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Artificial Intelligence

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Healthcare and Life Sciences

Scientific Visualization and Simulation

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Take the Next Step in Your Career at Kitware

Bring your expertise to a team where technical ideas become real solutions. Work on challenging problems, contribute to open source technology, and help advance research that reaches beyond a single project.

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Kitware Awarded Up to $17.5M for Robotic Stroke Interventions

Kitware will lead the development of TAIR, an open source virtual testing platform that will enable researchers to simulate stroke procedures and evaluate robotic medical devices across a range of anatomies and interventions before clinical studies. The platform will combine anatomical reconstructions with multiphysics models to simulate robotic interventions and evaluate performance using FDA-defined metrics.

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Explore the technologies and research shaping Kitware’s work through expert-led webinars featuring technical insights and demonstrations. Attend live to connect with our team and get your questions answered during the Q&A.

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BANFF-AID: AI-powered Banff Scoring

Banff lesion scoring is largely subjective, time-consuming, and monotonous, which can lead to increased errors and conservative decision-making. BANFF-AID automates Banff lesion scoring by integrating custom AI models that segment functional tissue while providing transparent, explainable results that pathologists can review and correct.

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Trusted by Leaders Across Industry, Government, and Academia

We collaborate with a diverse set of customers, including Fortune 500 companies, government agencies, and academic institutions.

Integrated NVIDIA Clara open source AI modelsto bring advanced medical imaging AI into clinical workflows.

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.

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

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

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

Worked with Geisinger to test patientmanagement systems across diverse patientscenarios.

Engineered digital twin frameworks for the DOEto test and evaluate its complex researchnetworks before real-world deployment.

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

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

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

Strengthened Minecraft’s CMake build system toimprove development speed and reliability.

Collaborated with Johns Hopkins on an ARPA-Hproject to improve tumor removal precisionthrough AI-powered surgical guidance.

Developed annotation tools for the Allen Instituteto map brain samples to 3D reference atlases.

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

Established benchmarks to evaluate ethicalalignment in autonomous systems for DARPA.

Supported development and FDA clearance oflung ventilation imaging software for Polarean.

Enabled large-scale biomedical discovery for theNIH by extracting structured knowledge from scientific literature with LLMs.

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

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

Built realistic mechanical ventilation simulationsystems for AFRL clinical training.

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.

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