--- title: Navigating the Gridlock description: Traffic congestion is a universal woe that plagues cities around the world. The knee-jerk reaction to this problem has often been to widen roads and build more highways. However, an alternative perspective suggests that the root cause of traffic lies not in the width of our roads, but rather in the sheer volume of cars… image: https://lyt.ai/hubfs/AdobeStock_302124329.jpeg --- [Skip to main content](https://lyt.ai/blog/navigating-the-gridlock#main-content) [![LYT.ai](https://lyt.ai/hs-fs/hubfs/Headshots/LYTLogo_CommandBlue.png?width=120&height=50&name=LYTLogo_CommandBlue.png) ![LYT.ai](https://lyt.ai/hs-fs/hubfs/Headshots/LYTLogo_CommandBlue.png?width=120&height=50&name=LYTLogo_CommandBlue.png) ![LYT.ai](https://lyt.ai/hs-fs/hubfs/Headshots/LYTLogo_CommandBlue.png?width=120&height=50&name=LYTLogo_CommandBlue.png) ![LYT.ai](https://lyt.ai/hs-fs/hubfs/Headshots/LYTLogo_CommandBlue.png?width=120&height=50&name=LYTLogo_CommandBlue.png)](https://lyt.ai) - [Public Safety](https://lyt.ai/public-safety) - [Transit](https://lyt.ai/transit) - [Success Stories](https://lyt.ai/blog/tag/customer-success-stories) - [Content Hub](https://lyt.ai/blog) Open main navigation Close main navigation - [Public Safety](https://lyt.ai/public-safety) - [Transit](https://lyt.ai/transit) - [Success Stories](https://lyt.ai/blog/tag/customer-success-stories) - [Content Hub](https://lyt.ai/blog) - [Login to LYT](https://v2.portal.lyt.ai/login) [Request a Demo](https://lyt.ai/request-a-demo) [Login to LYT](https://v2.portal.lyt.ai/login) [Request a Demo](https://lyt.ai/request-a-demo) [Blog](https://lyt.ai/blog/tag/blog) [Cloud](https://lyt.ai/blog/tag/cloud) [Intelligent Transportation Systems](https://lyt.ai/blog/tag/intelligent-transportation-systems) # Navigating the Gridlock Jun 11, 2026 • 4 min read Traffic congestion is a universal woe that plagues cities around the world. The knee-jerk reaction to this problem has often been to widen roads and build more highways. However, an alternative perspective suggests that the root cause of traffic lies not in the width of our roads, but rather in the sheer volume of cars on them. In this blog, we’ll explore why reducing the number of vehicles on the road and promoting the use of public transit, coupled with Traffic Signal Priority (TSP), may be the key to untangling the knots that many macro trends have done to make traffic worse.   ### **The Illusion of Wider Roads** The belief that wider roads equate to reduced traffic is a common misconception. While wider roads may temporarily alleviate congestion, they often encourage more people to drive, leading to a vicious cycle of ever-increasing traffic. Moreover, widening roads can be financially and environmentally unsustainable, as it requires substantial resources and may lead to the destruction of green spaces and communities. Let’s face it, the budgetary limitations, coupled with spatial constraints that restrict the physical expansion of roads, present cities with a formidable challenge. This necessitates a shift toward strategic and intelligent approaches, prompting cities to reevaluate how they leverage existing infrastructure to enhance traffic conditions.   ### **The True Culprit: Too Many Cars** The heart of the traffic problem lies in the sheer number of cars on the road. Many who were once taking public transit pre-pandemic had to buy personal vehicles to get around during the years when public transit wasn’t always running. This rise in private vehicles contributes significantly to congestion, air pollution, and increased stress on existing infrastructure. To address this issue, a paradigm shift is necessary—one that focuses on reducing the dependency on private vehicles and promoting sustainable alternatives.   ### **Embracing Public Transit** Public transit emerges as a beacon of hope in the fight against traffic congestion. Encouraging more individuals to opt for buses, trains, and other forms of public transportation can significantly decrease the number of cars on the road. However, for public transit to be a viable solution, it must be efficient, reliable, and convenient.   ### **Enter Traffic Signal Priority (TSP)** Implementing [Traffic Signal Priority](https://lyt.ai/blog/what-is-transit-priority/) can be a game-changer in enhancing the efficiency of public transit. TSP is a system that uses intelligent traffic management to give priority to public transportation vehicles at traffic signals. By synchronizing traffic signals to create “waves of green lights” for buses and trains, transit times are reduced, reliability is improved, and overall system efficiency is enhanced.   ### **Advantages of TSP**   1. *Faster Transit Times:* TSP ensures that buses and trains encounter fewer red lights, allowing them to move swiftly through intersections and reducing overall travel time. With cloud-based TSP, like LYT.transit, transit agencies can enjoy continual optimization of bus routes through the use of artificial intelligence and machine learning. Buses can become so efficient that bus routes need updating to accommodate the increase in efficiency.    1. *Reliability:* With predictable signal prioritization, public transit becomes more reliable, encouraging more people to choose it as their preferred mode of transportation.    1. *Sustainability:* By making public transit more attractive, TSP contributes to a reduction in the number of private vehicles on the road, leading to decreased emissions and a more sustainable urban environment. Not only that, but the actual buses are using less fuel due to the fact that they are spending less time idling at red lights. With LYT.transit, TriMet will save over $180,000 in fuel costs in one year based on a third-party study completed earlier this year.    The benefits of TSP are clear, especially when using cloud-based systems like LYT.transit. LYT.transit offers enhanced advantages by eliminating the need for field hardware, resulting in significant cost and time savings. With no required hardware installation, initial setup and maintenance costs become virtually non-existent, and there’s no need to reroute traffic for install. The cloud-based setup also facilitates easy addition of bus routes and expansion into neighboring jurisdictions. By promoting the use of public transit and implementing innovative solutions like Traffic Signal Priority, we can create a more sustainable and efficient urban transportation system. Explore the possibilities with [LYT.transit](https://lyt.ai/solutions/lyt-transit/) and discover how you can contribute to a more sustainable future.  It’s time to rethink our approach to traffic congestion and pave the way for a future where gridlock is the exception, not the rule. Tags: [Blog](https://lyt.ai/blog/tag/blog) [Cloud](https://lyt.ai/blog/tag/cloud) [Intelligent Transportation Systems](https://lyt.ai/blog/tag/intelligent-transportation-systems) Share: [LinkedIn](https://www.linkedin.com/shareArticle?mini=true&url=https%3A%2F%2Flyt.ai%2Fblog%2Fnavigating-the-gridlock&title=Navigating+the+Gridlock) [Facebook](https://www.facebook.com/sharer/sharer.php?u=https%3A%2F%2Flyt.ai%2Fblog%2Fnavigating-the-gridlock) [Email](mailto:?subject=Article+from+LYT%3A+Navigating+the+Gridlock&body=I+thought+this+LYT+article+was+worth+sharing%3A%0A%0ANavigating+the+Gridlock%0Ahttps%3A%2F%2Flyt.ai%2Fblog%2Fnavigating-the-gridlock) See LYT In Action ### Request a Demo Talk with our team about real-time priority control for your city or agency. [Request a Demo](https://lyt.ai/request-a-demo) ## Related Articles ### [![5 Key Components of ITS](https://lyt.ai/hs-fs/hubfs/Imported_Blog_Media/24_10_Blog_ITS-Overview-1.png?width=350&height=197&name=24_10_Blog_ITS-Overview-1.png) Blog, Artificial Intelligence, Cloud, Machine Learning, Intelligent Transportation Systems 5 Key Components of ITS From reducing traffic congestion to emergency vehicle preemption, intelligent transportation systems utilize advanced technology, such as artificial intelligence and machine learning, to make urban transportation safer and more efficient. By connecting vehicles, roads, and users, ITS helps manage traffic, reduce congestion, and cut emissions. In this article, we’ll explore how ITS works and its…](https://lyt.ai/blog/5-key-components-of-its) ### [![7 Tips to Help Cities Reduce Traffic Congestion](https://lyt.ai/hs-fs/hubfs/AdobeStock_302124329.jpeg?width=350&height=197&name=AdobeStock_302124329.jpeg) Blog, Carpool, On the Road 7 Tips to Help Cities Reduce Traffic Congestion Are you a city manager, board member, or just a citizen wondering how your city can reduce traffic congestion? This article will help you consider some ways to reduce traffic congestion in your community. 7 tips on how to reduce traffic congestion in cities 1. Revolutionize traffic light management Traffic congestion is a severe…](https://lyt.ai/blog/how-to-reduce-traffic-congestion) ### [![Does Rubbernecking in Traffic Really Cause Backups? A Better Way to Manage Traffic Accidents](https://lyt.ai/hs-fs/hubfs/AdobeStock_302124329.jpeg?width=350&height=197&name=AdobeStock_302124329.jpeg) Blog, On the Road, Emergency Vehicle Preemption, Intelligent Transportation Systems Does Rubbernecking in Traffic Really Cause Backups? A Better Way to Manage Traffic Accidents Is there anything worse than a traffic jam? Of course, there are worse things in life, but for whatever reason, traffic jams seem to always occur on Friday evening on your way home from work when you just made plans with your family. After sitting in traffic for what seems like an eternity because…](https://lyt.ai/blog/rubbernecking-in-traffic) ## See LYT In Action LYT is purpose-built for cities that need reliable, real-time priority control without the hardware headaches. Talk to our team and we'll show you exactly how it works, what deployment looks like for your agency, how other cities have seen success, and what funding opportunities may be available to you. ### Request a Demo [![LYT Logo](https://lyt.ai/hs-fs/hubfs/lyt_white_text_inline.png?width=141&height=54&name=lyt_white_text_inline.png)](https://lyt.ai) - [Partner with LYT](https://lyt.ai/partner-with-lyt) - [Work with LYT](https://lyt.ai/works-with-lyt) - [Careers](https://lyt.ai/careers) - [EULA](https://lyt.ai/eula) - - ![American Owned. American Operated.](https://lyt.ai/hubfs/American%20Owned.%20American%20Operated..svg) ©2026 Copyright. All rights reserved [Privacy Policy](https://sinwaves-5754551.hs-sites.com/privacy-policy)     ```json { "@context" : "https://schema.org", "@type" : "BlogPosting", "author" : { "@type" : "Person", "name" : "Admin", "url" : "https://lyt.ai/blog/author/admin" }, "dateModified" : "2026-06-11T17:38:35.372Z", "datePublished" : "2026-06-11T17:38:35.000Z", "headline" : "Navigating the Gridlock", "image" : [ "https://lyt.ai/hubfs/AdobeStock_302124329.jpeg" ], "mainEntityOfPage" : { "@id" : "https://lyt.ai/blog/navigating-the-gridlock", "@type" : "WebPage" }, "publisher" : { "@type" : "Organization", "logo" : { "@type" : "ImageObject", "url" : "https://lyt.ai/hubfs/Headshots/LYTLogo_CommandBlue.png" }, "name" : "LYT" } } ```