Everything you need to run IVF, from laboratory workflows to clinical decisions, in one intelligent system.
Clarity for clinicians. Control for embryologists. Visibility for lab directors.
Decision intelligence for every critical IVF sample, from sperm and oocytes to embryos.
IITM ShaastraStart-upsA chip on which organs can be grown and imaged, for research and for care.
The New Indian ExpressChennaiA palm-sized chip for personalized drug screening of a patient’s cancer tissue.
India Education DiaryEducationIIT Madras and MIT scientists grow human brain tissues from a 3D-printed bioreactor.
Founded by
IIT Madras Alumni
“A phenomenal platform that has continued to give back in numerous ways.”
Ikram KhanCEO, Embryo One
EurekAlertBest paperBiomicrofluidics 2021 Best Paper, for live imaging of organoids on a low-cost chip.
Mubarak KhanLinkedInAn electrical engineer builds a tiny system that can grow tiny brains.
Digital IndiaFacebookA low-cost 3D-printed system to create mini-brain organoids that mimic how our minds work.
Simple to adopt, secure to run and designed around the people doing the work.
Works with your devices, systems and existing lab environment.
AES-256 encryption. Role-based access. Complete audit trails.
Expert assistance when your team needs it. Fast troubleshooting. Guided resolution.
Expert assistance whenever your team needs it.
Less time managing systems. More time focused on the results.
One lab, fully run in Embryo One: patients, witness checks, AI grading, cryo storage, lab health, batch-tracked inventory, and an audit trail for every critical step.
Each centre keeps its own patients, stock, and cryo map, while the group can switch branches, move stock between sites, and compare clinic, witness, and operator reports.
Add a centre without a new system. The same workflows, inventory controls, and oversight apply at every site as the network grows.
Results / Impact
Day 90
Day 60
Day 1
Let's make IVF workflows clearer.
Patients, witness events, embryos, cryo, inventory, and the cycle timeline live on one record. The embryologist, the lab director, and the clinic see the same picture for that centre.
Every andrology and embryology step is an RFID check, from the sample tube and OPU dish through ICSI, the cryo lock, and embryo transfer. If the scanned dish, tube, or cryo lock belongs to another patient, the mismatch is flagged, logged, and can be escalated.
Each frozen embryo is stored against a tank, canister, goblet, and position, with a tank map and a movement log for freeze, thaw, and transfer. Tank temperature and liquid nitrogen level are monitored, and a low level raises a refill alert.
Media, reagents, and consumables are tracked by batch, vendor, and expiry. When an item is used, that use is recorded against the patient and the procedure. Low and critical stock is flagged before the lab runs short.
Each centre keeps its own patients, stock, and cryo map. The group can switch branches, move stock between sites, and compare clinic, witness, and operator reports.
WhatsApp updates go out at the steps that matter: OPU, ICSI or IVF, day checks, cryopreservation, and transfer. Each message shows sent, delivered, or read, and embryo images can be shared on the same thread.
Incubator temperature, flow, and CO₂, and the room’s humidity, pressure, and air quality, are watched continuously. A reading outside range raises an alarm, with a log of who acknowledged it. Cryo tanks raise the same kind of alert for temperature and liquid nitrogen.
