Delivering innovation to customers through custom software solutions built on open source technology and advanced AI. Developers behind #ParaView #CMake #VTK
Clifton Park, NY
- Tweets 9,205
- Following 847
- Followers 4,059
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What’s new in the Pulse Physiology Engine 4.4.0?
Explore updates to:
• Hemorrhage modeling
• Cardiopulmonary fidelity
• ECMO modeling
• The naloxone PBPK model
📅 September 30 | 12–1 PM ET
Register: ow.ly/qOIY50ZMvY1
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Working with #CI/CD, packaging, or cross-compilation in #CMake?
Join our Advanced Topics and Tooling session Sept. 30, 1–5 PM ET.
Explore #CTest, #CPack, FetchContent, MPI, CUDA, cross-compilation, Fortran, and more. Plus, live Q&A with CMake developers.
ow.ly/4Nln50ZHVFG
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Your project has grown. Do you know how to develop your CMake workflow as it grows?
If not, join our Advanced Topics training on Sept. 30, 1–5 PM ET. Learn about cross-compilation, #CTest, #CPack, MPI, #CUDA, FetchContent, and more directly from our CMake developers. This session also includes Q&A time.
🔗 ow.ly/En1z50ZHGPK
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Explore #Tomviz 3.0’s redesigned node-based pipeline for reproducible #tomography analysis.
Join us September 16 for a demonstration covering data import, alignment, #GPU-accelerated reconstruction, segmentation, and interactive 3D visualization.
Register: ow.ly/fcRM50ZLXEn
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See the latest ParaView 6.2 features in action TODAY, September 9, from 12–1 PM ET.
Join us for a look at new features and improvements, from polyhedral cell processing and time-varying data export to client/server and CAVE capabilities.
Register: ow.ly/T17z50ZHGmC
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#VTK 9.7.0 is now available with 75 new features, 38 enhancements, and 27 bug fixes.
Updates include rendering architecture, #NumPy integration, #AMR processing, performance improvements, #WebGPU, and #WebAssembly.
Learn more: ow.ly/8TWV50ZHGfq
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#ParaView 6.2 is here.
Join us September 9 to explore the latest capabilities, including faster processing of polyhedral cells, time-varying data export, and support for operation canceling in more client/server configurations.
Register: ow.ly/wNlP50ZHG4C
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Complex C++ projects need software infrastructure that can scale with them.
At #CppCon 2026, talk with Kitware about modernizing your CMake build systems, managing dependencies with Spack, and developing custom C++ and Python solutions.
Learn more: ow.ly/RLC250ZHV2k
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Kitware is excited to return to #CppCon 2026!
Stop by our booth to meet the team behind #CMake and talk C++, modernize your build systems, and explore the unique benefits of open source software.
We’ll also have three technical presentations throughout the week. ow.ly/sEsT50ZHUWz
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AI is most effective when it's integrated into complete medical software systems that support real clinical workflows.
Learn how Kitware approaches collaborative medical software development:
ow.ly/v1vP50ZzOr6
#AI #MedicalSoftware #HealthcareTechnology
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Modern bone imaging workflows often span multiple software platforms, imaging modalities, and custom analysis tools.
As organizations adopt new imaging modalities and analytical methods, they increasingly need software that can be extended rather than replaced.
Learn more: ow.ly/sg6E50ZzOme
#MedicalImaging #OpenSource #3DSlicer #AI
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Modern HPC systems are increasingly limited by data movement.
Learn how new capabilities in ParaView Catalyst 2.1 support asynchronous execution, GPU-resident analysis, and closed-loop steering to reduce data movement and improve simulation performance.
Read the blog: ow.ly/ZmRG50ZqQSe
#HPC #ParaView #OpenSource #Visualization
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Before writing any code, medical software development should begin with understanding the problem.
From requirements and prototypes to production-ready systems, a structured process helps reduce risk and accelerate development.
Learn more:
ow.ly/cRoZ50ZriuW
#MedicalSoftware #OpenSource
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Medical teams often make critical decisions when time and resources are limited.
At MHSRS, we'll demonstrate a TC3 system that uses edge AI to recognize patients, track care, and generate treatment records.
See how we're applying AI to medical decision-making: ow.ly/ER8Q50ZqQjS
#MHSRS #AI #MedicalImaging
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Join us for two technical sessions at #MM2026!
🔵 Tomviz 3.0: A Reimagined Open Source Pipeline for Tomographic Data Analysis Vendor Tutorial | Monday, August 3, 2026 | 5:45 PM - 6:45 PM CT | Location: Booth #1222
🔵Multivariate Volume Rendering in VTK, ParaView, and Tomviz: Desktop and Web Implementations | Session: C08.1 Vendor Symposia | Platform Presentation | Tuesday, August 4, 2026 | 8:30 AM – 8:45 AM CT | Location: S103 A (Subject to change)
Details here: ow.ly/jgZE50ZnrrZ
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If your CMake scripts keep growing but clarity keeps shrinking, modern workflows can help.
Our live training covers practical approaches for:
• Maintainable project structure
• Reusable build logic
• Scalable dependency management
• Reliable cross-platform builds
🔗 ow.ly/pfBb50ZqQwy
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Realistic training starts with realistic physiology.
The Pulse Physiology Engine supports trauma simulation through validated physiological and injury modeling. At MHSRS, we'll also demonstrate our flexible-screen wound simulation.
Explore our trauma simulation technologies: ow.ly/5JYy50ZqQhe
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Working across multiple neuroimaging toolkits can create unnecessary workflow complexity.
Join us on Aug. 18 to learn how kwneuro brings commonly used structural and diffusion MRI methods into one Python-based toolkit.
Register today: ow.ly/r92250ZrUVs
#Neuroimaging #MRI #Python
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Human-in-the-loop approaches and sustainable software architectures are key as AI adoption grows in microscopy.
Visit Booth #1222 at M&M 2026 to discuss AI-enabled analysis, reproducible pipelines, and scalable software architectures. ow.ly/BQQ650ZnqvC
#Microscopy #AI #ScientificComputing #MM2026
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We're excited to return to #MHSRS 2026!
Visit Booth #624 to learn how our open source software supports military medical applications through physiological modeling, digital twins, medical imaging, AI, and simulation.
See what we'll be demonstrating: ow.ly/vfA150ZqQaE
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Scalable scientific visualization is becoming increasingly important as microscopy datasets continue to grow in size and complexity.
Visit Booth #1222 at M&M 2026 to discuss large dataset visualization with VTK, ParaView, and Tomviz. ow.ly/NjRT50Znqr8
#Microscopy #VTK #ParaView #Tomviz #MM2026
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Kitware is excited to be exhibiting at #MM2026 this year! We also had our presentation on multivariate volume rendering accepted, and are giving a vendor tutorial in our booth.
Stop by Booth #1222 to meet our team, or visit our event page to get all the details
🔗 ow.ly/Eg8b50ZnpLK
#Microscopy #Tomviz #ParaView #VTK #MM2026
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Many modern #simulation workflows depend on ensembles rather than individual runs.
Design studies, optimization, surrogate model training, and #DigitalTwins introduce new challenges related to data movement, storage, and cross-run analysis.
We explore one approach: analyzing data #InSitu.
ow.ly/JwMG50ZleyP
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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
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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
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🔋 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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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Recent PVS-Studio checks in CMake’s nightly CI identified:
• Unguarded dereferencing
• Possible out-of-bounds errors
• Unsafe buffer manipulation
• Raw pointer inserted into a container without ownership safety
These issues often remain hidden until later code changes or unexpected internal states make them observable.
Read more: ow.ly/6VnK50Z4aGU
#CMake #PVSStudio #CItools
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We’re thrilled to be presenting at the @NVIDIA booth during #CVPR2026.
Join us to see how VolView Insight + NVIDIA Healthcare Open Models can support browser-based medical imaging applications.
📍 NVIDIA Booth #211
🗓️ Friday, June 5 at 3:00 PM
🎤 Bea Paniagua
Want a sneak peek? ow.ly/qwhv50Z5f8S
#MedicalImaging #HealthcareAI #NVIDIA #VolView
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Kitware is excited to be exhibiting at CVPR this year! Join us at Booth #335 to see our open source and AI solutions for mission-critical computer vision and medical imaging.
We are also proud to share that we had three papers accepted at CVPR. See Kitware’s Technical Contributions: ow.ly/hq3t50Z5f4X
#CVPR2026 #ComputerVision #MedicalImaging #AIResearch
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The new slicer.packaging module brings built-in Python dependency handling to 3D Slicer extension development.
Available now in Slicer nightly preview builds, it provides:
• Requirement checking
• Non-blocking installs
• Progress dialogs
• Restart prompts
ow.ly/N3IX50Z3lpL
#3DSlicer #PythonDevelopment #OpenSource #SoftwareDevelopment
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Cross-platform graphics development is getting harder.
Supporting desktop, mobile, web, and HPC workflows often means balancing:
• Performance
• Portability
• Maintenance complexity
• Long-term sustainability
This perspective explores where WebGPU fits into that conversation, and the trade-offs teams face today.
ow.ly/Vg0o50Z3lk1
#WebGPU #CrossPlatform #GraphicsDevelopment
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Have complex simulation workflows?
trame-flow is a new #trame widget for building interactive flowcharts and graphs directly inside trame applications using VueFlow.
Learn how to:
• Create custom graph nodes
• Connect solver workflows visually
• Build reactive #simulation interfaces
🔗ow.ly/RhwV50Z3kVa
#SimulationWorkflows #TrameFlow
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Are your CMake builds breaking?
It usually starts with:
• Inconsistent builds
• Hard-to-trace build logic
• Unexpected rebuilds
Our live CMake training covers modern workflows used to build more maintainable projects over time. ow.ly/v17b50Z2Rro
#CMakeBuilds #DeveloperTraining #SoftwareDevelopment
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📢 Today, April 20 at 12 PM ET
Want faster simulation results and fewer bottlenecks?
Join our webinar on What’s New in Catalyst to see how teams are:
• Improving performance
• Reducing data movement
• Getting real-time insight from simulations
‼️ Live Q&A with the development team.
ow.ly/Ec0B50YOYC2
#ParaView #Webinar #HPC
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