SYSTEM ACTIVE // TARGET ACQUIRED

VOICE-DRIVEN SPATIAL VISUAL ASSISTANT

Point your phone camera at unfamiliar hardware, ask out loud what you need to understand, and receive instant 3D AR cues and spoken guidance anchored directly on the physical controls.

[ 01 // POINT CAMERA ] AIM AT PHYSICAL HARDWARE

Point your device at sound equipment, machine panels, or complex electronics during live inspection or repair.

[ 02 // ASK OUT LOUD ] HANDS-FREE VOCAL QUERY

Speak naturally without touching the screen: "Tell me what those three knobs do."

[ 03 // 3D AR EXPLANATIONS ] ANCHORED SPATIAL CUES

Multimodal AI localizes individual components in 3D space, projecting locked cyan cue panels connected directly to each control.

CUE 01 // TARGET LOCK 0.37 M

TOP KNOB

Controls input level for microphone or line source on input 1.

CUE 02 // TARGET LOCK 0.37 M

MIDDLE KNOB

Controls input level for instrument plugged into the front panel.

CUE 03 // TARGET LOCK 0.39 M

BOTTOM KNOB

Adjusts listening volume for your headphones and rear main outputs.

SYSTEM MODE: [HANDS-FREE] 2.7 S

>>> LISTENING

> CORE CAPABILITIES

MODULE // 01 LOCK 0.37M

SPATIAL ANCHORING & AR

Real-time 3D camera mapping, depth field projection, and low-latency computer vision built with native Kotlin and custom 6DoF rendering pipelines.

MODULE // 02 WEBSOCKET 60FPS

LIVE MULTIMODAL AI

Direct low-latency WebSocket feeds streaming bidirectional audio and camera frames with real-time conversational agent backends for hands-free guidance.

MODULE // 03 HARDWARE BRIDGE

EMBEDDED CONTROLLERS

Custom HID emulators, microcontroller firmware, and direct hardware bridges connecting physical sensor suites to host operating systems.