Potential Applications
The possibilities for micro-robotics are endless, from search and rescue missions in rubble to inspecting bridges and buildings. Imagine tiny robots swimming through your blood to detect diseases or operating without invasive surgery.
4/5🧵

Bio-Inspiration and Innovation
A 4mm jumping micro-robot that leaps 100x its length, utilizing innovative actuation methods like electrostatic forces and micro-fabricated materials to achieve complex interactions with its environment.
3/5🧵

Apptronik's approach to safety is impressive, with a focus on maintaining a safe region around the robot. This is crucial for autonomous tasks, where unexpected interactions can occur.

3/4 🧵

The Intuitive LED interface on Apollo is one of the most user-friendly designs I've seen. It's clear that the team has prioritized safety, with features like advanced force control architecture and designated impact & perimeter zones for emergency stoppage scenarios.

2/4 🧵

Last but not least, I want to highlight @Apptronik's Apollo, a humanoid with a strong foundation. What sets it apart is its "robot as a platform" approach, allowing for adaptable mobility (wheels, legs, stationary) and a focus on human-robot interaction. #humanoidrobots
1/4 🧵

3/3 🧵
The silver lining
As a majority-owned subsidiary of @Hyundai, cost barriers might be more manageable. The potential for mass production and reduced costs could make Atlas more accessible to industries and researchers alike.

2/3 🧵
What's missing?
Human-robot interaction and language comprehension capabilities, making it less of a cobot. Cost is also a concern, given the high price tag of their previous robots, such as Stretch ($300k-$500k) and Spot ($75k)

@OpenAI rebuilding its robotics team makes strategic sense, as it can create a full-stack solution like @NVIDIARobotics Isaac, driving adoption & lock-in. However, it may divert resources from core AI research 🤔 #AI #Robotics