| Component | What It Does | Technical Highlights | |-----------|--------------|----------------------| | | Detects low‑amplitude brain‑wave patterns and translates them into actionable commands. | 12‑bit, 6 kHz sampling; on‑device AI‑accelerator for real‑time classification; < 2 ms latency. | | Jet‑Aided Visual Engine (JAVE‑2) | Projects high‑resolution holographic AR onto a custom diffractive lens. | 1440×2560 px per eye; 120 Hz refresh; eye‑tracking for foveated rendering. | | Adaptive Haptic Mesh (AHM‑Lattice) | Provides localized tactile cues on the wrist and forearm. | 64 independent haptic actuators; programmable waveforms up to 1 kHz. | | Quantum‑Secure Edge Processor (QSEP‑Q5) | Handles encryption, local inference, and power management. | 5 nm silicon‑photonic co‑processor; 256‑bit quantum‑resistant keys. | | Energy‑Harvesting Band (EHB‑Flex) | Extends battery life by converting kinetic, thermal, and ambient RF energy. | 20 mW average harvested; 48 h continuous operation on a 300 mAh solid‑state cell. |
Approximately 120 minutes (the "29 Min" in your query likely refers to a specific preview or segment). (part of the MIAB/MIA series). Kitorune Kawaguchi. Content Overview miab-376-javhd.today02-01-29 Min