🤖What happens when robots can share what they see, even when they don't have the same view?
Auki just demonstrated something interesting with its SDK.
One robot spots a cup. Another robot can't see it, but still knows its location and can point towards it using shared spatial information.
The team also demonstrated collaborative collision avoidance and volumetric triggers, allowing robots to respond to defined areas in their environment.
Why does this matter?
Because the future of robotics isn't just about making individual machines smarter. It's about getting multiple robots to understand the same environment and work together.
This is the bigger vision behind Auki's Real World Web: shared spatial intelligence for robots, AI and connected devices.
Individual intelligence is powerful. Collaborative intelligence is where things get interesting.
That's why I'm keeping $AUKI firmly on my radar. 🦾
Auki just demonstrated something interesting with its SDK.
One robot spots a cup. Another robot can't see it, but still knows its location and can point towards it using shared spatial information.
The team also demonstrated collaborative collision avoidance and volumetric triggers, allowing robots to respond to defined areas in their environment.
Why does this matter?
Because the future of robotics isn't just about making individual machines smarter. It's about getting multiple robots to understand the same environment and work together.
This is the bigger vision behind Auki's Real World Web: shared spatial intelligence for robots, AI and connected devices.
Individual intelligence is powerful. Collaborative intelligence is where things get interesting.
That's why I'm keeping $AUKI firmly on my radar. 🦾
