Fulfillment Packaging Algorithm: 35% ROI

Status:
Completed with Full Integration
ROI:
35%
Service:
Software Development
Integrations:
Asteril, Google Sheets
Project Objective
Create a mathematical model that analyzes order parameters, finds the optimal ratio between product and box sizes, and provides a clear 3D visualization of the packing process to improve quality control.
Client
Fulfillment "Online Market"
Location:
Lviv, Ukraine
Project Goal
Develop and implement an algorithm that automatically selects the most efficient packaging for each order, minimizing time and reducing the risk of human error.
Software Development
Mathematical Selection Algorithm
3D Visualization Module
Data Exchange
Monitoring System
Features
Solving Mathematical Problems
Using mathematical models for the efficient selection of packaging materials.
Integration with logistics processes
Інтеграції з існуючими логістичними процесами та зв'язок з системою CRM.
Flexible parameter adjustment
The ability to quickly adjust packaging parameters for different types of products.
Selecting the smallest box
This helps reduce the time spent on the packaging process.
Optimization of packaging material usage
The algorithm not only selects the smallest box for the order but also optimizes the use of packaging materials
Equipment
Every project is powered by the latest in technological innovation
Results
Automation of the packaging process that reduces order processing time, along with the implementation of a 3D visualization system enabling real-time quality control of packaging.
ROI
The system provides 3D visualization of the packing process, allowing for quality and accuracy control, reducing time and resource expenditures.
February 2025 - April 2025
0%
35%
Reduction in packaging costs
20%
Reduction in box selection time
15%
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