SWARCO announces the acquisition of Peelen, strengthening its Projects & Asset Management (PAM) capabilities in the Netherlands, with a particular focus on wet infrastructure and regional growth in the south of the country.
During the Dutch Day at Intertraffic Amsterdam, a consortium comprising the City of Helmond, Gazelle, SpectrumFiftyNine, SmartWayz, and SWARCO ITS announced a new CCAM (Cooperative, Connected and Automated Mobility) initiative: Living Lab in the City of Helmond.
An intelligent, solar-powered flood warning system, designed and installed by SWARCO UK & Ireland is helping Cambridge County Council to improve road safety and flood resilience on Mill Lane in Little Paxton.
During the Dutch Day at Intertraffic Amsterdam, a consortium comprising the City of Helmond, Gazelle, SpectrumFiftyNine, SmartWayz, and SWARCO ITS announced a new CCAM (Cooperative, Connected and Automated Mobility) initiative: Living Lab in the City of Helmond.
A central component are the so called variable message signs, which enable flexible, electronically controlled speed limits or informational text messages. Following an EU-wide tender, SWARCO FUTURIT was recently awarded the contract by ASFINAG for the delivery and servicing of these displays.
π¨ Smoke. Fire. Zero visibility. What happens inside a tunnel when every second matters? π«οΈπ¦
In this new episode of Safer Roads. Greener Future., Anja steps inside the Visp Tunnel in Switzerland to uncover the hidden intelligence that protects millions of travelers β even in the most critical situations.
Together with Sascha Schlatter, Team Lead Engineering at Bergauer AG, we explore how a Tunnel Guidance System:
π§ Acts as the tunnelβs decision-making brain
π‘ Illuminates escape routes and emergency signage
π« Stops incoming traffic, while ensuring vehicles already inside can exit safely
π₯ Monitors the spread of fire and smoke in real time and ensures efficient smoke extraction through the ventilation systems
π£οΈ Connects with higher-level traffic management systems, ensuring information is seamlessly shared with Emergency Response Organizations
To make sure everything works flawlessly, the team performs an intense real smoke test inside the tunnel. Most of us drive through tunnels without thinking twice.
Today, you'll discover the cutting-edge engineering that makes that confidence possible.
π¬ Watch now and step into the future of tunnel safety!
Step inside the world's largest traffic signal production facility β and uncover what's really inside the traffic light. π¦β¨
From the outside, it's just red, yellow, and green. But behind those glowing lights lies advanced technology, sustainable design, and the intelligence that keeps cities safe and moving.
In this episode of "Safer Roads. Greener Future.", host Anja visits SWARCO Futurit in Neutal, Burgenland β the global hub of traffic light innovation for over 25 years β together with experts Martina Harter and Alexander Hackel.
Discover how every traffic signal is engineered to:
π Enable connected mobility β allowing vehicles, infrastructure, and people to communicate in real time.
β»οΈ Support the circular economy β with recyclable materials and 100% renewable energy production.
π‘ Save energy β LED technology reduces consumption by up to 90%.
π Advance city sustainability goals β lowering emissions and optimizing traffic flow.
πΈ Enhance safety β with innovations like the red safe light to protect pedestrians and drivers.
From precision engineering to renewable production, this episode reveals how something we take for granted is actually one of the most important technologies shaping the cities of tomorrow.
Ever noticed those grey boxes at intersections? Most people never even think about these boxes or assume they switch between GreenβAmberβRed, in traffic lights. But inside is something far smarter: the brain of traffic management, powered by data and AI. π¦π€
In Episode 4 of Safer Roads. Greener Future., Anja visits our SWARCO Technology factory in Odense with expert Anders Palm to literally open the boxβand uncover the intelligence guiding your daily commute.
π¬ As Anders explains: "Our system's goal is to keep traffic flowing as smoothly as possible. AI algorithms continuously evaluate both real-time and predicted traffic data, identify what would most effectively reduce overall delay, and adapt the signals accordingly."
Here's the kicker π
β‘ It reacts in real time
π§ It learns local traffic patterns
π It cuts delays, improves safety, and reduces emissions
Most of us see traffic lights as simple. But inside the controller lies the future of smarter, safer, and greener cities.