BlueSeer ERP Is A Open Source ERP for Manufacturers
BlueSeer is a completely free ERP (Enterprise Resource Planning) package for small to medium size businesses.
BlueSeer ERP is a free open source multilingual ERP software package.
It was designed to meet the needs of the manufacturing community for an ERP system that is easily customizable and extendable while providing generic functionality that is typically observed in most manufacturing environments.
BlueSeer also provides a fully functional EDI mapping tool for EDI translations and file traffic monitoring.
BlueSeer is released for free use under the MIT License. The application and source code are available for download at GitHub.com.
BlueSeer was originally launched in 2017 and continues to evolve to meet user demands. The latest 'stable' release of version 6.3 was released on 2022-08-23.
MRP functionality is tightly integrated with purchasing, production, and shipping to provide you a consistent picture of your inventory status and order requirements.
Features
- Double Entry General Ledger
- Cost Accounting
- Accounts Receivable Processing and Aging
- Accounts Payable Processing and Aging
- PayRoll
- APIs for system to system integration
- Inventory Control
- Job Tracking
- Lot Traceability
- Order Management
- Service Order and Quoting Management
- Electronic Data Interchange (EDI)
- UCC Label Generation
- Materials Resource Planning (MRP)
- Human Resources (HR)
- Multilingual support: English, Spanish, French, Turkish, German, and more
Tech stack
BlueSeer ERP is written entirely in Java. The application is a non-web based desktop application that relies heavily on the Java Swing widget toolkit/library.
Platforms
- Windows
- Linux
- Can be installed on macOS
License
The project is released under the MIT License.
Final word
BlueSeer ERP is a free open source multilingual ERP software package. It was designed to meet the needs of the manufacturing community for an ERP system that is easily customizable and extendable while providing generic functionality that is typically observed in most manufacturing environments.
