Syntopia combines advanced 3D cell culture, organoids, and innovative microfluidics to help to biotech and pharmaceutical industries generate high-quality biological data at scale - accelerating research and reducing clinical failure rates

In drug discovery, over 90% of drug candidates fail in clinical trials. Traditional models - 2D cell cultures and animal testing - poorly predict human biology, driving huge costs and delays for biotech and pharma.
At Syntopia, we aim to transform how drugs are developed by making advanced, human-relevant in vitro models scalable, accessible, and data-driven.
We build a platform that generate the high-quality datasets needed to power AI, improve predictivity, and accelerate the transition toward New Approach Methodologies.

3D cell culture & organoids
Scaffold-based tissue models with long-term viability and functional assays

Innovative microfluidics
Pump-free, open format, fully compatible with robotics - enabling high-throughput experiments and large-scale data generation without specialized instruments

Multi-modal readouts
Immunofluorescence imaging, secretome chemical analysis, and RNA sequencing after treatment - delivering a comprehensive view of cell responses
We enable a new generation of drug discovery
Our solution is modular - we can adapt the device design and assay configuration to meet specific application needs.
Current focus on three applications:
Patient-derived tumoroids / organoids with immune cell co-culture
Enables functional studies: migration, cytotoxicity, CAR-T/CAR-NK screening
Primary Human Hepatocyte model, viable > 21 days
Enables robust datasets for in silico toxicity prediction
Brain microenvironment organoids integrating microglia
Supports personalized medicine and early-stage neurotoxicology








