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vehicle

LAVE (Low-Altitude Vehicle Experiment) is an open-source research platform exploring human-scale hover in the sub-meter regime using distributed electric thrust, real-time stabilization, and fully transparent hardware and software systems. Built for reproducibility and experimentation rather than productization, it focuses on measuring the unstable transition between ground contact and sustained flight, with all telemetry, failures, and design iterations openly shared as part of the research process. https://roxanneardary.com/lave/

TrueRoute is an open-source, vehicle-aware navigation and travel intelligence platform that combines routing, real-time road conditions, scenic exploration, and AI-powered trip planning into a single modular system. Built on OpenStreetMap and designed for offline, mobile, web, and in-vehicle use, it adapts routes dynamically based on vehicle size, user intent, weather, and road conditions while turning every trip into a personalized travel experience. https://roxanneardary.com/trueroute/

AIChauffeur is an open-source AI Driving Efficiency Coach designed to retrofit ICE, hybrid, and EV vehicles. It provides real-time driver coaching, predictive energy optimization, and modular integration with regen, HVAC, and accessory systems. AIChauffeur helps drivers maximize efficiency, reduce energy waste, and improve overall driving performance, all while remaining fully open-source and community-driven. https://roxanneardary.com/aichauffeur/

VoltMesh is an open-source mobility platform that replaces proprietary in-car systems with a universal, hardware-agnostic operating layer. It unifies screen mirroring, real-time vehicle diagnostics, EV energy intelligence, and fleet coordination into a distributed mesh network that enables smarter routing, safer robotaxi dispatch, and cross-vehicle swarm intelligence. https://roxanneardary.com/voltmesh/

Odessa Drive is an open-source, AI-powered vehicle intelligence system that uses voice input and GPS tracking to automatically log business mileage, fuel purchases, and vehicle repairs. It maintains structured, audit-ready records and applies versioned IRS tax rules to support compliant, transparent reporting and decision-making. https://roxanneardary.com/odessadrive/

RegenMatrix is an open-source AI-controlled regenerative energy system for ICE, hybrid, and EV vehicles. It combines modular hardware units with adaptive AI to maximize energy recovery, optimize efficiency, and provide real-time feedback to drivers. Fully retrofit-friendly and community-driven, RegenMatrix learns from driving patterns, road conditions, and fleet data to reclaim wasted energy dynamically, making every drive smarter and more efficient. https://roxanneardary.com/regenmatrix/

RoadSage is an open-source AI vehicle intelligence system that continuously monitors real-time mechanical signals—such as vibration, sound, pressure, and telemetry—to learn each vehicle’s normal behavior and detect early signs of wear or failure. By combining sensor fusion, time-series modeling, and predictive analytics, RoadSage transforms traditional vehicles into self-monitoring systems capable of identifying issues before they become critical, enabling safer and more proactive maintenance. https://roxanneardary.com/roadsage/

DashHub is an open source, AGPL-3.0+ universal automotive dashboard platform designed to retrofit any vehicle—regardless of make or year—into a modular, connected, and upgradeable system. It combines a Linux-based core, web-based UI, CAN/OBD-II hardware abstraction, and a plugin architecture to support features like navigation, diagnostics, media, AI assistants, and IoT integration. Built around a hardware bridge device and real-time event bus, DashHub enables community-driven development of vehicle profiles, modules, and interfaces, making any car adaptable to modern and future automotive technologies. https://roxanneardary.com/dashhub/

StoneBack is an open-source, repairable rear-vision system designed for real-world vehicles, from passenger cars to industrial and agricultural equipment. Built with a split architecture separating a passive camera head from an interior compute node, it delivers high-quality, full-color imaging with deterministic performance, no cloud dependency, and long-term serviceability. The project prioritizes transparency, durability, and ownership, enabling users to build, modify, and maintain their own vehicle vision systems for decades of use. https://roxanneardary.com/stoneback/

TruthVIN is an open-source platform that delivers accurate, VIN-level vehicle valuations using real market data, verified sales, and open algorithms. Designed to replace opaque systems like Kelley Blue Book, TruthVIN empowers buyers, sellers, and developers with transparent pricing, regional insights, and community-driven data contributions. https://roxanneardary.com/truthvin/

Jeu de construction de véhicules dans un monde physique

Mirror of https://github.com/ptlc8/physics-custom-vehicles

C++ application for synchronous vehicle movement. Vehicle communication protocol + Synchronous vehicle swarm moving system

Robotics, RISC-V, RPi, Arduino, ODBII, and IoT in general

Speed and Traction Controller for a vehicle powered by a DC motor

Yocto project for Jalopy Swarm project.

Ovis service

Some tests about driving a car.

vehicle-history