January 8, 2019 By Steve Sibley 2 min read

Access to real-time accurate weather forecasts affects how communities plan for and respond to major weather events like tropical storms, how farmers plan for a drought, and how store owners adjust inventory for a historically cold year.

We enjoy consistent, fairly accurate weather forecasts in the U.S., but similarly accurate weather forecasts are not available in many locations around the globe. In some parts of the world, weather predictions have traditionally been imprecise or delayed, putting families, businesses and communities at risk.

Today on stage at the Consumer Electronics Show (CES) in Las Vegas , IBM CEO Ginni Rometty and The Weather Company, an IBM subsidiary, announced a powerful new weather system that will run on an IBM POWER9-based supercomputer. This new supercomputer will be able to make accurate local weather forecasts globally, in locations that typically do not have access to these types of detailed forecasts. Now, we will be able to go from weather predictions that had resolution of 12-15 kilometers down to 3 kilometers. And we will have access to weather models that update every hour, as opposed to the 6-12 hours that is the typical frequency in some parts of the globe. IBM is one of the few commercial organizations in the world that can develop both a weather system to run at this global, granular scale, and build the hardware infrastructure to support it.

A system that delivers high-resolution, global, hourly-updating forecast models needs infrastructure that can not only accommodate big data but can also supply massive computing capacity and advanced graphic rendering. This powerful new system is composed of 84 nodes of the IBM Power Systems AC922 server and 3.5 petabytes, or 3.5 quadrillion bytes, of IBM Spectrum Scale Storage. This is the same IBM POWER9 and IBM Storage technology used by the U.S Department of Energy’s supercomputers Summit and Sierra, the most powerful and smartest supercomputers in the world. Predictions from the new system will be made available globally in 2019.

For more information about the technology that powers The Weather Company’s new supercomputer, launch the interactive demo.

More from Cloud

Hybrid cloud examples, applications and use cases

7 min read - To keep pace with the dynamic environment of digitally-driven business, organizations continue to embrace hybrid cloud, which combines and unifies public cloud, private cloud and on-premises infrastructure, while providing orchestration, management and application portability across all three. According to the IBM Transformation Index: State of Cloud, a 2022 survey commissioned by IBM and conducted by an independent research firm, more than 77% of business and IT professionals say they have adopted a hybrid cloud approach. By creating an agile, flexible and…

Tokens and login sessions in IBM Cloud

9 min read - IBM Cloud authentication and authorization relies on the industry-standard protocol OAuth 2.0. You can read more about OAuth 2.0 in RFC 6749—The OAuth 2.0 Authorization Framework. Like most adopters of OAuth 2.0, IBM has also extended some of OAuth 2.0 functionality to meet the requirements of IBM Cloud and its customers. Access and refresh tokens As specified in RFC 6749, applications are getting an access token to represent the identity that has been authenticated and its permissions. Additionally, in IBM…

How to move from IBM Cloud Functions to IBM Code Engine

5 min read - When migrating off IBM Cloud Functions, IBM Cloud Code Engine is one of the possible deployment targets. Code Engine offers apps, jobs and (recently function) that you can (or need) to pick from. In this post, we provide some discussion points and share tips and tricks on how to work with Code Engine functions. IBM Cloud Code Engine is a fully managed, serverless platform to (not only) run your containerized workloads. It has evolved a lot since March 2021, when…

Sensors, signals and synergy: Enhancing Downer’s data exploration with IBM

3 min read - In the realm of urban transportation, precision is pivotal. Downer, a leading provider of integrated services in Australia and New Zealand, considers itself a guardian of the elaborate transportation matrix, and it continually seeks to enhance its operational efficiency. With over 200 trains and a multitude of sensors, Downer has accumulated a vast amount of data. While Downer regularly uncovers actionable insights from their data, their partnership with IBM® Client Engineering aimed to explore the additional potential of this vast dataset,…

IBM Newsletters

Get our newsletters and topic updates that deliver the latest thought leadership and insights on emerging trends.
Subscribe now More newsletters