Key RTI Information and Jargon Busting Glossary
Learn more about Real Time Information (RTI) displays for bus shelters and bus stops, the technology that helps bus passengers plan their journeys more efficiently and improves public transport networks.
Real-Time Information (RTI) at bus stops provides live updates on arrival times, service disruptions, and transit schedules via digital displays. RTI systems use GPS tracking, data integration, and digital signage to relay accurate transit information through cellular, Wi-Fi, or LoRaWAN networks. Benefits include reduced wait times, improved efficiency, and sustainability. Learn more about RTI displays, the technology that helps bus passengers plan their journeys more efficiently and improves public transport reliability.
RTI systems rely on GPS tracking, data integration, and digital signage to provide accurate transit information. Bus locations are updated in real time and transmitted to electronic bus stop displays via cellular, Wi-Fi, or LoRaWAN networks.
Smart bus shelters integrate RTI with additional features such as wireless charging, Wi-Fi, and environmental sensors to enhance passengers’ convenience.
For more detailed information about RTI technology see our comprehensive guide to understanding key terms related to real-time information systems for bus shelters and bus stops, below.
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A public address system providing spoken bus arrival information.
A technology that tracks buses in real time using GPS or other location-based services.
A system that gathers and updates real-time bus information without manual input.
A secondary power source used to keep displays operational in case of power failure.
A wireless communication technology used for transmitting real-time bus information to nearby devices.
Accessibility features integrated into RTI systems for visually impaired passengers.
A single platform where all bus location and schedule data is collected and distributed to RTI systems.
A system where RTI information is stored and managed via cloud computing.
An application programming interface that enables different RTI systems to communicate and share data.
An electronic display providing real-time bus arrival and departure information.
A low-power electronic paper display used for showing bus arrival times and service updates.
A digital screen technology that mimics the appearance of ink on paper, commonly used for bus stop RTI systems.
A satellite-based navigation system used to determine the real-time location of buses.
Mobile network technologies used to transmit real-time bus information from the control center to display units.
A touchscreen-based RTI system allowing passengers to access detailed route and service information.
A network of connected devices, including RTI displays, that communicate in real-time.
Techniques used to minimize delays in delivering real-time bus information to passengers.
A screen using light-emitting diodes to show bus schedules and announcements.
Technology that ensures RTI displays operate efficiently with minimal energy use.
Technology that enables devices such as RTI displays and sensors to exchange data without human intervention.
Traditional electricity supply used to power bus stop RTI systems.
An RTI system that delivers bus arrival information through smartphone applications.
A wireless technology allowing passengers to access bus schedules via their smartphones by tapping an NFC tag.
A framework that allows multiple transportation agencies and developers to use RTI data for public and third-party applications.
A software system that handles the collection, processing, and distribution of RTI.
The use of AI and machine learning to estimate bus arrival times based on historical data and current conditions.
A system where passengers scan a QR code to access live bus information on their smartphones.
A display showing the estimated time until the next bus arrives.
A system that provides passengers with up-to-date arrival and departure times for buses.
Measures to protect real-time bus data from unauthorized access or cyber threats.
Notifications sent to RTI systems to inform passengers of delays, route changes, or service interruptions.
A standalone digital information board installed at bus stops for real-time service updates.
Renewable energy source using photovoltaic panels to power RTI displays.
An eco-friendly RTI display integrated into bus shelters.
A real-time information screen powered by solar panels, often used in off-grid locations.
A feature in RTI systems that converts text information into audible announcements for visually impaired passengers.
