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From Open Source Research to Deployable AI at CVPR 2026

Join Kitware at Booth #335 to explore scalable computer vision and medical imaging workflows. Learn how our open source platforms support responsible AI, geospatial reconstruction and interoperable imaging technologies for research and clinical deployment.

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Kitware at CVPR

What’s New in CDash

CDash continues to expand how teams monitor, analyze, and improve continuous integration pipelines built around CMake and CTest. Explore new capabilities for debugging build failures, investigating performance bottlenecks, tracking code quality metrics, and building custom analysis workflows using the new GraphQL API.

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What’s New in CDash CDash continues to expand how teams monitor, analyze, and improve continuous integration pipelines built around CMake and CTest. Explore new capabilities for debugging build failures, investigating performance bottlenecks, tracking code quality metrics, and building custom analysis workflows using the new GraphQL API

Medical Image AI Researchers Need a Secure Annotation Platform

Medical imaging AI development often becomes constrained by security requirements, heterogeneous imaging formats, and limited infrastructure for secure external collaboration. Explore how Kitware developed a self-hosted VolView and Girder platform to support browser-based radiological annotation, DICOM SEG workflows, longitudinal imaging analysis, and secure AI research pipelines across X-ray, PET, and CT datasets.

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Static Analysis for C++ with CMake and PVS-Studio

CMake 4.3 expands its static analysis tooling support with new PVS-Studio integration capabilities for C and C++ projects. Explore how these workflows help developers standardize linting, identify potential errors and vulnerabilities, and integrate static analysis checks into C++ development and CI pipelines across open source codebases.

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Trusted by Leaders Across Industry, Government, and Research

We collaborate with a diverse set of customers, including Fortune 500 companies, government agencies, and academic institutions.
VolView logo. NVIDIA Clara Open Models

Integrated NVIDIA Clara open source AI modelsto bring advanced medical imaging AI into clinical workflows.
AMD Software Adrenalin Edition

Transitioned AMD Radeon™ Software: AdrenalinEdition to CMake, improving developer workflowsand long-term maintainability.
Sample workflow for supercomputing environments.

Implemented secure, HPC-ready GitLab CI fornational laboratory supercomputing environments.
Military person looking at computer.

Developed AI testing and evaluation toolssupporting responsible AI adoption across theDepartment of Defense.
Visualization of material data

Developed an interactive research platform withToyota Research Institute to explore andunderstand materials data.
Kitware K Logo

Developed an AI-powered ultrasound with JohnsHopkins to improve newborn heart diseasedetection.
Multiple graphs

Worked with Geisinger to test patientmanagement systems across diverse patientscenarios.
Wind Farm

Engineered digital twin frameworks for the DOEto test and evaluate its complex researchnetworks before real-world deployment.
Holographic interface of human skull

Integrated open source tools with Looking GlassFactory displays to enhance visualization capabilities.
Drake Robotics Logo

Developed and maintained a cloud-basedcontinuous integration system for DrakeRobotics to ensure reliable C++ software.
Atmospheric sensors and instruments

Enabled real-time marine mammal detection forNOAA using edge AI systems.
Game cubes

Strengthened Minecraft’s CMake build system toimprove development speed and reliability.
Surgeons working on a patient.

Collaborated with Johns Hopkins on an ARPA-Hproject to improve tumor removal precisionthrough AI-powered surgical guidance.
Scan of a brain slice.

Developed annotation tools for the Allen Instituteto map brain samples to 3D reference atlases.
Volumetric x-ray analysis

Enabled scalable volumetric X-ray analysis forLawrence Berkeley National Laboratory.
scales of justice

Established benchmarks to evaluate ethicalalignment in autonomous systems for DARPA.
Several images of a chest cavity

Supported development and FDA clearance oflung ventilation imaging software for Polarean.
Extracting structured knowledge from scientific literature with LLMs.

Enabled large-scale biomedical discovery for theNIH by extracting structured knowledge from scientific literature with LLMs.
4 scans of the human body

Developed a virtual anatomy suite for ClevelandClinic to annotate and share anatomical data.
Brain icon

Partnered with Stanford to develop a deeplearning algorithm to identify problematic MRIscans for NIH research studies.
Human manican on a ventilator

Built realistic mechanical ventilation simulationsystems for AFRL clinical training.
Simulation of airflow over a wing

Integrated AI/ML into NASA’s aerospacesimulations to reduce compute hours and deliverfaster, more reliable results.

Trusted for decades.
Used by millions daily.

Build on the power of Kitware’s proven open source platforms to accelerate development and reduce costs.
3D Slicer
ADIOS
CMake
Computational Model Builder (CMB)
Explainable AI Toolkit (XAITK)
Girder
HistomicsTK
KWIVER
LidarView
MONAI
ParaView
Pulse Physiology Engine
TeleSculptor
The Insight Toolkit (ITK)
The Visualization Toolkit (VTK)
Tomviz
trame
VIAME (Video and Image Analytics for Marine Environments)
Viskores
VolView
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