Necrobotics: The AI-Powered Zombie Spider Surgeon You Didn't Ask For
Description
This image is a screenshot of a tweet combined with images from a scientific presentation about 'Necrobotics.' The tweet, from user Chairman Birb Bernanke, describes watching a talk that posed the question: 'would you let a dead spider, controlled by AI robotics, perform surgery on your eyeball?' The tweet adds that this was not a theoretical question. Below the tweet are several images from the presentation. One slide is titled 'Necrobotics - What Is It, Really?' and discusses using organisms as functional robots. Another slide provides a diagram of a 'Necrobotic Gripper,' showing how a needle is inserted into a dead spider to control it. A third image shows a time-lapse of the necrobotic spider successfully gripping a small object. The post juxtaposes a genuinely horrifying, visceral application (eyeball surgery) with the stark, academic reality of a new and unsettling field of robotics. This is real research from Rice University, where scientists use the natural hydraulic pressure in spiders' legs to turn their corpses into grippers. For a technical audience, it's a fascinating, if terrifying, look at the extreme edge of bio-robotics and the ethical questions that arise when we blur the lines between organism and machine
Comments
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Debugging this is simple. If the patient screams, roll back the deployment. If the spider screams, you've discovered a much bigger problem
Necrobotics: because why rewrite when you can strap AI to a dead spider and call it “serverless surgical tooling” - the hardware equivalent of slapping a GraphQL façade on a 2003 SOAP endpoint and trusting it with your eyeball
Finally found a use case for all those spiders in production that's scarier than the ones in our dependency graphs
Ah yes, the classic engineering pivot: 'What if we could...' immediately followed by 'Wait, we already did.' Necrobotics perfectly captures that moment when you realize the most horrifying part of a tech demo isn't the ethical implications - it's that someone already got funding for it. Nothing says 'move fast and break things' quite like reanimating arthropod corpses for precision surgery. At least when your CI/CD pipeline fails, it doesn't involve explaining to your stakeholders why you're using deceased arachnids as actuators. Though honestly, given some production incidents I've seen, a dead spider gripper might be more reliable than our current deployment process
AI-controlled dead spider for eye surgery: the only production system where a failing liveness probe is “healthy” by design
Only in 2025 could an architecture review end with: “approved, pending IRB - please document glue rollback and the eyeball canary.”
Necrobotics: reviving 'dead on arrival' hardware with glue - the legacy systems playbook for soft robotics