IoT JT Logo

IoT JT

IoT-Powered Job Training & Smart Monitoring Platform

Smart Weighbridge
Customer Logo

Customer

PT Petrokimia Gresik

A leading fertilizer producer in Indonesia, managing complex logistics and distribution networks with thousands of truck operations daily.

The Challenge

Key obstacles in managing job training and IoT integration for education

Inaccurate Manual Weighing

Conventional weighbridge systems are prone to human error and potential fraud in recording truck weights.

Lack of Real-Time Visibility

Logistics managers struggle to monitor weighbridge activity and truck movements as they happen.

Operational Bottlenecks

Manual processes often cause long queues, delays in distribution, and inefficient resource allocation.

Our Solution

How IoT JT brings smart monitoring and data-driven insights to training

IoT Weighbridge Sensors

Smart sensors capture truck weight data automatically and send it directly to the cloud for secure storage.

Cloud-Based Monitoring

Centralized dashboard provides real-time visibility of weighbridge operations across multiple locations.

Analytics & Alerts

AI-driven analytics detect anomalies, prevent fraud, and generate automated reports for management.

Impact & Results

Tangible benefits of implementing IoT JT

99%
Accuracy
IoT sensors ensure highly reliable and tamper-proof weighbridge measurements.
24/7
Monitoring
Continuous visibility of truck movements and weighing activity in real-time.
40%
Efficiency Gain
Reduced queue times and faster distribution through automated processes.

Technology Stack

Enterprise-grade technologies powering IoT JT

Backend & Infrastructure

Kubernetes
Docker
Terraform
Ansible
EMQX
RabbitMQ

Data & Analytics

PostgreSQL
InfluxDB
MongoDB
Redis
.NET 9
ML Models

Frontend & Visualization

React
TypeScript
Grafana

Project Success

With IoT JT, the weighbridge process becomes more transparent, accurate, and automated. Companies gain real-time visibility into weighbridge activities, reduce fraud potential, and enhance operational efficiency across logistics operations.