iCheckgate Dashboard

State-of-the-Art Innovation in Enforcement- iCheckgate Enabled with

World-renowned and the only technology capable of accurately tracking overload at 20-80 km/h compliant with MoRTH Standards

Weigh-in-Motion System
Integrated Power Management System
RFID Antenna
Varifocal Camera
ANPR Camera
Floodlight
RFID Fix Reader

iCheckgate® Explained 3.35

Overview

Establishment of Smart Enforcement System to Monitor Overloading Offences by installing Weigh-In-Motion System and Integration with the existing Mining Checkgate, Established by Directorate of Geology & Mining of the state.

Key Outcomes Request a Demo
wim screen

See What Makes iCheckgate® Outstanding

Key Features

Weigh-in-Motion System to curb overloading system functions efficiently for vehicles traveling at speeds of up 20 to 80 km/h, capturing all necessary evidence to issue challans to violators.
Curbing pilferage and ensuring fair trade by integrating weigh-in-motion technology with the mining checkgate, leading to increased revenue and fair mineral transportation.
24*7 automated and transparent enforcement through online issuance of e-Notices, speed and lane violation detection to promote legal and safe transportation.

Industry Recognition

Key Outcomes

Detection of Lane Violations With Evidences

Violation in HSRP Number plate

eChallan Generation via ITMS

Identification of Overloaded Vehicles

Expired Vehicle Registration

Analytical Graphical & Tabular Dashboard

Violation Detection - Overspeeding

Expired Pollution Certification

Violation Heatmaps to Focus On Crucial Areas

Identify Vehicle type Mismatch

Expired Fitness Certification

See What Makes iCheckgate®

Layout for Setup of WIM

wim layout

Layout for Setup of WIM

See iCheckgate Process®

Installation Process

Step 01

Conduct a survey and site inspection with the ARTO and PWD & Obtain NHAI/PWD approval for road cutting and installation

Step 02

Marking the alignment for cutting the road

Step 03

Cutting, Blowing & Placement of WIM sensors

Step 04

Commissioning of WIM hardware through the WIM application: Activate and Configure the sensor

Step 05

Calibration of the WIM sensor using 3-axle vehicle with a minimum weight of 20,000 kg

Step 06

Performance calibration testing and secure the necessary METROLOGY certificate