Home » Products and Services » CATAMARAN®


Shipcom’s CATAMARAN® is a unified platform with a stable and scalable architecture for mobility, barcode, RFID, GPS, GPRS, RTLS, etc., and a simple architecture that adheres to SOA.  Additionally, CATAMARAN® does not require multiple technology stacks and layers.

CATAMARAN® is the industry’s leading mobile rules engine and possesses a rapid development environment with a business logic builder; reusable objects and wizards; and drag and drop screen development.  This range of capabilities is not available in other development frameworks that are also required to perform coding using Java, C++ or scripting.  CATAMARAN® allows for the configuration of complex business transactions with consistent use of wizards and intuitive integrated development environments.

CATAMARAN® has the best offline architecture in the industry and the fastest mobility engine in terms of response times.

CATAMARAN® is device and back-end agnostic and  supports diverse device operating systems, form factors, and WLAN/WWAN networks while simultaneously providing access to multiple back-end systems to build composite applications. The business logic, database, and back end integration are developed independent of the device;  as a result, multiple devices can leverage the same business logic and integration.


Shipcom’s Business Value Framework

Visibility into integrated business processes to enhance service offerings

business value framework

Click here for more information on Catamaran™ Architecture

The Shipcom Competitive Edge

  • Signature capture
  • Bluetooth/remote printing
  • Encryption
  • Role- and rule-based synchronization
  • Conflict resolution and management
  • Audit trail (track and trace)
  • Reports in different formats
  • Online and offline email integration initiation
  • Always/sometimes disconnected
  • Device agnostic
  • Device migration path
  • Multi-language
  • Heterogeneous back-end systems
  • Smart and intuitive memory management for remote and wireless devices
  • Data throughput
  • Stateless connectivity