Toronto, ON launches major streetlight upgrade with smart LED technology
Toronto has announced a major streetlight modernization program to upgrade its aging street lighting infrastructure across the city. The initiative aims to replace outdated lights with energy-efficient, smart LED systems that will reduce energy consumption, lower maintenance costs, and improve public safety through better illumination. It forms part of Toronto's broader smart city and sustainability goals, with the new lights expected to support future connected technologies.
Toronto, ON
Canada
Dallas, TX integrates AI-enabled cameras and LED streetlights to reduce crime
The city government of Dallas implemented an innovative smart city pilot project in a troubled neighborhood to enhance safety and connectivity. This initiative, part of the Smart Dallas vision to become a top smart city by 2030, integrates AI-enabled cameras, LED streetlights, and environmental sensors to monitor air quality and reduce crime. The project also provides ubiquitous public WiFi, improving digital access for residents.
Dallas, TX
United States
Córdoba, CB deploys advanced smart lighting system to enhance urban efficiency
The municipal government of Córdoba, Argentina, has deployed an advanced smart lighting system using IoT-enabled LED streetlights to enhance urban efficiency. These lights adjust brightness based on real-time data from motion sensors, reducing energy consumption by 30% in high-traffic areas. The system also allows remote monitoring and maintenance, cutting operational costs and improving response times for repairs.
Córdoba, CB
Argentina
Oxfordshire County Council, GB turns streetlights into connectivity hubs
Oxford has become the first UK city to transform streetlights into multi-operator connectivity hubs, supporting 4G, 5G, and IoT connectivity with minimal disruption. The project integrates connectivity hardware into existing streetlights. Martin Reeves, Chief Executive of Oxfordshire County Council, highlighted the environmental, economic, and social benefits of this sustainable solution for both urban and rural areas.
Oxfordshire County Council, GB
United Kingdom
Burlingame, CA
The City of Burlingame transitioned from an outdated DVD-based pipeline inspection workflow to a modern digital solution by integrating ITpipes and Cartegraph software, significantly enhancing the efficiency and accuracy of their public works management. Previously, the city relied on cumbersome manual processes involving DVDs for storing and reviewing pipeline inspection data, which was time-consuming, prone to errors, and difficult to share across departments.
Burlingame, CA
United States
Washington, DC deploys robot to improve infrastructure
The Washington D.C. Department of Transportation has deployed a robot to assist in inspecting and maintaining infrastructure. This technology aims to increase efficiency and safety in assessing roads and bridges, addressing the limitations of traditional inspection methods. By integrating robotics into their operations, the DOT hopes to improve overall infrastructure management and responsiveness.
Washington, DC
United States
Boston, MA launches multi-agency action plan to reduce rodent population
Boston has unveiled a comprehensive Rat Action Plan aimed at reducing the city's rodent population through a combination of proactive measures and public education. Key strategies include increased inspections, enhanced sanitation efforts, and the use of modern technologies for tracking and addressing rodent activity. The plan also emphasizes community involvement and collaboration with local organizations to achieve long-term improvements in pest management.
Boston, MA
United States
New York, NY unveils porous "green pavement" to help mitigate flooding
New York City has introduced a new type of pavement designed to enhance safety and reduce maintenance costs. The innovative material, called "green pavement," features a sustainable composition that helps manage stormwater runoff and decreases heat absorption. The city plans to use this eco-friendly pavement in various locations to improve urban infrastructure and environmental impact.
New York, NY
United States
City of Cape Town, WC improves sewer overflow response times with Reactive Incident Management app
Residents encountering wastewater overflows and water line breaks report issues through the RIMA. This mobile app built with SAP supports location tagging, photo uploads, and incident comments. Sewer response teams use RIMA to update repair progress and issue alerts to community members. Cape Town commissioned the RIMA's development, purchased 23 jet-vac vehicles, and created eight rapid-response teams for comprehensive responses to water and sewer issues.
City of Cape Town, WC
South Africa
London Borough of Merton, GB adopts technological approach to recognizing origins of street names
Borough officials initiated a two-month public consultation on how to acknowledge street names with historical ties to slavery. This process excluded street renaming due to the accompanying expense and mapping complications. A majority of respondents supported recognition with QR codes on impacted streets as the most popular solution. The council will develop QR landing pages that shed light on the backgrounds of streets like Marryat Road and Drax Avenue.
London Borough of Merton, GB
United Kingdom
Zundert, NB improves the sewerage design process with an easy-to-use software solution
Zundert worked with Nelen & Schuurmans on the Sewerage Designer. Municipal planners and engineers enter the desired locations for sewers into a basic form. The Sewerage Designer automatically calculates sewer size, manhole depth, and other details based on applicable drainage requirements. This software was designed with all stakeholders in mind and produces maps for use in the open-source QGIS application.
Zundert, NB
Netherlands
Maastricht, LI combines LiDAR and SLAM technology for smarter sewer mapping and management
Municipal officials and project partner HaDennis developed a 3D mapping system for public sewers. Scanners deployed at access points capture images of surrounding sewers in minutes. Images and cross-sections are turned into a city-wide map of current conditions useful for maintenance plans. This process is inexpensive, keeps field workers above ground, and produces comprehensive maps not possible with past inspection methods.
Maastricht, LI
Netherlands