Skip to main content

Arizona uses 1Spatial for inventory for the FHWA requirements

The US state of Arizona is using 1Spatial’s technology to send a yearly update of its entire road network to the Federal Highway Administration. As required by law, all state governments must do this and many have created a data set of their road network. But much of this is held at county level. The challenge, now that data has been collected, is how to keep this information up-to-date and accurate. 1Spatial software will automate the data validation process and also the change process. The technology w
February 6, 2017 Read time: 2 mins
The US state of Arizona is using 1Spatial’s technology to send a yearly update of its entire road network to the Federal Highway Administration. As required by law, all state governments must do this and many have created a data set of their road network. But much of this is held at county level. The challenge, now that data has been collected, is how to keep this information up-to-date and accurate.

1Spatial software will automate the data validation process and also the change process. The technology will detect changes, show differences from the core network, based on rules, and integrate the changes into the network. It is automatic and based on rules created by the state and 1Spatial, said the company.

Benefits for transport departments are efficiency gains in moving from a manual to an automated, rules-based process. Counties also can send in data at any time and the data set is continually updated, rather than once a year. 1Spatial is a group of software and solutions companies trading under the brands 1Spatial Group, EnablesIT and Storage Fusion. 1Spatial Group helps users of databases to collect, store, manage and interpret location-specific information.

1Spatial’s 1Integrate technology will enable Arizona’s Department of Transport to automatically assure the quality of the information it receives from the 15 counties and 17 public safety answering points (PSAPs) by validating it against a set of predefined business rules.

They will also be able to match new data submissions against the current version of the road network to identify changes in geometry and other attributes and apply these changes. Duncan Guthrie, 1Spatial’s director of sales for North America, explained that the new process will save the department a significant amount of time and money over a manual process and also ensure the accuracy of the state-wide data map. 1Spatial clients include national mapping agencies, land registries, utility and telecommunications companies, as well as government departments including emergency services, defence and census bureaux.

Related Content

  • Technology improving safety on Australian roads
    July 14, 2023
    New technology is improving safety on Australian roads.
  • Brazil weighs its WIM options
    July 21, 2021
    Recent legislation in Brazil is allowing greater use of weigh-in-motion technology, all in an attempt to address some familiar challenges, writes Intercomp's Jon Arnold.
  • SMIGHT and PTV in real-time traffic solution
    November 13, 2018
    SMIGHT, maker of traffic data management systems and hardware, has teamed up with traffic management software developer PTV Group to create a traffic management package. Cities and municipalities can use the new solution to analyse traffic flows and plan ahead to reduce traffic volume on roads and in regions. SMIGHT intelligent street lighting and multifunctional base towers can be equipped with features such as public WiFi, charging technology for electric cars or sensors for recording traffic data and en
  • VIDEO: Telstra drone LIDAR maps Melbourne’s EastLink Mullum Tunnel
    April 13, 2018
    One of the applications for LIDAR is to make high resolution 3-D maps. Self-driving cars are pre-loaded with a LIDAR map of the trials area in which they are permitted to fully self-drive themselves. The cars also have their own LIDAR scanner which captures a real-time LIDAR view of the vehicle’s surroundings. The fully autonomous driving system within these prototype cars compares the real-time LIDAR view against the pre-loaded LIDAR map to significantly increase the accuracy of their self-positioning