Continuum

Inspiration

Our inspiration came from a real experience. One of our team members suffered a severe asthma attack during an eight-hour flight, with no doctors on board and limited medical support available. That moment made us realize how critical it is to connect specialists to emergencies anywhere in the world. We wanted to create a solution that ensures no one has to face a medical crisis alone, even tens of thousands of miles from help.

What it does

Ronin is a teleoperated medical assistance robot that connects medical specialists on the ground to responders at the scene in real time. Using virtual reality, a doctor can see through Ronin’s cameras and control its arms and hands remotely to guide life-saving procedures. Ronin acts as the doctor’s hands, eyes, and voice bridging the gap between medical expertise and those providing first response during in-flight or remote emergencies.

System Components Our system is comprised of three primary nodes that communicate in real-time: ● The Remote Specialist Node (The "Brain"): ○ Hardware: Meta Quest 3 headset and controllers. ○ Software: A custom Unity application. ○ Data Input: Captures the specialist's head/hand position and orientation (6DoF tracking), controller inputs (triggers, buttons), and microphone audio. ○ Data Output: Renders the incoming video and audio from the on-site location, creating an immersive experience. ● The On-Site System Node (The "Body"): ○ Hardware: The Humanoid Robot Torso (with integrated cameras, microphone, speakers, and servo motors) and a Tablet for the on-site operator. ○ Software: An onboard control system on the robot and a simple UI on the tablet. ○ Data Input: Receives control commands for the robot's motors and audio for the speakers. ○ Data Output: Captures and streams a high-fidelity video feed from its cameras and audio from its microphone. ● The Network & Communication Layer (The "Nervous System"): ○ Technology: A high-throughput, low-latency connection for persistent, real-time data streaming. This is the core channel for all in-session communication.

Challenges we ran into

Latency

What we learned

We learned how to integrate robotics, virtual reality, and communication systems into one cohesive platform. More importantly, we learned that impactful innovation begins with empathy; understanding the human problem behind the technology. Working on Ronin reminded us that engineering is most powerful when it brings people closer together.

What's next for Continuum

Next, we plan to refine Ronin’s design for improved portability and reliability, while exploring integration with advanced communication and medical monitoring systems. We aim to collaborate with aviation and healthcare partners to test Ronin in real-world environments. Our long-term vision is to expand Ronin’s use to ambulances, disaster zones, and remote medical transport, ensuring that no emergency ever has to wait for help.