Artificial Intelligence Robot Performs First Successful In Vitro Fertilization
- Dakila News
- May 10
- 3 min read

Egg fertilization with an AI robot took less than 10 minutes. (Image: Conceivable Life Sciences) Understand the news at your own pace: To make the content more accessible while maintaining technical depth, this news story was presented in two formats:
Simplified version: Ideal for those not in the field but curious about the subject.
Technical version: Aimed at readers with prior knowledge or professional interest in the topic.
Choose the reading that suits you best — or take advantage of the two as! Accessible language:
In a historic milestone for reproductive medicine, the first baby conceived by a robot operated by artificial intelligence has been born. The procedure was performed by scientists from the company Conceivable Life Sciences, who developed a machine capable of automating all the steps of in vitro fertilization (IVF).
The patient, a 40-year-old woman who had previously tried conventional IVF unsuccessfully, participated in the experiment. The robot performed 23 steps of the process, including selecting the healthiest sperm, immobilizing them with a laser, and injecting them directly into the egg. The resulting embryo was implanted in the patient's uterus, culminating in a successful pregnancy and the birth of a healthy baby.
This breakthrough promises to revolutionize fertility treatments, making them more accurate and accessible. Automating the process could reduce human error and allow clinics around the world to offer IVF treatments more efficiently and at a lower cost.
Although further studies are still needed to fully validate the efficacy and safety of the technique, the success of this first case paves the way for a new era in assisted reproduction, where technology plays a central role in making many families’ dreams come true.
(News produced with the help of AI)
Technical language:
In April 2025, researchers at Conceivable Life Sciences announced the birth of the first baby conceived through fully automated intracytoplasmic sperm injection (ICSI), using robotics and artificial intelligence. The patient, a 40-year-old woman with a history of failed IVF, underwent the experimental procedure that culminated in a successful pregnancy.
The automated system performed all 23 steps of ICSI, from sperm selection based on morphology to laser immobilization and precise injection into the egg. The process was remotely monitored by specialists in New York and Guadalajara, demonstrating the feasibility of remote operations in highly complex procedures.
Of the five eggs fertilized by the automated system, four developed normally to the blastocyst stage. One embryo was selected, frozen, and later transferred to the patient’s uterus, resulting in the birth of a healthy baby. This result suggests that automation can match or even surpass the success rates of manual ICSI, in addition to standardizing the procedure and reducing variability associated with the skill of the embryologist.
This advance represents a significant step in the integration of emerging technologies into reproductive medicine. AI-powered ICSI automation can not only increase the efficiency and accuracy of procedures but also democratize access to fertility treatments, especially in regions with a shortage of specialized professionals. However, additional studies are needed to assess the long-term safety and ethical impacts of this technology.
(News produced with the help of AI)
(Nasce o primeiro bebê de fertilização in vitro feita por máquina ...) (Nasceu o primeiro bebé concebido através de uma "Fertilização in ...)

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