Our vision
We make reliable measurement in analytical chemistry universal.
Analytical instruments do not operate under ideal conditions. They operate in a real world, subject to ambient conditions that influence their readings —atmospheric pressure, temperature, electromagnetic interference, insufficient shielding, among others. Mitigating these artifacts typically means more frequent calibration — a burden on time, money, and the environment alike.
Most of these artifacts are known to science. Few are corrected for in practice. Over decades, they became accepted sources of error, quietly buried in measurement uncertainty or simply ignored.
metXact is changing that — one technique at a time.
We are starting with an artifact in gas chromatography that was first described 57 years ago. It is not a theory — it is documented, published under peer review, and is reproducible. Yet textbooks have neglected it, and international standards even contradict it. For more than half a century, laboratories worldwide have been working around a documented, correctable artifact — unaware that it was there.
Correcting it is the first step. Once demonstrated in GC, the same principle can be applied to atomic spectroscopy (ICP-OES, AAS), infrared spectroscopy (FTIR), and mass spectrometry (MS) — every analytical technique where environmental and instrumental conditions leave a fingerprint on the result.
AI in the service of laboratory staff
Correcting instrumental artifacts is only part of the picture. Laboratory staff carry real responsibility — for the quality of their measurements, for the decisions that depend on them, and for the safety of the people they ultimately serve. That responsibility deserves support.
metXact's AI will work alongside laboratory teams, not above them. It will flag anomalies, quantify uncertainty, and provide a consistent second opinion — one that never gets tired, never cuts corners under time pressure, and always shows its work. The analyst will remain in charge. The AI will make that responsibility easier to carry.
The world this creates
Laboratories everywhere — not just the well-staffed, well-funded ones — produce results that can be trusted. Analytical findings are honest about their own limitations. Uncertainty is not hidden in footnotes but communicated clearly to the people who act on it.
Experienced analysts retire. Their knowledge does not.
Decisions about food safety, air quality, and pharmaceutical release will be made on measurements that have been evaluated consistently, transparently, and to a documented standard — everywhere and every day. That is the world metXact is working toward.