About Algoryx

University offspring in 2007

Algoryx Simulation AB was formed 2007 as an off-spring from Umeå university, involving researchers from the High Performance Computing Center North (HPC2N), VRlab, and the departments of Computing Science and Physics. The off-spring is also result of a long and prosper R&D collaboration between the university and former off-spring company Oryx Simulations AB, today a world leader in professional heavy vehicle simulators.
In 2007 a team of developers and researchers gathered to design a next-generation multiphysics engine with fidelity, performance, functionality and extensibility that surpasses comparable solutions on the market of which many have the limited scope of game physics. Algoryx currently engages 13 people of which several have 10-15 years of experience of interactive simulation.

Business of interactive multiphysics

We believe that visual and interactive multiphysics simulation is one of the true challenges in science and technology and that the area will have huge impact on the industrial market in the next few years and for many decades to come. Our ambition is to bridge between academic research and industrial applications and thereby ensure our competitiveness as a leading provider of products and services. For this we apply two models: For industrial R&D we apply a trinity collaboration model between academic reserch, Algoryx, and large corporations on the global market (Fig 1). For business we apply an cluster model where seveal small and medium sized enterprises (SME) collaborate in projects to match the demands of a global market (Fig 2).
One important trend is the convergence of game technologies, virtual reality and computer aided design into industrial virtual prototyping. In this area new tools and technologies will enable new types of work flow with efficient transfer between design, engineering, decision making, training and marketing.

Hardware and open industry standards

Multiphysics is also one of the real challanges for nextgen hardware. Efficient utilization of massive multicore and stream processing will enable entirely new things never seen before in computing - forming new usage patterns and new markets. Open industry standards are extremely important for this process and Algoryx is a strong supporter in two of these areas: An open format for data and data interchange in COLLADA and COLLADA Physics by the Khronos Group; and new open industry standards for the underlying solvers, so that these can in the best possible way be optimized for parallel hardware, and also inspire the design of new hardware (see Fig 3)

AgX Multiphysics toolkit

Our software toolkit AgX Multiphysics is to be released in 2008 and will then be a mature product and a mission critical simulation engine already used in many turn-key products by several commercial partners. More >>

R&D model
Fig 1. Trinity model for industrial R&D



SME cluster model
Fig 2. SME cluster model.



Standardized software layers
Fig 3. Standardized software layers