RECENT CLIENT PROJECT

Visixion GmbH has developed and conducted a focused Python training for selected people at Eurex, one of the world's leading derivatives exchanges. The major goal is to replace in certain areas a heterogeneous IT infrastructure (including, amongst others, Matlab and R) by Python as the main programming environment. Requirements are increased productivity, fast development cycles, easy collaboration, easy-to-maintain solutions and high performance.

DEXISION In The Press

DEXISION mentioned in the March 2010 Cover Story of Wilmott Magazine as first Derivatives Analytics suite based on the Python programming language. Read the whole Story.

Python for Finance (III) — Compact and Fast

This is the third post in a series about Python for Finance. We will work again with the example of the first and second post of the series to illustrate now how to automate the valuation of a complete set of American put options.

In the first two posts, we presented a rather concise and nevertheless quite . . . → Read More: Python for Finance (III) — Compact and Fast

Python for Finance (I) — Compact and Fast

Python is a multi-purpose programming language and many people use Python for everything but their core applications. However, Python can even be used for compute-intensive tasks like Monte Carlo simulation — a common numerical method in Finance in general and Financial Engineering in particular.

Monte Carlo simulation (MCS) is a quite flexible numerical method, in particular when . . . → Read More: Python for Finance (I) — Compact and Fast

EuroScipy 2011 — Fast Monte Carlo Valuation with Python

To Python’s success story there has been added a new chapter: EuroScipy 2011. The conference who took place in Paris from 25.–28. August 2011 attracted researchers from diverse fields. Attendees learned how Python can be beneficially applied in such fields as physics, chemistry, biology, mechanical engineering—and finance. Dr. Yves Hilpisch gave a talk and presented a . . . → Read More: EuroScipy 2011 — Fast Monte Carlo Valuation with Python