NASA Announces Supercomputing 2026 Technical Demonstration Schedule
NASA experts will showcase high-performance computing advancements at the upcoming industry event.
1Event Overview and Participation
NASA has finalized its technical demonstration schedule for the Supercomputing 2026 event. Attendees can visit booth number 4038 to engage directly with agency experts. The presentations are designed to highlight ongoing developments in high-performance computing, providing a transparent look at the tools and methodologies currently utilized by NASA researchers for complex scientific tasks.
2Fortran and Software Safety
Tom Clune will lead sessions on November 17 focusing on type-safe templates within Fortran 2028. These demonstrations address critical software reliability concerns in high-performance environments. By emphasizing type safety, the presentations aim to improve code robustness, ensuring that complex scientific simulations remain accurate and maintainable as computational demands continue to grow significantly.
3Managing Software Versioning
Brad Richardson will present strategies for managing multiple software versions and complex dependencies on November 17. The session titled Mixing and Matching and Multiple Versions, Oh My! addresses the logistical challenges of maintaining large-scale research software. These insights are vital for developers working in environments where diverse libraries must coexist without causing conflicts.
4Parallel Benchmarking and Offloading
Jeff Becker will demonstrate porting NAS Parallel Benchmarks to utilize OpenMP target offload on November 17. This technical process is essential for optimizing performance on modern heterogeneous hardware architectures. By offloading specific tasks to accelerators, researchers can achieve greater computational efficiency, which is a fundamental requirement for executing large-scale, data-intensive scientific modeling projects.
5Hydrology and Agentic Interfaces
On November 18, Sujay Kumar will present high-resolution hydrology simulations alongside agentic SI interfaces. These tools are specifically designed for mapping water availability and extreme environmental events. The integration of agentic interfaces represents a shift toward more autonomous, intelligent systems capable of processing vast datasets to provide actionable insights for global water management.
6Modular Supercomputing Infrastructure
Chris Tanner will discuss the implementation of modular supercomputing data centers at NASA during sessions on November 18. Modular designs offer increased flexibility and scalability for high-performance computing facilities. This approach allows the agency to adapt its physical infrastructure rapidly to meet changing computational needs while maintaining operational efficiency across diverse research sites.
7HPC Enablement and Collaboration
The final day, November 19, features Jeff Triplett presenting on HPC enablement using Open OnDemand and ColdFront. This collaborative session, involving both bp and NASA, explores how these tools facilitate access to high-performance resources. The focus remains on streamlining user workflows, making powerful computational capabilities more accessible for researchers across different scientific domains.
8Strategic Importance of Demonstrations
These scheduled demonstrations reflect NASA's commitment to advancing computational science through open knowledge sharing. By addressing challenges from software safety to modular infrastructure, the agency provides a roadmap for the broader research community. These sessions serve as a critical venue for industry professionals to observe the practical application of cutting-edge supercomputing technologies.
Original article: NASA — NASA Announces Supercomputing 2026 Technical Demonstration Schedule