We are happy to announce the Insight Toolkit (ITK) 5.4 Release Candidate 4 is available for testing! ITK is an open-source, cross-platform toolkit for N-dimensional scientific image processing, segmentation, and registration. 🔦 Highlights The Insight Toolkit (ITK) has further enhanced its DICOM capabilities in the latest release, building on over 25 years of extensive clinical […]

In the recently concluded 40th Slicer Project Week, which took place from January 29th to February 2nd in Las Palmas, Spain, Kitware and our collaborators made significant contributions to improve the way medical professionals use 3D Slicer for visualization, simulation, and analysis.

Visualization of an unknown object using 3D Slicer.

A Volview based application to load and visualize DICOM files for dental implant planification within the browser without server side processing nor rendering

Testing Drake Since 2014 Kitware has been working since 2014 to develop and maintain a cloud-based continuous integration (CI) system for Drake, an open-source robotics toolbox started by the Robot Locomotion Group at MIT CSAIL with core development now led by  Toyota Research Institute. Modern software development involves teams of developers working together on large […]

We are happy to announce the Insight Toolkit (ITK) 5.4 Release Candidate 2 is available for testing! ITK is an open-source, cross-platform toolkit for N-dimensional scientific image processing, segmentation, and registration. Highlights ITK 5.4 marks a significant feature update aimed at bolstering the project’s long-term sustainability. Specifically, this release harnesses the power of Web3 technology […]

ITK Testing Data Workflow

Kitware, a trusted leader in software R&D and advanced AI, is pleased to announce its 2024 promotions. Kitware continues to deliver innovative software that advances science and helps solve the world’s challenges through important projects and collaborations.

2024 Kitware Promotions

Kitware, a leader in developing software for ethical and explainable AI, has been awarded a $1.7 million contract to help build open source test and evaluation (T&E) software tools for the U.S. Department of Defense (DoD). This effort will result in an open source software package that can effectively test and evaluate AI algorithms. Ideally, this technology will be applicable across the DoD for T&E of different computer vision models.

Several screenshots from a CCTV camera of a person walking. Each screenshot is different in quality, crop, and lighting.

What is a Statistical Shape Model? A statistical shape model (SSM), is a mathematical representation of the geometric variability of anatomical structures, such as bones or organs, in a population.  This article presents an overview of SSMs and their importance for biomedical engineering and research, including deep learning and digital twin technologies. Both SSMs and […]

VolView 4.2: Release Notes

November 24, 2023

We are pleased to announce the 4.2 release of VolView! Try it out now! To learn more about the previous 4.1 release, check out the 4.1 release blog post. This VolView release focuses on integration with leading data management systems as well as infrastructure and GUI enhancements that lay the groundwork for upcoming major improvements […]

Winter 2024 Training Courses

November 20, 2023

Kitware is excited to announce our winter training course schedule for 2024! Attend our live training courses to learn how to use our popular open source platforms. These courses are taught by Kitware’s software developers who are experts in using and developing these platforms. You will gain hands on experience that will help you get the most out of our software. If you are ready to leverage efficient workflows, streamline platform features, and get impactful results, sign up for one of our courses.

Person in front of a laptop looking at it

Are you looking to develop visualization applications with cutting-edge medical imaging technology? Kitware can help you realize your product. We have an extensive track record of developing medical visualization applications and scientific software development platforms using web technologies (VTK-js, Trame, VolView, Glance, ITK-Jupyter-widgets, ITK-wasm) as well as native desktop toolkits (VTK, ITK, 3D Slicer, Paraview […]

iMSTK Unity 2.0 Released

October 30, 2023

On behalf of the iMSTK community, we are pleased to announce the release of iMSTK Unity version 2.0 on the Unity Asset Store. iMSTK Unity is Kitwares integration of our open source physical simulation toolkit and the Unity game engine. iMSTK features advanced high-performance libraries for physics simulation, haptics, advanced rendering/visualization, user hardware interfacing, geometric […]

RSNA Annual Meeting 2023

October 10, 2023

Conference attendees can visit us at booth 4367 to meet with our medical image computing experts and see demos of the latest open source innovations for the radiology industry, including VolView, a radiological viewer that runs within a web browser; VTK, a cross-platform visualization library for medical data visualization; 3D Slicer, turn-key software application for medical image informatics, processing, and 3D visualization; and ITK, an extensive suite of tools for medical image analysis.

7 Hexagons with icons inside them representing Config manage, cybersecurity, issue tracker, risk manage, software process, and software manage

MICCAI 2023

August 25, 2023

Every year, the MICCAI conference gathers the foremost minds in the fields of biomedical science, engineering, and clinical practice, spanning an extensive spectrum of disciplines intricately linked with medical imaging and computer-assisted interventions.

We are happy to announce the Insight Toolkit (ITK) 5.4 Release Candidate 1 is available for testing! ITK is an open-source, cross-platform toolkit for N-dimensional scientific image processing, segmentation, and registration. Highlights ITK 5.4 is a feature release that continues our modern C++ evolution by requiring C++17. The toolkit progresses in performance with a simple […]

itk-elastix-scipy-poster-image

Introduction itk-wasm uses web-assembly to bring ITK’s high performance imaging algorithms to platforms such as the browser, Python, and Node.js through a single source package and uniform API. A sub-package of this library, itkwasm-dicom, was recently released which provides essential support for reading of medical data using the DICOM standard for storing images and other […]

Accelerate your medical image analysis/AI research by combining the visualization capabilities of ITKWidgets with the massive collection of clinical data available from the NCI's Imaging Data Commons (IDC)...in jupyter notebooks.

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