Kitware

Many CMake projects work but become harder to maintain as they grow. Dependencies, testing, packaging, and cross-platform workflows can quickly introduce unnecessary complexity. Our live training focuses on modern CMake practices that improve maintainability and scalability. 👉 ow.ly/L3v250Z7zwU #CMake #ModernDevelopment #TechTraining

New webinar: What's New in #VTK 9.7 Explore the latest performance improvements, #Python enhancements, modern C++ updates, and browser-based visualization capabilities. 📅 July 23 | 12–1 PM ET ow.ly/iqzp50Zm218

Consistency is key to scaling HPC software. Reusable stacks help standardize environments across teams and platforms. Explore the approach: ow.ly/ThPu50Z4M1R #TechTalk #CommonStacks #HPSFConference #Spack

CMake 4.4.0-rc3 is ready for testing! Explore updates to diagnostics, presets, testing, installation, file sets, and package version compatibility, then help test the upcoming 4.4 release. Release notes: ow.ly/kheI50ZlcIC

Modern simulation workflows are increasingly constrained by architecture decisions made years ago. Many pipelines were built around the assumption that analysis would always happen after runtime. As data volume increases, that separation becomes harder to sustain efficiently. If this sounds like you, your team should consider integrating in situ analysis to modernize your workflows. With in situ, you can start analyzing your data as it’s being processed and get the insights you need without the delay. 🔗 ow.ly/PxwL50Z80np #InSituAnalysis #ParaView #Catalyst

Supporting HPC software across platforms introduces challenges that go far beyond portability. Efforts to bring Spack to Windows highlight the complexity of managing software stacks in environments with different toolchains, system behaviors, and expectations. Watch to learn more: ow.ly/c16A50Z4LXX #HPCSoftware #CrossPlatform #TechInnovation #HPSF

🔋 We partnered with @TotalEnergies and @SAFT to “power up” a more efficient battery simulation workflow that doesn’t rely on manual file editing Using #trame, we built a #Python web application that lets researchers configure, launch, visualize, and analyze battery #simulations from one interface. Read more: ow.ly/EJhY50ZjEAf

A technical investigation. A mathematical proof. Countless conversations. This article started with a question about AI evaluation metrics and ended with a reminder that research is ultimately about people, community, and learning together. Follow JonCrall’s journey: ow.ly/aVIt50Zen1n #AI #MachineLearning #Research

Reproducibility isn’t enough. Trust matters. Signing workflows help verify how software artifacts are produced and validated across systems. Take a closer look: ow.ly/RA7O50Z4LU6 #TechInnovation #SoftwareSecurity #HPSF

For years, VTK maintained separate desktop and web rendering paths because the web approach was assumed to be slower. New @NVIDIA GPU measurements suggest that gap has effectively disappeared. ow.ly/BeVU50ZemXU #VTK #OpenGL #OpenGL

VTK's polyhedral cell processing just got a massive upgrade. Contour: up to 113x faster. Clip: up to 14x faster. The baseline even ran out of memory at 125M cells. The new code handles it in 5 seconds. Full technical breakdown here: ow.ly/cpje50ZasP4 #VTK #CFD #HPC #OpenSource #ScientificVisualization

Your simulation completed hours ago. Why are teams still waiting for usable results? In situ workflows reduce this delay by enabling analysis during simulation runtime rather than after. Learn more about in situ analysis and the benefits of incorporating it into your simulation workflows: ow.ly/6EQQ50Z7ZQY #InSituAnalysis #DataAnalysis #TechInnovation #SimulationResults

Binaries are a growing part of HPC workflows. The Binaries WG is focused on how they’re produced, shared, and reused. Ryan Krattiger walks through the latest approach during his #HPSF talk: ow.ly/XeAM50Z4LQx #BinariesWG #HPCCommunity #TechTalk

Build systems shape nearly every stage of the development lifecycle, yet they rarely make it into strategic planning discussions. Our latest blog explores how CMake, Spack, and the broader C++ ecosystem can help teams move faster, scale further, and reduce technical risk. Read more here: ow.ly/TVQi50Z9mbZ #CMake #CPlusPlus #OpenSource #BuildSystems #HPC

Simulating billions of particles is one thing; visualizing them meaningfully is another. 🌊 Following #PARTICLES25, we broke down how #ParaView handles SPH post-processing: pathlines, grid interpolation, volume rendering, streamlines & more. Real examples with #DualSPHysics & #OpenRadioss → ow.ly/UXKk50Z9m87 #SPH #ScientificVisualization #CFD

Announcing trame-gwc 🎉 a new Python package that connects Girder's data management capabilities directly to trame-based web applications. Authentication, file management, access control + VTK/ParaView visualization, all in one unified app. Learn more → ow.ly/qSQG50Z9m50 #Trame #Girder #OpenSource #Python #ScientificVisualization

Build performance is a bottleneck in HPC. Without visibility, it’s hard to know where time is going. CMake and CDash instrumentation help surface those inefficiencies. Watch how: ow.ly/Oh5G50Z4LLN #CDash #CMakeTools #TechInsights #HPSF

Medical imaging data is valuable, but security requirements make it unusable. 🔒 A self-hosted annotation platform using #VolView + #Girder that keeps sensitive data inside the controlled environment while enabling secure collaboration with contract radiologists. Unblocking medical image AI research → ow.ly/lXIZ50Z9llZ #MedicalImaging #HealthcareAI #OpenSource

Monitor your simulation live in any web browser—no installation needed, no saving data to disk. 💻 Meet trame-catalyst: live in-situ simulation visualization using #Trame + #Catalyst + #ParaView remote rendering. Multiple users, any device. See it in action → ow.ly/zsPL50Z9m0Q #Simulation #ScientificVisualization #OpenSource

VESPA 1.0 is now available! VESPA brings CGAL geometry processing algorithms into VTK and ParaView workflows, including: • Poisson surface reconstruction • Signed distance function generation • Mesh deformation • Alpha wrapping Read more: ow.ly/30kZ50Z4aNI #Vespa #VTK #ParaView