Better Public Transport Requires Better Conditions
Traditional bus stops often lack real-time information, safety features, or proper lighting — factors that discourage public transport usage.
The Omniflow AI Bus Stop addresses these issues by making stops more connected, reliable, and energy-efficient.
What is the Omniflow AI Bus Stop?
A compact, solar-powered infrastructure upgrade that turns any bus stop into a smart urban node.
Smart LED Lighting
With edge computing to process data locally.
Connectivity
Wi-Fi and 5G/LTE connectivity for seamless internet access
Audio Announcements
Real-time arrival information
or ambient sound.
Sustainability
>90% energy savings with solar power and grid backup
Security
Security cameras, motion sensors, and people counting for increased safety and route optimization.
Retrofit-ready
Modular and retrofit-ready design for quick deployment on existing poles
RGB LED indicator
It signals bus drivers when passengers
are waiting.
API integration
For transport schedules and municipal systems
Why Choose the Omniflow AI Bus Stop?
Reimagine your city's public transport experience with smart infrastructure built for people, performance, and the planet.
Increased Safety
Night-time lighting, camera monitoring, and AI-based alerts.
Real-time Info
Arrival times and schedules via screen or audio.
Sustainable Energy
Solar power + battery = over 90% energy savings.
Always Connected
Wi-Fi, 5G, and LTE, for passenger engagement.
Easy to Install
Adapts to most existing infrastructure.
Ready to Scale
Awarded design luminaire with multiple upgrade options.
FAQ's
What powers the AI Bus Stop? It is powered by solar energy and includes a battery system. A grid connection is also available as backup.
Can it be installed on existing infrastructure? Yes. The Smart Luminaire design allows for retrofit on existing light poles, reducing installation time and costs.
How does the AI system work? Using edge computing and integrated sensors, the system processes data locally to deliver real-time insights and automated actions, such as lighting adjustments and passenger detection alerts.
What data can be shared via API? Timetables, bus arrival forecasts, and system usage data can be exchanged through APIs, enabling integration with public transport platforms.
Is it scalable or upgradable? Yes. The modular design supports technological upgrades and future expansions, adapting to changing urban mobility needs.