The AI-powered unified PSA-RMM platform for modern MSPs.
Trusted PSA-RMM partner of MSPs worldwide
SuperOps.ai is the only PSA-RMM platform powered by intelligent automation and thoughtfully crafted for the new-age MSP. The platform also helps MSPs manage their projects, clients, and IT documents from a single place.
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Run applications fast and securely in a fully managed environment
Cloud Run is a fully-managed compute platform that lets you run your code in a container directly on top of scalable infrastructure.
Run frontend and backend services, batch jobs, deploy websites and applications, and queue processing workloads without the need to manage infrastructure.
epiPATH is a platform to store and analyze evolutionary, population and epidemiological data from infectious diseases. It is designed to aid users in daily work with data generated in sequencing projects as well as clinical and epidemiological data.
Open Screening Environment is a open source system for management of High Throughput Screening related experiments. The platform consists of new research tools that will enhance significantly management and analysis of HTS data. More information can be f
The dwi-toolbox provides a set of free and open-source Matlab routines for the simulation and analysis of Diffusion-Weighted Magnetic Resonance Imaging data. It includes data-fitting, simulation, visualization and statistical components.
Plan smart spaces, connect teams, manage assets, and get insights with the leading AI-powered operating system for the built world.
By combining AI workflows, predictive intelligence, and automated insights, OfficeSpace gives leaders a complete view of how their spaces are used and how people work. Facilities, IT, HR, and Real Estate teams use OfficeSpace to optimize space utilization, enhance employee experience, and reduce portfolio costs with precision.
A topological data structure to handle 2D, surfaces and 3D simplicial meshes. This data structure is implemented in C++ using templates. It is based on Corner-Table and CGAL data structure.
Referent Tracking (RT) is a novel approach to store data in electronic (health) records by referring to real world entities by means of a unique ID. The RT System is a back-end that uses RDF as a representation, but adds to it a referential semantics.
MobHealth is an extensible mobile health framework/API written in JavaME. The current version supports two sensor-data formats (e.g. used by AliveTec). It already provides higher-level classes for data recognition like body position or hypoxia-detection.
The Flexible Registration and Evaluation Engine (f.r.e.e.) allows the composition, evaluation and optimization of image processing/registration algorithms. It also aims to boost the exchangeability and comparability of data and algorithms in research.
Stratos viewer is a web based utility to examine DICOM medical images through a web browser.
This project is not active anymore. If you are interested in a Dicom web viewer, have a look at our new development: MedView [ https://github.com/jap1968/medview ]
Get full visibility and control over your tasks and projects with Wrike.
A cloud-based collaboration, work management, and project management software
Wrike offers world-class features that empower cross-functional, distributed, or growing teams take their projects from the initial request stage all the way to tracking work progress and reporting results.
MATLAB tools to create overlay images from NIfTI or ANALYZE files (neuroimaging format) and convert them to DICOM for use in the clinical environment. Allows radiologists and neurosurgeons easy access to fMRI data. http://paradime.net/research/
BrOxy is an open-source program used to analyse haemodynamic brain oxygenation from near-infrared spectroscopy data. It covers data import/export, filtering, correlation and multi-variate regression analysis, visualisation...
Indivo is a distributed, web-based, personally controlled health record system that is accessible to the nomadic user and built to public standards. The Indivo project includes a pluggable web services API, web-based UI, data subscription framework, etc.
The Patient and Sample System for Information Management (PASSIM) is a system for annotation and storage of data, associated with the collection of samples in biomedical studies.
PHP Growth Charts provides a simple PHP interface to generate graphical (PNG-format) pediatric growth charts, based on CDC data, and plot patient progress.
The virtual lab is a NASA-funded project to provide simulated instrumentation. ITG has developed a Virtual Microscope (Virtual SEM and LM) for viewing high-resolution, multi-dimensional image datasets. More info and data: http://virtual.itg.uiuc.edu
InfusionMonitor is a suite to sample, store and view the activity of medical infusion pumps. It currently supports Terumo pumps, and includes a TE-372 pumps simulator to try it out without the need for a real pumps network.
PING is a distributed, web-based, personally controlled electronic medical record system that is accessible to the nomadic user and built to public standards. The PING project includes a pluggable web services API and numerous client applications.
Life Science Identifier (LSID) resolution protocol, to locate biologically significant data over a network, within middle-ware providing a client A.P.I. for Life Science applications, and server software, for Industry data providers.
This software system serves as both a DICOM image viewer as well as a diagramming tool for collaborating notes on the given image sets. This my Computer Science graduate thesis project at Loyola Marymount University.
IV-Tracker assists clinicans monitoring intravenous & similar medical devices inserted into patients. It tracks & reports upon insertions, inserters, reviews, reasons for use, issues & infections. Can interface with hospital systems for patient data.
Microarray Explorer (MAExplorer) is a Java microarray data-mining bioinformatics program.
It includes data management, graphics, statistics, clustering, reports, gene data-filtering, user
written MAEPlugins, documentation, tutorials, demo data.
Our goal is to create an open source framework and toolset for modeling dynamic cellular network functions, and to develop a user community committed to using, extending and exploiting these tools to further our knowledge of biologic processes.