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Is it possible to have zero traffic deaths in a year?
Is it possible to have zero traffic deaths in a year? Is it even probable? As it turns out, yes. Here’s an article on what Helsinki did in order to make this a reality:
Andrei, M. (August 1, 2025) “Helsinki went a full year without a traffic death. How did they do it?” ZME Science, https://www.zmescience.com/science/news-science/helsinki-went-a-full-year-without-a-traffic-death-how-did-they-do-it/ [Last accessed: 8/19/2025]
To quote from the article:
“A lot of factors contributed to this, but speed limits are one of the most important,” said Roni Utriainen, a traffic engineer with the city’s Urban Environment Division.
More than half of Helsinki’s streets have a speed limit of 30 km/h (approximately 20 mph). Half a century ago, the city barely had half of its area with a 50 km/h limit (30 mph). They gradually worked to reduce the speed limit, especially around schools and kindergartens.
Smarter street design also played a key role. Pedestrian and cycling infrastructure was prioritized for upgrades in recent years. More and more people started using public transit or bikes, or just walking. Substantial investments also made public transit more efficient and reliable.“Public transport in Helsinki is excellent, which reduces car use, and with it, the number of serious accidents,” Utriainen noted.
Another key component was bringing the police on board. Helsinki introduced automated traffic cameras and enforcement systems, which also helped bring down reckless driving.”
Article share: On AI as a tool for urban planning
Here is a quick share of an article on AI and its application to urban planning. I haven’t written about artificial intelligence here except maybe mentioning it along the lines of intelligent transport systems (ITS). There were what were termed as Expert Systems but AI now (including its potentials) is much more than the expert systems developed in the past.
Sanchez, T. (June 20, 2025) “In Urban Planning, AI Prompting Could be the New Design Thinking,” Planetizen, https://www.planetizen.com/blogs/135418-urban-planning-ai-prompting-could-be-new-design-thinking [Last accessed: 7/17/2025]
To quote from the article:
“Working across disciplines is essential. Collaborating with architects, landscape architects, engineers, artists, and technologists brings in diverse perspectives that can help spark new ideas. AI integrates knowledge and techniques from each of these fields. Contributing to a culture where planners feel free to experiment, where trying something new is encouraged rather than being frowned upon, is key to real innovation. Whether engaging with colleagues or prompting an AI model, creativity thrives in conversation and collaboration…
Cities should be shaped by creative thinking, and today’s challenges demand more of it than ever. Planners are in a unique position to combine deep local knowledge with new technologies, such as AI, to imagine, design, plan, and implement. AI should be seen not as a shortcut, but it has incredible potential as a partner or assistant with encyclopedic knowledge that helps planners stretch their creativity even further. As Wright advises, planners should challenge themselves with constraints to spark creativity: For instance, “What would you do if you had to write an entire zoning ordinance with 10 rules or less to make a sustainable built environment?” Such exercises encourage us to set clearer goals and find better solutions.
By combining traditional tools with emerging technologies, planners can design places that are not only functional but also vibrant, equitable, and resilient.”
What do you think about AI and its applications to urban planning including transportation and traffic?
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On transportation problems being treated like diseases
I am sharing this relatively old article on transportation problems needing treatments as if these were diseases. I say it’s ‘old’ because it’s from last year, and these days when much content is being pushed everywhere including mainstream and social media, things get old, quickly. Rewind to more than a decade ago and Intelligent Transportation Systems (ITS) wasn’t as popularly applied as today and Artificial Intelligence (AI) seems to be everywhere now including in transportation systems.
Menard, T. (September 1, 2024) “Transportation Rx: Treating Traffic Glut Like Doctors Treat Sinus Congestion,” Planetizen, https://www.planetizen.com/features/131478-transportation-rx-treating-traffic-glut-doctors-treat-sinus-congestion [Last accessed: 4/21/2025]
To quote from the article:
“Traffic congestion is not unlike congestion that builds up in the human airways. When we see a doctor, we are prescribed a treatment that clears the backup. Similarly for roads, rather than setting up road signs and cones to redirect traffic, cities can take a more prescribed treatment approach through methods such as congestion pricing and other road pricing strategies, as well as technologies like edge computing, navigation-enabled Mobility-as-a-Service (MaaS) modeling, and transit signal prioritization. “
This is not the first article to allude to medicine when the topic is traffic congestion. There are others that use terminology from the human body’s circulatory system. When an artery gets blocked, a bypass can be a solution. But perhaps we don’t need bypasses and look at other. more effective ways of dealing with transportation problems.
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ITS Forum 2017 at DLSU
We are holding a forum on Intelligent Transport Systems (ITS) today at the De La Salle University (DLSU) along Taft Avenue, Manila. Following is the banner and the program as of February 16:
In the workshops scheduled in the afternoon, the plan is to review the DOST roadmap and the ITS Master Plan. The DOST roadmap is basically on the research and development agenda of the agency. In the past, this has been associated mainly with the Engineering Research and Development for Technology (ERDT) program of which several major universities are a part of including UP Diliman, DLSU, Ateneo and Mapua Institute of Technology. Eventually, ITS became the theme for other R&D including those that were packaged as ITS but not necessarily falls under the category (i.e., projects like the AGT, hybrid bus and bike share are more sustainable transport than ITS).
The ITS Master Plan is actually something developed under a project implemented through the Department of Public Works and Highways (DPWH) more than 6 years ago and originally only for Metro Manila. This plan is being eyed as the foundation for a bigger one that hopefully would apply to the rest of the country.
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In-vehicle tools for road safety
I recently came across a provincial bus operator who is promoting a device for limiting the speeds of vehicles. He states that all their buses are fitted with the device and together with an on-board camera and GPS, they are able to monitor their buses and ensure the safety and security of their passengers. It’s always good to know there are responsible and progressive bus operators like him. Unfortunately, his kind is a minority among many who appear to be after the proverbial quick buck rather than ensuring a high quality of service for travelers.
Devices limiting the speeds of vehicles are not new. These have been installed in many public transport and commercial vehicles like buses and trucks in order to regulate their speeds along highways and streets. Trucks from Japan are fitted with these devices and those second hand trucks being sold in the Philippines have these but are allegedly disabled by their new owners. They are not violating any laws here as there are no regulations requiring such devices to be installed in vehicles.
Tracking devices that include GPS are more recent technologies being used mainly by logistics companies to track their vehicles. These are particularly important for trucks laden with high value cargo or for delivery vans who schedules and routes need to be managed to ensure timely delivery of packages consigned to them. Data from these devices would allow for the assessment of driving speeds and behavior such as lane changing that can be used to determine if drivers are, for example, reckless. The same data can also be used to evaluate fuel efficiency.
Such devices also have research applications because data can be used to determine real-time traffic conditions. In fact, there have been probe car studies conducted in other countries such as Japan, Thailand and Indonesia where taxis were employed to gather traffic information along urban road networks (e.g., Tokyo, Bangkok, Jakarta). Similar experiments can be implemented for Philippine cities to derive traffic information that can be used to guide travelers regarding travel times and route planning.
Perhaps the DOTC through the LTO and the LTFRB, should look into the mandatory installation and use of these devices to regulate vehicle speeds for public and freight transport and also monitor driver behavior. Mandatory speed regulation devices as well as tracking systems have a high potential for weeding out reckless, irresponsible drivers that will ultimately lead to a reduction in road crashes that have resulted in serious injuries and loss of lives. Definitely, there will be objections or opposition to such a requirement but these devices can be justified given the clamor for safer transport and safer roads. After all, everyone of us are vulnerable road users where even the safest driver can be involved in crashes. It takes only one reckless driver or rider to cause a crash.
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Caught (up) in traffic 