AI Home/Office Robot Assistant
Prototype an assistant robot combining spatial computer vision, natural voice conversations, indoor navigation, and environmental monitoring.
The Problem
What difficult challenge is this experiment tackling?Smart speakers are deaf and blind static objects that cannot move to a user, inspect physical rooms, or verify if an appliance was left running.
The Hypothesis
What do I believe autonomous AI & engineering can accomplish?Combining a mobile robotic base with conversational LLMs and computer vision creates an interactive assistant capable of answering questions and visually inspecting physical spaces.
System Architecture & Workflow
End-to-end design, data pipelines, and component interactionBenchmark & Empirical Metrics
Accuracy • Latency • Cost • Token Usage • Human InterventionAnswers conversational questions while moving smoothly without losing audio stream; 1.8s voice response latency.
Security, Privacy & Ethical Guardrails
Risk mitigation, strict boundaries, and sandbox controlsPhysical camera privacy shutter hardware switch; audio recording only activates upon explicit wake-word trigger.
Lessons Learned & Observations
Empirical findings from prototyping and testingMotor acoustic noise must be dynamically subtracted from microphone input for reliable speech recognition while moving.
Next Experiment Iteration
Upcoming modifications, scaling factors, or new hypothesesAdd facial recognition for authorized family/team greeting and personalized notifications.