San Francisco, California – Rescale, Inc. hosted the inaugural Rescale Night San Francisco on January 26, 2017 at the Microsoft / Yammer offices in San Francisco, CA.

The event, billed as an exposition into “The Future of Cloud HPC Simulation,” brought together experts in  high-performance computing (HPC) and simulation, cloud computing technologists, startup founders, and VC investors across the technology landscape.

Rescale Night San Francisco followed the successful debut of Rescale Night in Tokyo, Japan, in 2016. The San Francisco event was on a larger scale, including both local participants and a global audience streaming live through the event portal. In addition to product demonstrations with Rescale engineers, including the popular Deep Learning workshop led by Mark Whitney, Rescale Director of Algorithms, booths featuring ANSYS, Microsoft Azure, Data Collective, and Microsoft Ventures offered interactive sessions for attendees.

Rescale Night attendees

Rescale Night attendees

The highlight of Rescale Night included the keynote speakers, beginning with Joris Poort, Founder and CEO of Rescale, who shared his vision for Cloud 3.0: the Rise of Big Compute. Poort announced the launch of a new community sponsored by Rescale and other industry partners to bring together professionals and academics interested in big data, HPC, and the cloud:

Rescale CEO Joris Poort with aerodynamicist Seth Morris of RCR

Rescale CEO Joris Poort (right) with aerodynamicist Seth Morris of RCR (left)

The Rescale customer keynote was delivered by Joshua Krall, Founder and CTO of Boom Technologies, whose company is building a supersonic passenger aircraft that is 2.6x faster than aircraft flown by commercial airlines. Krall explained how he is leveraging Rescale’s cloud HPC platform to accelerate innovation while controlling costs. The first test flights of Boom’s XB-1 supersonic aircraft are slated for late 2017. ANSYS, a platinum event sponsor, highlighted two customer case studies in a talk delivered by Ray Milhem, VP of Enterprise Solutions and Cloud. Milhem highlighted how ANSYS-Rescale joint customers LSIS of Korea and Richard Childress Racing were leveraging ANSYS simulation software on the Rescale cloud to reduce design and manufacturing times without adding costly on-premise infrastructure. Matthew Thomson, Azure Big Compute Senior Product Manager, spoke next about the deep partnership between Microsoft and Rescale, and how this enables applications and customers across the globe to leverage turnkey HPC in the cloud without sacrificing security or usability. A lively panel, Finding the Speed to Innovate with Digital Manufacturing, moderated by McKinsey and Company Associate Principal Subu Narayanan, gave attendees a glimpse into current and future trends in manufacturing as viewed by Krall, Milhem, and Thomson.

Ray Milhem of ANSYS (right), Josh Krall of Boom Aero (middle), and Matt Thomson of Microsoft Azure Big Compute (left) discuss trends in digital manufacturing

Rescale Night San Francisco concluded with exciting new feature demonstrations by Adam McKenzie, Founder and CTO of Rescale. McKenzie showcased several important new enhancements including persistent HPC clusters that reduce time required to run repetitive simulation jobs from minutes to seconds, in-browser desktop visualizations for pre-processing and post-processing of engineering simulations, in-browser SSH terminal access for streamlined, direct access to HPC clusters and native-GUI integration of the Rescale platform into locally-running ANSYS Workbench. McKenzie also revealed several important roadmap milestones including ScaleX Developer, a channel for software developers to build, test and publish their own software on the Rescale platform. ScaleX Developer, launching later 2017, will create a marketplace for independent software vendors and HPC users.

Rescale CTO Adam McKenzie made several exciting product announcements

Rescale CTO Adam McKenzie made several exciting product announcements

Rescale Night San Francisco was made possible in part by the generous support of sponsors ANSYS, Microsoft Ventures, and Data Collective.

For inquiries about Rescale Night San Francisco, please contact Khelan Bhatt at

For additional information, visit:

Did you miss Rescale Night? Watch the recording here:

This article was written by Khelan Bhatt.

Rescale is pleased to introduce a powerful new feature now available on our platform, In-Browser Desktops. With this new feature, all you need is a modern web browser to connect to a powerful, GPU-accelerated remote desktop for your pre/post-processing and visualization needs.

In-Browser Desktops are the fastest way to launch a visualization node from a running job—no need to set a password, download a connection file, or run a tunnel script. This also means that you will be able to securely access the remote desktop even if you are behind a firewall over simple HTTPS. Everything runs seamlessly and securely through the browser.

When connecting to a desktop, you will be able to choose from using an In-Browser Desktop or downloading a Remote Desktop Protocol (RDP) or Virtual Network Computing (VNC) client file to use your own remote desktop client, just as before.

Here is how to launch an In-Browser Desktop for visualization from a running job.

Step 1: Select “Visualize” for a running job.

Launching an In-Browser Desktop: Step 1

Step 2: Select “Launch” to confirm your Desktop configuration.

Launching an In-Browser Desktop: Step 2

Step 3: Click “Connect using In-Browser Desktop” and…

Launching an In-Browser Desktop: Step 3

…Voila! You can now monitor your jobs directly from your browser, as shown in the STAR-CCM+ example below.

Launching an In-Browser Desktop: Step 4

Compare this with using your own remote desktop client to visualize your results, which is a multi-step process as outlined below.

Step 1: Download an RDP client specific to your operating system.

Step 2: Select Generate Password and copy the password to your clipboard.

Step 3: Download an RDP client file.

Step 4: Launch your RDP client and open the file downloaded in Step 3.

Step 5: Wait for the system to initialize, provide an appropriate username and password from Step 2 and log-in.

This article was written by Alex Huang.