The STCDO Pricing Engine employs a Gaussian copula framework with stochastic recovery, semi-analytic method, including an internal CDS calibration to extract the hazard rates from CDS quotes and a CDO calibration to extract base correlations from a standard credit index (e.g., DJ Itraxx).
The STCDO Pricing Engine prices standard credit index tranches and includes the following features:
Like all SciComp solutions the STCDO Pricing Engine can be enhanced/modified to meet any particular modeling needs you may have and is available as C/C++ source code, Windows/Linux executable, or a ready-to-use Excel spreadsheet and add-in.
The STCDO Pricing Engine can be enhanced to support the modeling of bespoke STCDOs with a number of approaches for bespoke portfolio mapping of the base correlation available, including:

Need more information on the SciComp STCDO Pricing Engine? Contact us
Need a pricing solution for the full range of credit derivatives? (CDO, CDO squared, CDS, defaultable bonds, etc.) SciFinance automates coding and delivers source code (C/C++) for custom credit derivatives pricing and risk models. Read more
SciFinance® automates pricing and risk model development
SciPDE™ and SciMC™ are the core SciFinance modules
SciGPU™ achieves blazing fast performance with CUDA and OpenMP
SciCalibrator™ provides pricing model calibration
SciIntegrator™ eases integration
Standalone customizable pricing and calibration tools.
Derivatives Pricing Models
A resource site with examples, documentation and more...
16 - 20 April 2012, Hotel Arts Barcelona
Software vendors and service providers ease GPU adoption
...this approach masks the complexity of parallel programming from the end user, leaving them free to define the characteristics of the pricing model that they want to run on GPUs.