St. Luke's Transforms Healthcare Fulfillment from the Ground Up

Project Overview

St. Luke's, a prominent healthcare provider, has partnered with Hai Robotics to transform its healthcare fulfillment operations using automated goods-to-person technology. The case study, published in May 2026, is framed around three core performance dimensions: fulfillment speed, operational control, and supply chain reliability — a framing that reflects the specific priorities of healthcare logistics rather than the storage density and throughput metrics that dominate commercial warehouse case studies.

The phrase "from the ground up" in the case study title signals a comprehensive transformation rather than an incremental improvement — St. Luke's has rebuilt its fulfillment model around automation, rather than layering automation onto an existing manual operation. This is a meaningful distinction: it implies that the system design, workflow architecture, and operational model were all reconceived around the capabilities of the Hai Robotics platform, rather than constrained by legacy processes.

This deployment marks Hai Robotics' documented entry into the North American healthcare fulfillment sector, and represents one of the most operationally distinctive case studies in the portfolio — healthcare logistics has requirements, constraints, and performance standards that differ fundamentally from retail, apparel, or electronics fulfillment.

Technical Solution

Hai Robotics ACR System for Healthcare Fulfillment

The Hai Robotics automated goods-to-person system deployed at St. Luke's applies the same core ACR technology used across the company's commercial deployments — autonomous robots retrieve totes from a high-density storage grid and deliver them to operator workstations — but the operational configuration and software integration are adapted to the specific requirements of healthcare fulfillment.

The goods-to-person model is particularly well-suited to healthcare because it places the operator at a stationary workstation with system-directed picking instructions, rather than navigating through a warehouse to locate items independently. This system-directed workflow eliminates the manual item identification and location steps that are the primary source of picking errors in manual healthcare fulfillment operations. The operator receives explicit instructions for each pick — what to pick, how many, from which tote — and the system validates each pick before the next instruction is issued.

Key Features

Comprehensive Transformation — "From the Ground Up"​ The case study's framing as a ground-up transformation indicates that St. Luke's rebuilt its fulfillment model around the automated system rather than retrofitting automation onto existing processes. This approach typically delivers more complete operational benefits than incremental automation, as it allows workflow design, staffing models, and system integration to be optimized for the automated environment from the outset.

Fulfillment Speed for Time-Sensitive Healthcare Supply Healthcare supply distribution includes a spectrum of urgency — from routine scheduled replenishment to urgent clinical requests. The automated goods-to-person model sustains consistent throughput across this urgency spectrum, with the warehouse execution software managing order prioritization to ensure that time-sensitive requests are fulfilled without delay while routine orders are processed efficiently in parallel.

Operational Control and Real-Time Inventory Accuracy The system's real-time transaction recording provides St. Luke's with continuous inventory accuracy — a capability that is both operationally valuable (enabling reliable fulfillment) and compliance-relevant (supporting lot tracking and expiry management requirements). This level of inventory control is difficult to achieve and sustain in manual operations without significant ongoing investment in cycle counting and reconciliation.

Supply Chain Reliability Through Automation Reducing the fulfillment operation's dependence on manual labor for routine storage and retrieval tasks improves resilience against staffing disruptions. This is a strategic benefit that healthcare organizations have come to prioritize as a direct lesson from the operational challenges of the pandemic period.