We trained identical Pi-0 and ACT policies on a $259 LeRobot SO-101 tabletop kit and a $19,500 Mobile ALOHA V2 station to quantify task transferability, workspace volume, and payload ceiling.
RECIWO Labs calculated the true 24-month ownership cost of 12 commercial AI wearables and companions, comparing $179/year Pro subscriptions against open BYOK API and local home servers.
How video-generative world models synthesize photorealistic failure rollouts from just 20 real teleoperation trajectories on LeRobot SO-101 and Unitree G1.
RECIWO Labs tested the three best sub-$100 AI voice devices on the market in 2026, proving you do not need to spend $300+ to get reliable agentic voice memory and MCP automation.
RECIWO Labs linked two Mac mini M5 Pro units via sub-microsecond Thunderbolt 5 networking, benchmarking tensor-parallel vs. pipeline-parallel inference in MLX Distributed and llama.cpp RPC.
How temple-mounted and collar-mounted AI wearables fuse green/red/IR PPG with skin conductance and voice prosody biomarkers to detect cognitive fatigue.
RECIWO Labs measured discovery packet storms, Iceoryx zero-copy shared memory latency, and Wi-Fi teleoperation throughput on the Unitree G1 using ROS 2 Jazzy/Kilted.
RECIWO Labs measured Time-to-First-Audio (TTFA), Real-Time Factor (RTF), and MOS naturalness of open-weight TTS models running locally on Mac mini M5 Pro, Jetson Orin NX, and mobile NPUs.
