San Antonio, TX advances SmartSA Smart Streetlight program
The City of San Antonio has advanced its SmartSA Smart Streetlight program, deploying IoT-enabled LED streetlights with remote lighting controls across three innovation zones. These smart streetlights use sensors to adjust lighting based on real-time conditions, achieving a 20% reduction in energy costs in pilot areas. The system also supports environmental sensors for air quality and flood detection, enhancing urban management.
San Antonio, 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
Copenhagen, DK develops intelligent bike system with MIT
Copenhagen is collaborating with MIT to develop an intelligent bike system that uses IoT sensors to collect real-time data on traffic, air quality, and rider behavior to enhance urban mobility and sustainability. The system optimizes bike lane usage and reduces congestion, supporting the city’s goal of achieving carbon neutrality by 2025, with 40% of commuters already cycling. Smart LED streetlights adjust brightness based on cyclist presence, further improving energy efficiency and safety.
Copenhagen, DK
Denmark
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
Greater Manchester Combined Authority, GB develops a 5G SMART Decarbonisation Network
Local officials are kicking off the 5G SDN by connecting air-source heat pumps in social housing to a single network. This integration is the first step toward smart grids with remote monitoring and management of environmental conditions. Manchester will also conduct a digital road pilot involving smart stoplight prioritization and public transit routing. The 5G SDN - supported by £3 million in 5G Innovation Regions funding - will expand to functions like mold detection and virtual health.
Greater Manchester Combined Authority, GB
United Kingdom
Bellevue, WA collaborates with T-Mobile on a Cellular Vehicle-to-Everything technology pilot
T-Mobile's C-V2X prototype communicates real-time traffic conditions between traffic lights and vehicles. The system uses 5G connectivity for continuous communications with minimal delays. A mobile app for the pilot activates audio and visual alerts when the user's vehicle approaches potentially dangerous situations. Bellevue and T-Mobile selected mid-block crosswalks, school zones, and reduced-speed zones to test C-V2X's impacts on road safety.
Bellevue, WA
United States
Meath County Council, IE works with Trilateral Research on hyperlocal air quality monitoring in Trim
Air quality data from sensors throughout the town are fed into Trilateral's STRIAD platform. Trim residents can keep track of local air quality trends through a public dashboard. STRIAD also produces insights on the long-term health impacts of air quality for local decision-makers. Trilateral's team of data scientists, ethicists, and engineers produces multi-dimensional analytics. County officials hope localized data increases public support for air quality efforts.
Meath County Council, IE
Ireland
Royal Borough of Kingston upon Thames, GB partners with Boldyn Networks on smart column pilot
Kingston received £250,000 from the Department for Science, Innovation and Technology's Smart Infrastructure Pilots initiative for the two-year trial. Boldyn Networks will install 10.4 kilometers of fiber-optic line in support of 20 smart columns throughout the borough. Each column enables Wi-Fi connectivity and high-quality CCTV images. Air quality and footfall sensors are among the customization options available with this technology.
Royal Borough of Kingston upon Thames, GB
United Kingdom
Wellington City Council, NZ becomes the first city in New Zealand to use VivaCity traffic sensors
Eighteen VivaCity traffic-counting sensors were installed at 13 intersections to kick off the five-year project. Pole-mounted sensors gather and anonymize traffic data for categorization by transport method. The network also monitors traffic speed and congestion for ongoing analysis of local road conditions. Wellington will use long-term sensor data to inform decisions about the local bike network, event management, and behavioral change initiatives.
Wellington City Council, NZ
New Zealand
Queenstown-Lakes District Council, NZ trials environmental sensors in recreational reserves
The Ben Lomond and Mount Iron reserves each received five Attentis pole-mounted sensors. The sensors gather around-the-clock measurements of pollen, air quality, soil moisture, and structural movement. Reserve patrons can plan their trips by checking data on a mobile app. Thermal images are sent via the Spark NZ network to emergency personnel for early detection of wildfires. Council officials will evaluate the technology's effectiveness during a summer pilot.
Queenstown-Lakes District Council, NZ
New Zealand
Phoenix, AZ deploys Sensor Industries devices for its toilet leak detection pilot program
City officials identified leaky toilets as a leading source of water loss in Phoenix. The pilot adds SI-Toilet sensors to restrooms in select city facilities, businesses, and college residence halls. SI-Toilet sends real-time leak alerts to maintenance staff for repairs and SI-Dash for system-wide monitoring. Leak detection technology is part of a Sustainable Desert Development Policy including drought-tolerant planting, improved irrigation, and efficiency checkups.
Phoenix, AZ
United States
Kingston upon Hull City Council, GB turns Stoneferry Road into a smart transportation corridor
City officials worked with Clearview Intelligence on solutions to cycling safety and infrastructure concerns. Road studs at five intersections detect passing cyclists and inform motorists using in-road lights. An over-height detection system turns sensor data into digital sign directions for freight vehicles approaching a low bridge. The partnership also yielded a Variable Message Sign network at 18 locations with real-time travel times and detours.
Kingston upon Hull City Council, GB
United Kingdom