In connected car news are Aumovio, TrinamiX, TSMC, Mercedes-Benz, Liquid AI, Valeo, Google Cloud, LG Innotek, Razor Tracking, CerebrumX, Arasan Chip Systems, Seeing Machines, Wind River, CHERI Alliance, 5GAA & Netradyne. In this Article Aumovio & TrinamiX Integrate NIR Spectroscopy For In-Car Alcohol Detection Aumovio SE and trinamiX GmbH have developed a non-invasive blood alcohol concentration measurement system for automotive cockpits utilizing miniaturized near-infrared spectroscopy. The hardware-software integration allows for precise BAC assessment via fingertip contact with integrated interior surfaces such as touchscreens or steering wheels. The system employs invisible NIR light pulses to detect ethanol molecules within dermal tissue, utilizing AI-based algorithms to analyze backscattered light patterns. Functionality has been validated through clinical studies registered with the German Clinical Trials Register, targeting compliance with emerging global driver monitoring system regulations and Euro NCAP safety protocols. The sensing module features a compact footprint designed for seamless integration into existing vehicle architectures for OEMs including Volkswagen, Stellantis, and Mercedes-Benz. The technology delivers high-precision readings within a ten-second measurement window, providing a friction-free alternative to traditional breathalyzer-based ignition interlocks. While the current prototype focuses on advisory warnings and sobriety verification, the scalable architecture supports diverse legal threshold configurations across international jurisdictions. Commercial deployment in mass-production vehicle models is projected for the 2029 model year as manufacturers move to meet National Highway Traffic Safety Administration and European Transport Safety Council impairment prevention mandates. Infrared Spectroscopy Integration For In-Cabin Impairment Detection Aumovio SE and trinamiX GmbH have introduced a non-invasive blood alcohol concentration measurement system utilizing miniaturized near-infrared spectroscopy for integration into automotive cockpits. The hardware module utilizes invisible light pulses to detect ethanol molecules within sub-dermal tissue upon fingertip contact with interior surfaces such as touchscreens or steering wheel sensors. Reflected light patterns are processed via AI-based algorithms to deliver precise biometric analysis