Ascendshine Tech

COMPREHENSIVE RANGE OF TRAFFIC SURVEYS AND DATA ANALYSIS OFFERED BY ASCENDSHINE TECH

Turning Movement Counts

Turning Movement Counts TMC are a cornerstone of traffic data analysis providing essential insights into vehicular movement patterns at intersections. These counts identify the volume and directions of vehicles making left turns, right turns, through movements, and U-turns over specific time intervals.

Level Crossing

Level Crossing Counts analyze traffic volumes and movement patterns at railway crossings. They help identify delays, assess safety risks, and optimize traffic flow through crossings. Using methods like manual surveys, video analytics, or sensors, these counts support better planning and management of road-rail intersections.

Roundabout Count

Roundabout Counts focus on tracking vehicles movements, including entry, exit, and circulation patterns. These counts help analyze traffic flow, optimize roundabout design, and enhance safety.

ATC Count

Our analysts possess extensive expertise in extracting road data and generating comprehensive reports, tailored to various factors such as vehicle classification, speed, and traffic volume, all customized to meet the unique needs of our clients.

Links Count

Link Counts measure the volume of vehicles traveling along specific road segments, or “links,” between intersection or junctions. These counts are essential for understanding traffic flow patterns and assessing road network performance.

Bicycle Counts

Bicycle Counts track cyclist volumes, movement patterns, and peak usage times to support safer and more efficient cycling infrastructure. Using methods like manual observation, automated sensors, and video analytics, These counts aid in planning bike lanes, improving safety, and promoting sustainable transportation.

Intersection Counts

Our Intersection Count services are designed to assess the capacity of intersections & provide critical data for optimizing signal timings. The duration of the counts is generally determined based on Average Daily Traffic (ADT) data, collected through road traffic monitoring. This data is used to identify peak traffic periods— typically covering AM, midday, & PM peaks—ranging from 6 to 12 hours, ensuring accurate and actionable insights for effective traffic management.

Mid block Count

We offer Mid-Block Count services, which involve analyzing data related to pedestrian, bicycle, and vehicle traffic at various locations between intersections or mid-blocks. By examining the data collected from these surveys, we provide valuable insights to inform transportation planning and infrastructure improvements.

Bus occupancy study

Employing accurate and reliable metrics during Bus Occupancy analysis is essential to ensure the quality of data collected. The resulting insights can be leveraged for a variety of purposes, including optimizing routes, improving service efficiency, and enhancing overall transportation planning.

Taxi Rank Monitoring

We analyze data to deliver insights on the number of taxis stationed at a specific rank, their waiting times, and the volume of passengers being served. This information is valuable for optimizing taxi operations, enhancing customer satisfaction, and alleviating congestion in high-traffic areas.

Registration Plate Study/ NPR Counts

Number Plate Recognition (NPR) is an advanced surveillance method that involves analyzing captured images to automatically read and record vehicle registration plates, enhancing vehicle tracking and security monitoring.

OD Survey

Also known as the Origin-Destination (OD) survey, this service offers your organization crucial data on the starting and ending points of vehicle trips, facilitating safer and more efficient travel from one location to another.

pedestrian Counts

We analyze Pedestrian traffic data to assess key factors such as traffic volume, crossing duration, potential obstructions, and the usage frequency of crossing infrastructure. Additionally, Pedestrain counts allow us to evaluate the frequency and severity of conflicts between pedestrians and cyclists, providing valuable insights for improving safety and infrastructure planning.

Fuel Station Count

Our station count analysis services focus on evaluating the number of stations within a specific area or region, such as train stations in an urban setting or fuel stations along a highway. The insights derived from this analysis help to examine transportation trends, assess infrastructure development, and identify potential gaps or areas for improvement in service coverage and accessibility.

Drone survey

We analyze drone survey count data, which tracks the frequency of drone usage for aerial surveys over specific areas. By examining this data, we provide valuable insights for a range of applications, including agriculture, construction, and environmental monitoring.

Railway station count

Railway Station Count analysis involves assessing the total number of railway stations within a specific region or country. This key metric helps evaluate the effectiveness of transportation infrastructure and its capacity to efficiently transport goods and passengers. Our insights can also identify regions in need of further investment and development to enhance overall service efficiency.

Metro Station Count

In Metro Station Count analysis, we evaluate the number of subway stations within a city or region. The count varies depending on the area's size and population. This analysis is vital for assessing the efficiency and accessibility of public transportation systems in a given location.

Parking studies

The primary goal of parking study analysis is to evaluate the utilization rates of both on-street and off-street parking facilities. This analysis also helps identify critical issues and limitations related to the balance of parking demand and supply.

Queue Line Survey

This process utilizes queue management strategies by analyzing recordings of vehicle counts in queues prior to the traffic signal turning green for one or more lanes at an intersection. It also involves monitoring the number of vehicles in each lane, taking into account queue length and the number of available lanes, to optimize traffic flow and signal efficiency.

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Traffic Services

Our Approach to Traffic Video Counting and Analysis