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R&D Project / Edge AI / Assistive Mobility

Adaptive AI Mobility Runtime

Wearable assistive navigation system combining LiDAR, computer vision, YOLO, audio guidance, directional LED feedback and live web monitoring for obstacle and fall-risk detection.

LiDARYOLOv8nEdge AIAssistive mobilityRuntime safety
Adaptive AI Mobility Runtime
Client / ProgrammeInternal R&D / Horizon-ready concept
Year2026
LocationRomania / EU
StatusWorking demo in real-world testing

Overview

Adaptive AI Mobility Runtime is an edge-AI platform for assistive mobility. The system runs on Raspberry Pi and integrates LiDAR, camera vision, YOLOv8n, proximity sensing and a live web dashboard for real-time monitoring. It is designed for visually impaired users, older adults and rehabilitation or recovery scenarios.

Challenge

People with disabilities or reduced mobility face daily risks from obstacles, stairs, edges, dynamic objects and collision or fall hazards. Simple assistive tools provide limited context, while many digital solutions are not validated in real-world conditions.

Solution and impact

The system detects obstacles and fall-risk situations in real time, evaluates the level of risk and provides audio and visual guidance. The dashboard stores events, incidents, images and runtime data for analysis and validation.

The platform can support independent mobility, accident prevention, rehabilitation support and integration into European projects focused on independent living, disability and community care.

How it works

Real-time assistive navigation, from sensing to guidance.

The wearable edge device reads data from LiDAR, camera vision, motion sensing and distance sensing, runs local perception, sends structured runtime events to the backend and triggers audio or LED guidance whenever a risk is detected.

InputLiDAR, camera, motion sensor and distance sensing
ControlRuntime safety policy, obstacle memory and risk scoring
OutputAudio guidance, LED feedback, incidents and live dashboard

Real Edge AI

Local object detection on the wearable device, without depending on cloud services for critical safety decisions.

Runtime safety orchestration

Policy engine, state machine, obstacle memory and real-time risk escalation for safer navigation support.

Live monitoring

Dashboard with live video, incidents, logs, model registry, device health and structured runtime JSON.

AI, ASSISTIVE MOBILITY & R&D

Open for technical partnerships

We are looking for partners for piloting, validation and integration in healthcare, rehabilitation, independent living and European project contexts.

[email protected] Linux, Windows, networking, software development, automation and AI delivery.
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