Our team worked alongside the Client’s team to build an inventory tracking and management device integrated into the inventory management system.
Our Client hired us to build a custom smart consignment inventory management (SCIM) platform for the delivery of consignment items to the hospital.
As a custom software development partner, we had to meet the following Client’s requirements:
We built an IoT device that enables tracking of consignment items, informs customers of product usage and returns items to customers without hospital integration.
SCIM is composed of three key elements:
A smart tracker is applied to consignment items before shipping. The smart tracker monitors the consumption of the consignment item in the hospital.
Consignment items are expected to be shipped on the next business day. The delivery on the hospital premises might imply items are shipped to a department reception, specific ward or assigned person. Once items approach the end of their shelf lives, they should be picked up and replaced.
When a consignment item is used during surgery, the device sends a message that indicates a decrease in the stock level. The customer receives a daily report which includes data on the consumed products. This automatically triggers the invoicing and stock replenishment processes on their side.
rinf.tech created an end-to-end solution for inventory management tracking based on STM32 microcontroller. The radio network connectivity was covered using and S2-LP transceiver for the SigFOx version and an Quectel NB-IoT transceiver for the NB-IoT version.
The inventory tracker is registered to a management platform, and sends periodically information about the state of the tracked package.
The inventory tracker has a LED indicator to warn when the battery level is too low and needs to be replaced.
At an initial analysis phase, our team explored the challenges of developing such a product and the various options in terms of microcontrollers and transceivers available on the market.
Having compared different specifications of such electronic components, we made the conclusion that ST Microelectronics components were the best options for this project.
Once the electrical components were chosen, we moved on to the design of the PCB and electronic schematics. For the design phase, a few criteria were taken into account:
PCB design and prototypes were produced on the rinf.tech premises. On top of that, we built the electrical components for the tracker prototype and firmware for ST microcontroller in our own R&D Center.
Once the prototype was built, we conducted field testing to verify if the prototype covers all of the requirements.
All design blueprints were provided to the Client for use in mass production.
Our team managed to fully meet the Client’s budget constraints and helped them significantly speed up their time to market.
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