# NASA Announces Supercomputing 2026 Technical Demonstration Schedule

Experts will present high-performance computing innovations at the upcoming industry event.

- **Source:** [NASA – Recently Published](https://www.nasa.gov)
- **Published:** 2026-11-06
- **Topic:** [technology](https://brifing.si/c/technology)
- **Original article:** <https://science.nasa.gov/earth/supercomputing-tech-demo-schedule/>
- **On Brifing:** https://brifing.si/s/d7e0e8fa-c3fe-49ef-875c-3ae343fe88ac

## Event Overview and Participation

NASA has finalized its technical demonstration schedule for the Supercomputing 2026 event. Attendees can engage with agency experts directly at Booth 4038 throughout the conference. These sessions provide a platform for showcasing specialized research and infrastructure developments, highlighting the agency's ongoing commitment to advancing high-performance computing capabilities for complex scientific missions.

## Fortran and Language Safety

Tom Clune will lead sessions on November 17 focusing on type-safe templates in Fortran 2028. These presentations address critical language evolution, aiming to improve code reliability in scientific modeling. By implementing these templates, developers can reduce runtime errors, ensuring that large-scale simulations remain stable during intensive computational processing cycles at NASA.

## Software Versioning and Compatibility

Brad Richardson will present strategies for managing software versions on November 17. The sessions titled Mixing and Matching and Multiple Versions address the complexities of maintaining legacy code alongside modern updates. This is essential for researchers who must ensure reproducibility across different computing environments while managing diverse software dependencies in supercomputing.

## Parallel Benchmarking and Offloading

Jeff Becker will demonstrate porting NAS Parallel Benchmarks to use OpenMP target offload on November 17. This technical transition allows researchers to leverage heterogeneous hardware architectures more effectively. By optimizing these benchmarks, the team aims to enhance performance portability, enabling scientific codes to run efficiently across various high-performance computing platforms.

## Hydrology and Agentic Interfaces

Sujay Kumar will showcase high-resolution hydrology simulations on November 18. The presentation focuses on agentic SI interfaces designed for mapping water availability and extreme weather events. These tools represent a significant advancement in environmental modeling, providing researchers with more granular data to predict water-related risks and manage critical resources effectively.

## Modular Supercomputing Infrastructure

Chris Tanner will discuss modular supercomputing data centers at NASA on November 18. This session explores the architectural shift toward scalable, containerized computing facilities that can be deployed or upgraded rapidly. Such infrastructure is vital for meeting the fluctuating computational demands of modern space and earth science research projects.

## HPC Enablement and Collaboration

Jeff Triplett will lead a collaborative session on November 19 titled Subsurface to Stellar. This presentation highlights HPC enablement using Open OnDemand and ColdFront, involving both bp and NASA. The discussion emphasizes how shared software frameworks can streamline access to computing resources for diverse scientific applications, from geological to astronomical.

## Strategic Importance of Demonstrations

The scheduled demonstrations reflect the evolving landscape of high-performance computing, emphasizing both software robustness and infrastructure flexibility. By sharing these methodologies publicly, NASA fosters innovation within the broader scientific community. These sessions serve as a vital bridge between theoretical computational research and the practical implementation of large-scale data processing.

## Sources covering this story

- https://science.nasa.gov/earth/supercomputing-tech-demo-schedule/ — 

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