ospfModularize Operations Research Like Building Blocks

Providing pluggable constraints, operators, and algorithms to build operational research workflows in a modular fashion, constructing the dovetail structure in the optimization domain

What is ospf?

Quickstart

GitHub

Focus on Business

Modular components encapsulate algorithmic complexity, enabling developers to concentrate on operational scenario modeling and strategy optimization, driving core logic design and iterative upgrades from a business perspective.

Out-of-the-Box Usability

Preloaded with algorithm templates for standard business scenarios and pre-integrated elastic computing frameworks and visualization toolchains, it accelerates the deployment of fully functional optimization systems.

Domain-Driven Design

Domain models built on bounded contexts dynamically map business rules to algorithmic parameters via aggregate roots, supporting continuous evolution and validation of complex strategies.

Unified Language

A semantic alignment system bridges mathematical modeling, business metrics, and code implementation, ensuring end-to-end terminology consistency and traceability from requirements to execution.