Public transport

Automatic passenger counting (AFZ)

Our solutions meet the highest accuracy standards and the industry standard VDV 457.

We integrate common sensors from Hela and Xovis or seamlessly integrate existing systems so that modernizations can be implemented step by step.

With our AI-based video APC technology, you can use existing surveillance cameras for passenger counting. Advantages:

• No additional cabling or hardware installations.
• Updates enable new functions.
• Reduced maintenance costs.

AI based Object Recognition & Occupancy Detection

Real-time occupancy detection is available: Inform your passengers about free seats and increase efficiency when changing trains.

Our AI-based video analysis recognizes and processes a variety of objects that are transported on public transport, including: Luggage, baby carriages, bicycles, walkers and skis.

Enable automatic detection of dirt and waste: targeted cleaning measures to improve passenger comfort and overall quality.

With precise and efficient video analysis, free spaces can be determined in real time. This feature improves customer satisfaction and optimizes the use of your vehicles.

Video-based security system

Processes data directly on the camera to avoid bottlenecks in the cloud.

Our systems are low-maintenance, redundant and secure - without additional on-board computers.

Advantages

Combine existing sensors with AI-based analysis and state-of-the-art video surveillance - all integrated in a stable and highly available system.

Our AI learns and adapts to your specific requirements. The algorithm delivers answers to your individual questions within just a few weeks.

With our system monitoring, we detect faults at an early stage and rectify them before they lead to major problems. In this way, we guarantee the highest data quality and uninterrupted operation.

With locations in Switzerland and Germany, we are close to our customers. We know you, your systems and your requirements - and are passionate about delivering the highest quality.

Focus on regional public transport capacities.

All transportation services influence each other. In order to reliably plan a transportation system, various modalities and measured values must therefore be taken into account. This is why our planning tool for transportation systems includes all modes of transport and pedestrian movements at local, regional and national level. The tool can be used to test various planning scenarios and determine the effects of autonomous mobility, population growth or spatial changes, for example. The tool also shows which infrastructure projects should be prioritized.

Whether national or regional public transport: every supply planning is based on a model that reliably reflects demand. ASE prepares such forecasts especially for major customers. We incorporate all external and internal data in order to estimate in detail how spatial, social and economic parameters will develop. This results in effective models for passenger flows and main transport routes with concrete specifications for departure and destination points.

Modern infrastructure requires a modern solution that provides an overview of the entire system inventory. ASE's own SMARTEQMAX application allows you to clearly structure your inventory. Maintenance and servicing work is calculated independently and risk-based by the application and summarized by location or system so that it can be carried out in a resource-efficient manner. Based on this, maintenance plans can be created and maintenance strategies implemented.