AI-DRIVEN RESEARCH

Close the loop with
the physical world.

Models can design experiments in seconds. Augmentiv runs them in real labs and returns structured, verified results your models can learn from.

Talk to our teamSee the platform
REQUESTDESIGN → BENCH
// your model proposes an experiment"protocol": "qpcr_panel_v3","samples": 24,"conditions": ["ctrl", "dose_10uM"]
RESPONSE● VERIFIED
// verified result returned"status": "verified","steps_verified": "12/12","deviations": 0,"data": "results.parquet","run_record": "EXP-2214"
DATA QUALITY CALCULATOR

What does noisy data cost your models?

When a wet-lab result is wrong because of how the experiment was run, your model learns the error. Estimate how much of your data that affects.

Designs tested per yearWet-lab data points feeding your models
2,000
Cost per design testedMaterials, lab time and analysis
$150
Results affected by execution errorsHandling, timing or setup problems — not the biology
8%
Design–test cycles per yearHow often new results go back into training
6
YOUR MODELS, EVERY YEAR
160data points a year with hidden execution errors
$24Kspent generating data your models shouldn’t learn from
27corrupted results in every design–test cycle
Talk about clean training data →

Estimates use only your inputs. Execution error rates vary widely by assay and lab — use your own experience. With a run record, execution problems are flagged alongside the data instead of being silently learned.

THE CHALLENGE

The bench is the slowest part of the loop.

01

Wet-lab bottleneck

Designs pile up faster than any one lab can run them.

02

Noisy labels

When a result is wrong, you can’t tell model error from lab error — so the model learns the noise.

03

Missing context

Results arrive without the execution details needed to interpret them or train on them.

A scientist in safety glasses examining a flask of liquid under purple lab light
Real labs. Real data. Verified.
HOW AUGMENTIV HELPS

Ground truth, at the speed of your model.

Submit designs programmatically, run them across a network of verified labs, and get back data with full execution context.

  • 01 Active-learning loops Feed verified results straight back into the next round of designs.
  • 02 Model validation Test predictions against real experiments, with deviations flagged.
  • 03 Benchmark datasets Build training and evaluation sets where every data point has a run record.
  • 04 Design–build–test cycles Run many iterations in parallel across labs instead of one queue.
KEEP EXPLORING
SOLUTIONS Biotech & pharma SOLUTIONS Academic research PLATFORM The run record

Put your model in the lab.

Talk to us about programmatic access and running your first design batch.

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