Area 04 · Interface

Product

Results a chemist can read

Domain experts upload PDFs and see all results on one screen, including a 2D image of each chemical structure.

Client testimonial

If I had to choose two words to summarize our collaboration with Netguru it would be speed and efficiency. They were able to provide us with a POC within the 5 weeks deadline and now, with the AI R&D Assistant, we can complete our task in a fraction of the time.

Mark Greiner

Digital Innovation Manager at Merck KGaA Darmstadt

Tech stackThe tools that made it possible

01

LangChain

The framework behind the extractor, calling out to the model endpoints.

02

Azure OpenAI

The endpoints doing the extraction work.

03

AWS

Merck’s own secure infrastructure, where the proof of concept is hosted.

04

Chemical databases

External sources supplying the properties behind each identified molecule.

What’s next

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