Albuquerque Smart Communities. We're combining the latest smart technologies with innovative solutions.
Street Light Controllers (SLC). Sensors are placed on light poles and can be programmed or accessed remotely to control brightness/intensity of street lights based on unique situations. During special events, lights can be programed to indicate an event is over and flash in a sequence showing an exit path.Lights can also be flashed or strobed to alert law enforcement to places of interest.
Maps showing location and numbers of smart nodes are shown. Old Town Total: 70, Downtown Total: 368, Coors Blvd SW and Old Coors Dr SW Total: 138.
Proving Labs Pino Yards. THis working, living environment with a varied urban framework covers a large area. Outside contractors and collaborators can perform tests and demonstrations of various hardware and software.
An arial view of multiple buildings, parking lots with lighting, and streets is shown.
Smart Lighting can be controlled remotely to adjust brightness and intensity. We have updated with new WIFI and Sensors.
Cameras provide data on pedestrian and vehicle patterns and interactions at crosswalks, and parking lot data, e.g. available spots and security alerts.
An areal view of Pino Yards is shown with a trailer, solar, and wifi icon that says Smart Spot Park by trees, Smart light/smart camera and Crosswalk icons say (Pointed at parking lot). Another Smart light/SmartCamera icon by a parking lot says (Pointed at Crosswalk). A solar icon, emergency light icon, and bus stop icon are shown in a row by buildings near the street.
Environmental camera has a multi-input sensor that gathers environmental conditions, e.g. air quality and temperature.
Smart devices placed at key arroyo overlook spots automatically detect the height and flow of water and then alert the public.
A storm icon is shown by a drainage ditch, and environmental sensor/camera icons are shown nearby.
Various icons for cameras, storms, sensors, wifi, solar, crosswalks, bus stops, and emergency lighting are shown in various places around Pino Yards.
The Smart City initiative is all about combining smart hardware and software into smart solutions. The goal is not just to produce data, but to improve safety, communication, and mobility.
Proving Labs Tiguex Park. This is a proof of concept for WiFi and security in the publicly accessible Tiguex Park. Each pole helps provide WiFi to the area through AP mesh points. Poles were then equipped with additional technology, including cameras, emergency control panels, environmental sensors, and sound detection.
A map showing a park south of Mountain Rd NW across the streef from the Plaetarium and Astronomy Center on 18th street. There are icons for poles with cameras, emergency lighting, speakers, and sensors on the park and the corner of Mountain and 18th.
Proving Labs Sunport. The goal of this project is to use Automated License Plate Readers (ALPR) to track traffic entering and exiting the Sunport. We're also installing a camera on the north end of the traffic loop near the crosswalk to track pedestrian and traffic data (e.g. speed of traffic, near misses, pedestrian count).
Proving Labs Central and Cornell. The goal of the project is to use cameras and radar to determine and analyze traffic interaction with pedestrians. Examples of data we'd like to track include the following. How many times do pedestrians step out of the crosswalk? How many times do cars or busses stop in the crosswalk?
A map is shown with cameras facing the road at a crosswalk, the side of the street with no crosswalk, a side street, and one looking down the main road.
Smart Bus Stop. Smart lighting, cameras, audio speakers, trash sensors, charging stations, interactive displays and WiFi placed on bus shelters provides smart coverage and improves safety and communication access to all users.
A blue covered bus stop at a park is shown.
Smart Park. Our first pilot of the Smart Park concept is at Tiguex Park in beautiful Old Town Albuquerque. The initial launch includes WiFi, cameras, sound detection, and an environmental sensor, powered in part by solar energy.
A pole with a solar panel and 3 differnt technologies is shown.
CNM IOT Bootcamp Mobile WiFi Trailer. Mobile WiFi trailers were developed to address a need for WiFi at temporary locations. They can be moved easliy to provide WiFi at community events, festivals, art shows or other events like farmers' markets.
A picture of a person standing in front of a small trailer with 3 solar panels and an open box that has batteries and electronic equipment is shown.
CNM IOT Bootcamp Search and Rescue Drone. Search and rescue teams often need help locating and/or providing assistance to individuals in hard to reach locations. A local example of this is the Sandia Mountains. The ability to utilize a drone to drop a smart beacon or other payload with survival gear could greatly anhance search and rescue efforts.
CNM IOT Bootcamp Infinity Box. The IOT interactive Infinity Box and the digital art it represents is a manifestation of the City's vision for smart, connected devices deployed in a variety of settings. It can serve as a marketing/advertisment for the Smart City vision.
A video plays showing a multi-colored light up block with a jagged top and the OneAlbuquerque logo inside of a mirrored box.
WiFi in Neighborhoods. What started out as WiFi on Wheels (mobile WiFi units on vehicles) rapidly expanded into WiFi in Neighborhoods - outdoor WiFi where the community needed it the most.
A sign is shown in a park identifying a WiFi Access point with a qr code for instructions on connecting, followed by someone using the website to look up information about free WiFi. CABQ dot GOV slash WiFi. Free Wifi at parks, Libraries, and Community Centers.
A parking spot with a WiFi simbol is shown, then a park, community center, and parking lot are shown.
Video of coverage maps are shown on a computer.
Users are shown logging into and using free WiFi on laptops and mobile devices outdoors.
OneAlbuquerque technology and innovation
The camera pans across a row of female City employees waving.