This is a non-personal services purchase order to assess a dual-platform approach for roadway data collection, using 3D LiDAR and smartphone-based platforms to improve safety and operational efficiency. The solicitation package includes a Performance Work Statement, a pricing schedule, and applicable acquisition regulations. Two amendments have been issued that provide vendor answers and revise the solicitation documents. Only the most recent amended versions of the solicitation files are relevant for reference.

This is a contract opportunity for assessing a dual-platform roadway data collection approach using 3D LiDAR and smartphone-based systems. The purpose is to enhance safety and operational efficiency on selected roadways. The performance work statement has been updated through multiple amendments, including changes to the study sample size. The Paperwork Reduction Act does not apply to this requirement. Interested parties should review the solicitation documents for full details.

A non-personal services purchase order seeks assessment of a dual-platform approach to roadway data collection using 3D LiDAR and smartphone-based platforms. The objective is to enhance safety and operational efficiency of selected roadway facilities. Details are provided in the Performance Work Statement, accompanying pricing schedule, and applicable acquisition regulations. Amendment 1 answers vendor questions and revises the solicitation accordingly. All previous versions of the solicitation are obsolete and should be disregarded.

This is a non-personal services purchase order for assessing a dual-platform approach to roadway data collection, using 3D LiDAR and smartphone-based platforms to improve safety and operational efficiency. The scope is focused on selected roadway facilities. No specific timelines, budget amounts, or performance locations are mentioned in the provided description. Further details are available in the Solicitation document and its attachments. This opportunity may be of interest to firms specializing in roadway data collection and analysis technologies.