Pulsebotics: AI-Powered Surgical Precision
Inspiration
We were inspired by the need for greater precision, efficiency, and safety in heart surgery. Traditional procedures rely heavily on surgeon expertise, but even the best hands have limits. By integrating AI and robotics, we aim to enhance human capability and revolutionize surgical outcomes.
What it does
Pulsebotics is an AI-assisted robotic surgical system designed to augment, not replace, surgeons. It provides real-time predictive simulations, allowing doctors to trace surgical steps on a touchpad before the robot executes precise, micro-level incisions. Screen recording ensures full transparency, making every operation more accountable.
How we will build it
- Custom-built robotic system with surgeon-guided execution.
- **Amazon Rekognition for medical image classification.
- Secure data handling with de-identification & encryption for patient privacy.
Challenges we ran into
- Ensuring absolute reliability in high-risk surgeries.
- Balancing human oversight with AI-assisted automation.
Accomplishments that we're proud of
- Created an accountability system through real-time surgery recording.
- Designed an AI model that predicts surgical risks before execution.
What we learned
- AI in healthcare should assist, not replace, human expertise.
- Privacy-first development is key when handling medical data.
- Transparency and accountability build trust in AI-driven healthcare.
What's next for Pulsebotics
- Building AI models to support high-risk surgeries.
- Clinical trials to validate safety and effectiveness.
- Optimizing hardware for better precision and efficiency.
- Collaborating with hospitals & regulators for real-world deployment.
Pulsebotics is more than just a robotic system—it's a leap forward in AI-powered surgical precision.
Built With
- figma
Log in or sign up for Devpost to join the conversation.