When running engineering and scientific simulations, high performance computing (HPC) resources are often vital components in successful analyses being executed in a timely manner. The multi-billion dollar HPC industry continues to grow to meet popular demand for the improved performance, faster interconnectivity, and lower network latency that HPC computing resources offer over standard computing configurations.

The growth of the HPC market includes, not only traditional on-premise clusters, but also cloud HPC. Cloud HPC has experienced, and is estimated to continue to, achieve steady growth alongside the booming HPC market. Research estimates that by 2015, cloud spending for the technical sector will be $235.1 billion–cloud architecture in 2011 was $78.2 billion. For the cloud HPC market specifically, analysts note that it is growing at a rate similar to the general HPC market. The general HPC sector is estimated to grow to $30.2 billion by 2018—up from $21.9 billion in 2012. Of that $21.9 billion spent on HPC, 23.5% was spent on cloud HPC applications.

With the increased demand for cloud HPC, there have emerged many providers who offer various HPC solutions in the cloud to engineering and science companies. But how do potential users of cloud HPC navigate the uncertainty and questions that surround running proprietary analyses in the cloud? Questions and concerns vary from industry-to-industry, company-to-company, and user-to-user; however, below are a couple of important questions to ask prospective cloud providers when determining whether they are a good fit for your workload.

  1. What software tools are available?

    Supported software is a critical differentiator. Some cloud HPC providers only support open source tools, while others work with commercial software vendors to support licensed software. While some software vendors offer licensing in the cloud, other environments support the ability to use existing software licenses at little to no extra software cost. As a user of simulation software, it is also important to understand what software functions are available in the cloud.

  2. Security?

    Security is an important topic when considering cloud simulation and can include multiple departments within a company. A few specific questions to ask include:

    1. What is the level of data encryption?
    2. Does the cloud provider submit to external security audits?
    3. Do users’ simulations run on isolated clusters?
    4. What are the redundancy procedures?
    5. Is there an International Trade in Arms Regulations (ITAR) compliant  environment? (for military and defense companies)

    There are certainly many other questions to ask, and IT teams often have their own company specific questions for cloud providers.

  3. What are the costs and fees for running in the cloud?

    Many providers offer a pay-as-you-play usage model while others offer monthly subscriptions or annual payments. Different models will be cost effective for different workloads. Ask cloud providers what is included in the price and whether any additional charges may apply. Often times there are costs for hardware and separate costs for software, storage, data transfer, and visualization.

  4. Can I test your service before I commit?

    With all of the different options for cloud HPC available, it’s important to find the best fit for your workload. Several cloud providers offer the opportunity to test out their environment at a free or reduced price before committing. This will allow you to test not only a cloud HPC provider’s resources, but also their service and support.

  5. What are the data management and collaboration features?

    The primary function of cloud HPC providers is often to reduce the time it takes to run computationally-intensive simulations. However, beyond that, there are many other features that can significantly enhance your experience when running simulations in the cloud. These include the ability to easily share information with colleagues, the ability to copy simulations to make quick iterations, the speed of data transfers, what visualization capabilities are available, and what customer support is offered, amongst others.

Using cloud HPC resources for CAE simulations is becoming more widely adopted, and according to research, estimated to continue to grow rapidly. Testing the simulation environment and asking questions is the best way to determine which platform will work for you.

This article was written by Ilea Graedel.


Graz, Austria – Rescale, Inc. and AVL List GmbH are pleased to announce a technology partnership that allows users of AVL FIRE®, a powerful, multi-purpose, thermo-fluid dynamics CFD software product to run on the Rescale simulation platform. AVL FIRE® users now have the ability to run their simulations in the cloud, on demand across thousands of cores, to address their most complex simulation workflows, using Rescale’s highly scalable web-based platform.

“We are very excited to offer a comprehensive suite of features to AVL customers through our alliance with AVL,” said Joris Poort, CEO, Rescale, Inc.  “Most notably, AVL FIRE® users now have access to virtually unlimited high-performance computing resources, native platform integration with AVL FIRE®, and an intuitive user interface – securely accessible through any web browser.” Rescale’s platform allows AVL customers to significantly reduce simulation runtimes and expand internal simulation workflow capabilities with seamless access to on-demand software and hardware resources and no downloads or upfront costs. Rescale’s workflow tools enable engineers to easily set up design of experiments and formulate optimizations to develop innovative designs. Customers can run AVL FIRE®  with confidence, as Rescale adheres to the highest industry level security standards, trusted by Fortune 500 enterprises.

“Our alliance with Rescale will now empower our global AVL FIRE® customers with a scalable on-demand capability to run AVL’s powerful 3D CFD software,” said Maik Suffa, Group Product Manager CFD, at AVL.  “We share Rescale’s dedication to solving customer problems related to research and development in automotive and process engineering. AVL is extremely excited that our particular emphasis on ease of use, short turnaround times and high end modeling capabilities for sprays, combustion, heat transfer, and multi-phase flows will now be enabled on Rescale.”

For more information about Rescale and AVL List GmbH:

AVL List GmbH:

About Rescale

Rescale provides a secure, pay-per-use, web-based platform that helps engineers and scientists build, compute, and analyze large simulations on demand. Headquartered in San Francisco, CA, Rescale’s customers include global Fortune 500 companies in the aerospace, automotive, life sciences, and energy sectors.

About AVL List GmbH

AVL is the world’s largest independent company for development, simulation and testing technology of powertrains (hybrid, combustion engines, transmission, electric drive, batteries and software) for passenger cars, trucks and large engines. AVL with its headquarters in Graz, Austria has 45 affiliates and more than 6600 employees worldwide

One of AVL’s business areas is Advanced Simulation Technologies, which develops simulation software focusing on design and optimization of powertrain systems covering all phases of the development process.

This article was written by Ilea Graedel.

Rescale provides a suite of fully integrated simulation and workflow software tools, including, Abaqus, CONVERGE, LS-DYNA, Nastran, and Fluent, among others (for a full list please click here). Partnerships with the software vendors who have developed these software packages are an important element in ensuring customers readily have access to the tools when and where they need them.

One essential aspect of partnering with software companies is the availability of resources that help users quickly become comfortable with running the simulation software they’re familiar with on Rescale. Even with open source codes, we try to work with creators and/or contributors to develop easy-to-understand resources that guide new users on how to properly set up and execute simulations on Rescale’s customizable HPC platform.

These resources currently come in the form of written tutorials, step-by-step instructions, code examples (coming soon), and video tutorials. Tutorials work well for users who are interested in a thorough example and understanding of how to run specific simulation software on Rescale and the reason behind each step. However, if you’re limited on time but still interested in how to set up a job, our new section of video tutorials helps those you on a time crunch.

On Rescale’s Resources page, you’ll find videos that show you how to set up a basic job as well as simulation software specific video tutorials. Two recent video tutorial collaborations include our work with Siemens and Ricardo Software.

In the Siemens video, we go step-by-step through how to run an automotive application to predict sound pressure resulting from driving over a bump in the road using NX Nastran. You can see how to save an NX Nastran job in the native graphical user interface (GUI) and then upload the input files to Rescale, quickly enter the job parameters, and execute the simulation.

To execute a Ricardo Wave RDM simulation, the video tutorial below highlights the necessary steps to kick off a job. You can see how to save a 4-cylinder spark ignited engine model in WAVE, customize the hardware, upload the input file, and submit the job.

New resources, including videos, are constantly added to Rescale’s Resources page, so be sure to check back often. We’re always looking for new ideas and suggestions so if there is a tutorial you would like to see that is not listed, please contact

This article was written by Ilea Graedel.

Rescale is pleased to welcome Phil Alexander, vice president of business development, to the Rescale team. Phil joins Rescale from IBM, where he managed global independent software vendor (ISV) strategic alliances and distribution partners for technical computing. A long time resident of the bay / valley area, Phil has a background that includes channel management positions at Cisco, Topspin, Cobalt, Netcom, and Apple. With Phil’s extensive experience in strategic alliances, he is a welcome addition to the Rescale team.

To read more about Phil and the other members of the Rescale team, please visit

This article was written by Ilea Graedel.