The Future of Drug Discovery

Drug Discovery Platform

The Future of Drug Discovery

Automated Design-Make-Test-Analyse cycle

Retrosynthesis AI
Spaya

Orchestration AI
Ilaka

Generative AI
Makya

Synthesis
Iktos Robotics

Biological testing
Iktos Robotics

Purification & analysis
Iktos Robotics

Benefits

Transforming Drug Discovery with AI and Robotics

Our fully digitized, AI-drive process enables fast progression towards optimal candidates, collecting high quality data at unprecedented speed

Increase Efficiency

Increase Efficiency

Enable six times more parallel projects with the same number of chemists.

Speed Up Drug Discovery

Speed Up Drug Discovery

Reduce the timeline to under 24 months.

Transforming Drug Discovery with AI and Robotics

Our Workflow

Step-by-Step Molecular Journey

Generative AI

Generative AI

The Autonomous Lab transforms drug discovery through a systematic molecular journey. It begins with Makya, our generative AI, which generates optimal molecules in silico.

Retrosynthesis AI

Retrosynthesis AI

These molecules are then processed by Spaya, our retrosynthesis AI, to identify synthesis routes compatible with our robots.

Orchestration AI

Orchestration AI

Ilaka, our orchestration AI, takes over to manage the entire workflow, from ordering raw materials to overseeing synthesis campaigns and directing robots to perform the chemistry.

Robot Driven Chemistry

Robot Driven Chemistry

Our Chemspeed platform allow to run 100 reactions per day in parallel across more than 55 different named reactions. 

Robot Driven Biology

Robot Driven Biology

High-throughput phenotypic assays obtain massive and robust data by observing several thousand of cellular events. Our patented Microtubule Bench technology (MT bench®) industrializes cell testing, a powerful technology to assess drug efficacy directly from inside the cell.

Transforming Drug Discovery with AI and Robotics

AI-driven design tightly integrated with automation

Ilaka: AI-Driven Orchestrator

Powered by our AI-driven tools Makya and Spaya

Makya designs synthetically accessible compounds, tailored for robotic synthesis.
Spaya API produces routes compatible with robotics synthesis.

Maximal synthetic output from a single robot

Ilaka applies a Cluster synthesis strategy: prioritizes routes based on inventory and reaction conditions. It creates chemically-diverse reaction clusters to maximize robot utilization.

Optimal control for chemists

The chemist reviews and validates Ilaka's planned workload with visibility over real-time robotics capacity and inventory management.

Powered by our AI-driven tools Makya and Spaya
Maximal synthetic output from a single robot
Iktos Robot Picture

Watch the video of our robots at work

Partnering for Success

Strategic Drug Discovery Collaborations

At Iktos, we collaborate with pharmaceutical and biotech companies to drive innovation in drug discovery. Our Drug Discovery collaborations leverage our AI and robotics platforms to accelerate the development of new drug candidates.

Enhance your drug discovery projects with our advanced technologies and expert support.

Strategic Drug Discovery Collaborations

Iktos' platform is supported by European Innovation Council

We are proud to have been awarded a prestigious EIC Accelerator grant to advance our AI-driven, automated drug discovery platform. This recognition underscores our pioneering work, integrating generative AI, robotics, and high-precision biological screening to accelerate the development of novel therapeutics.

EIC Co-Founded by EU