Role: Director & 3D Artist
Task
Develop a speculative concept for a next-gen AI-assisted camera by Cheeze Robotics—designed to think, track, and adapt in real time. The goal was to visualize a high-end imaging device that merges robotics, machine vision, and intuitive human interaction into one seamless product experience.
Bonus: Visualize real-time AI features such as object tracking, dynamic framing, and environment mapping.
Extra bonus: Deliver looping animations that showcase the AI’s logic and presence through motion and interface overlays.

Process
The challenge was to design a product that feels like it belongs 10 years in the future—blending sleek industrial design with visible intelligence. The key was in combining hyper-real surface details with non-obtrusive UI indicators, holographic readouts, and AI feedback loops that felt believable and grounded in near-future tech.

Solution

• Modeled a compact robotic camera housing with adaptive lens components, cooling systems, and sensor arrays.

• Integrated dynamic holographic UI elements that change based on camera behavior: auto-subject detection, facial recognition, environmental depth mapping, and predictive motion cues.

• Designed lighting and camera angles to highlight the "awareness" of the device—focusing on subtle servos, smooth stabilization shifts, and red/blue LED logic feedback.
  
  

The Cheeze Robotics AI Camera concept merges future-forward design with practical storytelling. It simulates an interface between human users and an intelligent imaging tool—positioning it as a vision system, not just a camera. The modular render system supports easy variations to test new UI states, body types, or behaviors.