• 1: Home
• 2: Applications
  • 2.1: Procurement
    • 2.1.1: Purchase Order Collaboration
    • 2.1.2: Vendor Collaboration
  • 2.2: Sourcing
    • 2.2.1: Quoting
    • 2.2.2: Vendor Selection & Approvals
  • 2.6: Business Performance Management
• 3: Technology
  • 3.3: Composition
  • 3.4: Customization
  • 3.5: Automation
  • 3.6: Integration
• 6: Customers
  • 6.1: Featured Customers
  • 6.2: Success Stories
  • 6.3: Testimonials
• 8: Learning Center
  • 8.1: Composite Cloud Services
  • 8.2: Composite Services FAQ
  • 8.3: Download Collateral
• 9: About Us
  • 9.1: Management Team
  • 9.2: Board of Directors
  • 9.4: Careers
  • 9.5: News
  • 9.6: Events
  • 9.7: Awards
  • 9.8: Our Partners
• 10: Contact
  • 10.1: Contact Us
  • 10.2: Request A Call
  • 10.5: Schedule A Live Demo

Composition Methodologies

Traditional model of hard-wired and hard-coded applications will not work for the on-demand Cloud Services. Building a complex application today is challenging and requires knowledge of different technology stacks. For example you need to use  Java or .Net for the server-side coding; Workflow/BPM tools for processes; SOA or other XML tools for Web Services and Integration;  Javascript, HTML and Ajax for User Interfaces; and other APIs depending your application requirements. This model is not scalable, it takes too long and is very complex for building on-demand services.

Current composition products are too complex to learn and in some cases you have to use five or six different tools to model simple applications. Other alternates like some Platform-as-a-Service (PaaS) offering are only suited for simple applications but are not able to handle large complex enterprise applications.

FusionOps composition is a breakthrough Visual Composition Technology that based on the Depth-First-Execution (DFE) modeling technique. With this new technique, it is now possible to visually declare very large and complex processes that were not possible before.