The problem
Freight movement between industrial areas and warehouses is visible on thousands of public highway cameras, but only as raw video. Turning that into a usable movement signal meant solving acquisition, cost and accuracy at the same time.
Engagement detail
- CLIENT
- Logistics intelligence provider
- INDUSTRY
- Logistics & transportation
- DISCIPLINE
- Computer Vision
PythonYOLOv8OpenCVSeleniumBeautifulSoupAWS S3AWS EC2AWS Lambda
What we built
- Collected continuous video feeds from government transportation sites using Selenium for acquisition and BeautifulSoup for parsing.
- Converted feeds to sampled image frames, cutting compute cost sharply while preserving the movement signal.
- Developed and deployed a YOLOv8 model for real-time detection and counting of trucks and containers.
- Automated the processing and analysis pipeline with AWS Lambda, removing manual intervention and letting the system scale across states.
- Analysed traffic flow patterns and integrated the resulting data pipeline into existing transport management systems for route optimisation.
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