SupplyNetPy: Open-Source Python Library for Supply Chain Simulation Released.
▶ The 60-second brief
Key takeaways
- SupplyNetPy is an open-source Python library for high-fidelity supply chain modeling and simulation.
- It supports complex features like multi-echelon structures, perishable inventory, and stochastic events.
- The library is valuable for design-space exploration, "what-if" analysis, and creating digital twins.
- It provides extensive performance reports and is extensible via inheritance.
Who benefits
Summary
SupplyNetPy is a new open-source Python library designed for high-fidelity modeling and discrete-event simulation of complex, multi-echelon supply chain networks. It supports various replenishment policies, perishable inventory, disruptions, and stochastic elements, providing extensive performance reports and enabling programmatic generation of models for design-space exploration and digital twins.
Why it matters
SupplyNetPy provides a powerful, flexible, and open-source tool for professionals to design, analyze, and optimize complex supply chains, leading to better resilience and efficiency.
How to implement this in your domain
- 1Download and explore the SupplyNetPy library to understand its capabilities for modeling your organization's supply chain.
- 2Use SupplyNetPy to create a digital twin of a critical segment of your supply chain to run "what-if" scenarios for disruptions or policy changes.
- 3Integrate SupplyNetPy into your data science workflows to generate synthetic training data for machine learning models predicting demand or inventory.
- 4Conduct design-space exploration using the library to evaluate the performance of different supply chain configurations under varying conditions.
- 5Benchmark existing supply chain strategies against new ones using SupplyNetPy's simulation and reporting features.
Original post by Tushar Lone, Neha Karanjkar
"arXiv:2607.09745v1 Announce Type: new Abstract: This paper introduces SupplyNetPy, an open-source, well-documented Python library for modeling and discrete-event simulation of supply chain networks with arbitrary multi-echelon structures. It supports multiple replenishment polici…"
View on XOriginally posted by Tushar Lone, Neha Karanjkar on X · view source
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