AI-native in silico drug design

Move from hypothesis to prioritized decisions faster with lower early-stage cost.

denovoX pairs two high-level pipelines: target to molecules and molecule to targets, helping teams de-risk discovery through computational prioritization before wet-lab investment.

Platform access is currently gated through sales/demo onboarding.

Conceptual flow overview

Pipeline 1 Target Output Molecules Pipeline 2 Molecule Output Targets ML prioritization layer (high-level)

Pipelines

Two complementary workflows for modern drug design teams

Pipeline 1: target → molecules

  1. Start with a disease-relevant target.
  2. denovoX explores chemical space through an ensemble of ML approaches.
  3. Receive prioritized molecule candidates for follow-up work.
Open Pipeline 1

Pipeline 2: molecule → targets

  1. Start with a molecule of interest.
  2. denovoX predicts likely human targets and off-target signals.
  3. Get ranked outputs to support risk-aware decisions.
Open Pipeline 2

Benefits

Built for speed, resource efficiency, and higher-confidence prioritization

Lower early-stage cost pressure

Reduce broad experimental search space by prioritizing candidates before intensive wet-lab allocation.

Faster iteration cycles

Move from hypotheses to ranked options quickly, supporting tighter decision loops across discovery teams.

Off-target and adverse-effect awareness

Use predicted target/off-target patterns to spot potential risk signals earlier in exploratory stages.

Who we serve

Designed for teams with different scales but similar discovery pressure

Pharma and biotech

Support portfolio triage and early-stage prioritization with computationally ranked candidate insights.

Contact sales

Startups

Focus limited resources on the most promising hypotheses and reduce exploratory dead ends.

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Academic labs

Accelerate translational exploration with a practical in silico layer for candidate and target assessment.

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Trust and validation

Current MVP validation

MVP currently tested by 3 labs at Nazarbayev University.

Built on high-performance infrastructure (GCP, AWS, Azure, Oracle, and similar).

Infrastructure and security

Cloud-native by design

  • Deployment flexibility across major cloud environments.
  • Attention to practical data-protection controls for collaborative R&D workflows.
  • MVP positioning remains deliberately non-committal on formal certifications.

Read security posture

Review privacy policy

Next step

De-risk discovery decisions before expensive experimental cycles.

Contact sales

Contact sales

Request a demo discussion

Tell us your use case and team context. We will follow up to scope fit and next steps.