Revolutionizing Supply Chain Efficiency: Nitin Agarwal's PreCheck AI Yard Check-In Camera System

In today's fast-paced global economy, supply chain efficiency has become the backbone of successful business operations. Every minute of delay in logistics translates to significant financial losses, customer dissatisfaction and competitive disadvantage. As e-commerce continues to surge and consumer expectations for rapid delivery intensify, distribution facilities and warehouses face unprecedented pressure to optimize every aspect of their operations. Yet despite massive investments in automation and technology throughout warehouses, one critical bottleneck has remained stubbornly manual for decades: the yard check-in process. This persistent challenge would eventually catch the attention of innovator Nitin Agarwal, who saw an opportunity to revolutionize an industry stuck in outdated practices.

The Hidden Bottleneck in American Logistics

The logistics industry serves as the circulatory system of the American economy, moving billions of dollars worth of goods daily across the nation. However, beneath this massive operation lies a persistent problem that has plagued the industry for years. The U.S. logistics sector loses up to $95 billion annually due to bottlenecks and outdated processing procedures. Remarkably, 92% of organizations still depend on manual systems for critical operations, particularly at the crucial entry point where trucks arrive at distribution facilities. This reliance on manual processes creates ripple effects throughout the entire supply chain, affecting everything from inventory management to customer delivery times.

Traditional Yard Check-In: A Manual Nightmare

Prior to recent innovations, the yard check-in process at most U.S. distribution facilities was universally manual, presenting several operational challenges. Drivers arriving at facilities were required to present paperwork at guard shacks and undergo lengthy manual verifications by guards or clerks. This process typically took between 30 to 60 minutes per truck, depending on facility congestion. Manual approaches could delay the check-in process by an average of 10 minutes per trailer, creating significant setbacks for high-volume warehouses that handle thousands of trucks daily. Manual transcription of trailer IDs and license plates was prone to frequent errors, occasionally resulting in costly mis-shipments. Additionally, there was a lack of real-time connectivity between yard gates and Warehouse Management Systems, leading to inbound trailers being mislogged or delayed in dock allocation. These inefficiencies reduced operational efficiency and exposed vulnerabilities across the national supply chain, particularly in industries such as pharmaceuticals, food, and retail distribution.

A Breakthrough Innovation

Recognizing these systemic issues affecting the entire logistics industry, a solution emerged that would fundamentally transform how distribution facilities handle incoming trucks. Nitin Agarwal developed the PreCheck AI Yard Check-In Camera System, representing one of the most significant contributions to supply chain technology and logistics automation. This innovation marks the first scalable deployment of an AI-powered, camera-based yard management check-in framework within U.S. logistics networks. The system transformed a previously manual bottleneck into an automated, intelligent, and nationally impactful process, addressing a problem that had cost the logistics industry millions of dollars annually in detention fees, wasted labor, and persistent bottlenecks.

How the Technology Works

Agarwal led the development of a solution that combines computer vision, optical character recognition and machine learning inference to automatically capture license plate numbers, trailer IDs, and driver data as trucks arrive. Unlike previous solutions that relied on RFID tags or manual barcode scans, this system leverages advanced AI models to detect and validate information in real time, fully automating a previously manual process. A key aspect of Agarwal's work involved designing integration logic that connected the AI pipeline with enterprise Warehouse Management Systems and Yard Management Systems. This allowed for instant validation of shipment data and dock assignment, representing a technological first in the industry and delivering significant business outcomes. In addition, Agarwal designed a driver app that provides real-time feedback and data regarding available doors and purchase orders, further streamlining the check-in experience.

Compliance and Real-World Implementation

The PreCheck solution was built with a compliance-first approach for regulated industries. The system offers at-gate compliance validation, including chain-of-custody checks for pharmaceuticals aligned with DSCSA processes, and provides auditable records of who and what entered the premises. These features are essential for adoption among Fortune-scale operators and are rarely found in generic pilot programs. The AI Camera PreCheck App, developed and led by Agarwal, represents a first-of-its-kind intelligent yard automation system within North American beverage logistics. Developed and fully implemented during his tenure at a large beverage company, the system utilizes a custom-trained AI model for real-time vehicle recognition, seal verification, trailer ID validation, and appointment matching, all performed autonomously. Operating on edge computing hardware, the system enables high-speed inference without relying on cloud latency and integrates seamlessly into Yard Management Systems.

A Truly Original Innovation

This solution is not a repackaged third-party tool. It was designed, trained and optimized by Agarwal using live trailer and yard conditions, incorporating specific operational logic and tolerances based on real-world deployment scenarios. The PreCheck AI Yard Check-In Camera System represents a major business-related innovation that has delivered significant operational improvements and cost savings across the U.S. logistics industry, setting a new standard for automated yard management and supply chain efficiency. By addressing a critical pain point that had remained unsolved for decades, Agarwal's innovation demonstrates how thoughtful application of artificial intelligence can transform traditional industrial processes and create substantial value across an entire industry.