Years lost. Billions wasted. Batches that fail. AjaxDNA is the only integrated platform — digital cell twin software + LabOnAcell hardware — that cuts R&D cycles & data obtention from months to hours.
Biotech R&D takes 12+ years and up to $4B per product. Most of that is avoidable waste — caused by the same three bottlenecks.
Each design-build-test iteration takes months in traditional wet labs. Researchers are stuck waiting for results before they can try again.
Production yields in fermentation and bioprocessing are often below 30% of theoretical maximum. Optimization is expensive, slow, and largely guesswork.
Unexpected changes in microorganisms activity causes failures at scale, inconsistent pre-clinical trials, regulatory rejections, and massive financial losses.
AjaxDNA is not just software or just hardware. It's the first complete system where digital cell models directly guide single-cell physical experimentation — closing the loop between in silico and in vivo.
Simulate, predict, and optimize your biological engineering in silico before touching a single cell. Reduce wet-lab iterations by up to 90%.
Thousands of miniaturized biological labs running in parallel — each integrated into a single cell. Patentable electromagnetic DNA synthesis at unprecedented scale.
Test Better, Test Faster. — The only platform where software and hardware work as one.
Our integrated platform replaces years of costly wet-lab data obtention with a digital-first, hardware-validated workflow.
Discover any disease cause and solution in hours with up to 95% cost reduction. Save billions by preventing clinical trial failure.
→ Save billions in trialsMake bioreactor-produced ingredients at competitive cost for any product, in hours. Optimize production yields and fermenter conditions.
→ Save millions in productionDigital-twin validated protocols ensure batch consistency from pilot to production — eliminating the costly guesswork of scale-up.
→ Consistent batch-to-batch// Digital cell twin modeling: Flux Balance Analysis
function optimizeMetabolism(organismId) {
var state = getCellState(organismId);
var flux = runFBA(state.genome);
if (flux.biomass < 0.12) {
return redesignPathway(state.metabolism);
}
return validateSimulation(flux);
}
// Massively parallel synthesis protocol
function designExperiment() {
var variants = generateCodonVariants();
var synthesis = prepareEMSynthesis(variants);
return synthesis.executeInParallel();
}
// AI-powered prediction: Multi-omics integration
function predictYield(data) {
var model = loadCellNN();
var transcriptomics = data.getRNASeq();
var prediction = model.process(transcriptomics);
return prediction.confidenceScore;
}
// Protein folding and discovery engine
function discoverProteins(target) {
var structure = predictFolding(target);
if (structure.hasBindingSite) {
return optimizeAffinity(structure);
}
}
One platform, unlimited applications. From personalised medicine to sustainable food production.
Design patient-specific therapies in hours. Predict drug-gene interactions before clinical trials.
Pharma
Engineer precision fermentation ingredients at competitive production cost. Optimize bioreactors in silico before production.
Food Tech
Design stable-state microbial communities for environmental remediation and disease control. A true one health approach.
ResearchA bioreactor is just a small, controlled ecosystem. An ecosystem is just a very large, uncontrolled reactor. AjaxDNA's microbial digital twin models the organism — not the vessel. The only variable is size.
Only the reactor size changes.
The ecosystem that backs AjaxDNA
Lanzadera
IDEAS UPV
AgrotecUV
Bioval
Food for Life
UPV
ENISA
IBV
VLC Innovation Capital
Recognition from the ecosystem and leading acceleration programs backing AjaxDNA.
Our growing footprint in global media and biotech ecosystems.
Connect with our team to explore how our integrated platform can transform your R&D process — from digital simulation to physical validation.
See our platform in action with a tailored demonstration of your specific use case.
Discuss your specific needs with our biotech engineers and scientists.
Get a roadmap for integrating our solution into your existing workflow.