Cities

CITIES

Cable cars and cableways function as an efficient means of transport in an urban setting. Find out more on our blog!

Bureaucracy on a Rope: Managing Contracts and Risks Digitally

Cities, Tourism|

Planning, construction, and operation of urban ropeways involve numerous contracts and various risks. To help operators keep track of everything, the maintenance software SAMBESI offers corresponding modules. The tool from Swiss company REMEC is already in use by numerous companies and is considered a benchmark for digital programs covering ropeway maintenance and management.

Mobility starts with the Passenger

Cities, SI-Urban|

Today, urban ropeways are no longer viewed merely as infrastructure projects, but as vital tools for enhancing accessibility, reachability, and overall quality of life in cities. Decision-makers are investing in this mode of transit because it addresses everyday challenges: long commute times, geographical barriers, and a lack of connectivity. About practical experiences.

Urban Cable Cars on demand

Cities|

Construction times under a year, low investment costs, and quick permit approvals along public land – urban ropeways can be rapidly erected, dismantled, and reinstalled up to three times. Ropeway planner Stephan Salzmann explains in an interview with SI Urban how temporary cable cars help develop cities cost-effectively.

No Japow: Is Japan losing its powder snow?

Management & Tourism, Snowmaking & Slope Maintenance|

A Japanese study dramatically highlights the impact of climate change on winter sports: If global average temperatures rise by four degrees Celsius above pre-industrial levels, only seven out of 349 ski resorts in Japan are expected to operate entirely on natural snow. According to researchers, merely 26 additional resorts would still be able to open at least parts of their slopes.

When do snowmakers actually run?

Snowmaking & Slope Maintenance|

For the first time, TechnoAlpin evaluated anonymized operational data from 13,129 snowmakers across 112 Austrian ski resorts. The result: during the 2025/26 winter season, the systems were in operation for an average of 169 hours. Forty percent of the total snow produced was generated in just six days during November – the brief window in which the base snow layer for the season was established.

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