A tiny surgical robot named spaceMIRA successfully performs and completes the first simulated surgery at the space station. At the time of the simulated operation, SpaceMIRA was remotely operated by surgeons from around 250 miles (400 kilometers) below in Lincoln, Nebraska.

spaceMIRA, which stands for Miniaturized In Vivo Robotics Assistant, is a remotely operated robot created by Virtual Incision. The robot weighs 2 pounds (0.9 kilograms), has a compact microwave-size design, and has two arms that allow it to perform surgery. Mimicking a surgeon, spaceMIRA’s arms have assignments. The left arm is used to grasp and the right arm is used for cutting (or slicing).

Shedding more light on spaceMIRA’s design is Shane Farritor, cofounder and chief technology offer at Virtual Incision, “It gives smaller hands and eyes to the surgeon (on Earth) and allows them to perform a lot of procedures minimally invasive,”, he says.

The telesurgery happened on a Saturday after spaceMIRA arrived at the space station on February 1. Said demonstration sought the help of a remote surgeon to control spaceMIRA’s arms to provide tension to the simulated tissue on one hand and the other hand to dissect the elastic tissue with scissors. Seeing as how the operation performed is still a demonstration, the team made use of rubber bands as makeshift tissues. A total of six remote surgeons performed tests with spaceMIRA, and each of them had a common surgical task. Farritor reports that all six operations were successful.

However, one important finding they noted was the time delay experienced between receiving and sending commands to spaceMIRA. A colorectal surgeon, Dr. Michael Jobst, reports that the time delay experienced was around 0.85 of a second. While that might not seem a lot, he puts it into perspective by saying, “In a live patient, if there is bleeding, it’s my job to stop that bleeding immediately. But to have an 800 to 850-millisecond lag between seeing the blood loss and then doing something about it, I mean, effectively, that’s like…saying, OK, one Mississippi, two, and then I get to go ahead and fix the problem,”.

Nonetheless, spaceMIRA and this successful telesurgery demonstration are valuable findings in expanding surgical options on Earth, in distant places, and beyond. “As Farrior said, “There are a lot of places in the US … that don’t have access to specialists, and if you could perform telesurgery like this, where you could have an expert dial in from a larger city into a rural area and assist with some surgical care, I think that’s got huge advantages.”. With that, spaceMIRA can potentially expand its services in rural areas or military battlefields, aside from extending its services in space.

spaceMIRA is certainly a giant leap in the industry of surgical robots and healthcare. One can’t help but wonder what the future might bring for robotic surgery, robots in space, and more.

The new funding of $25 million is set to fuel the expansion of Moxi robots in healthcare, offering a helping hand to nurses during their demanding shifts. These Moxi robots, with anthropomorphic attributes like arms and LED eyes, are poised to become a common sight in care facilities and hospitals.

Diligent Robotics, the brains behind Moxi, have ambitious plans for their product. Diligent CEO Andrea Thomaz, PhD, emphasized their mission to create competent and helpful allies for nurses, rather than replacing them. The company envisions a future where robots work collaboratively with human caregivers to enhance overall patient care.

Moxi’s primary function is to streamline delivery tasks, such as the distribution of medications to residents and patients, as well as transporting essential equipment. Its purpose aligns with the broader trend of integrating non-physical artificial intelligence systems into administrative roles to alleviate the burden on healthcare professionals.

Moxi’s capabilities extend beyond lifting items with its arms; it can also manipulate doors and operate elevators to navigate healthcare facilities. The company takes pride in the robot’s “social intelligence,” highlighting its ability to navigate through crowded areas without colliding with individuals or objects.

Notably, another robot in development, Fourier Intelligence’s GR-1, possesses weightlifting capabilities and is a potential asset in senior living and healthcare settings, assisting residents in transferring to and from beds and wheelchairs. Similar to Moxi, GR-1 units sport humanoid characteristics.

Robotic technology is making inroads in various healthcare applications, including security, cleaning assistance, and notably, providing companionship to seniors to combat loneliness.