Overview

OMIQ is a modern, cloud-based flow cytometry analysis platform that bridges machine learning and analytical pipelines with classical analysis. It provides a seamless integration of familiar flow cytometry tools with cutting-edge computational methods and visualizations, simplifying single-cell analysis. OMIQ is designed to enhance the efficiency, accuracy, and reproducibility of cytometry data analysis, making it an essential tool for researchers and scientists.

Features

• Classical Analysis: Use a single software to go from raw data to statistical significance, and everything in between. Adjust compensation, set scales, gate, make figures, process visual and statistical batch reports, and more.
• High Dimensional Analysis: Utilize OMIQ's suite of machine learning tools to bring order to complex high-dimensional data. The modular architecture ensures access to the latest analytical innovations.
• Autogating: Replace time-costly and subjective manual gating with custom-tailored automated gating pipelines for cytometry data, providing rapid, robust, and reproducible results.
• Cloud Platform: Collaborate with ease in a secure environment. Share data, add colleagues, and set permission levels. OMIQ uses modern security processes and technology to protect customer data, including encryption both at rest and in-motion, and a defense-in-depth design.
• Workflows: All analysis in OMIQ is stored as a traceable sequence of steps, making it easy to reproduce, trace, and audit. Customize workflows with plugins, and run your code inside OMIQ. Share algorithms with the world or keep them private for your enterprise only.
• Integration: Seamlessly integrate with GraphPad Prism for enhanced data analysis and visualization.
• User-Friendly Interface: The intuitive interface allows users to perform complex analyses with ease, reducing the learning curve and enhancing productivity.
• Real-Time Data Analysis: Equipped with integrated post-processing tools for real-time data analysis and photorealistic rendering, facilitating a deeper understanding of simulation results.
• Versatile Applications: Model a multitude of momentum, energy, and mass transport problems, including CFD-DEM simulations, bioreactors, agitated tanks, and free surface dynamics.
• Customizable Geometry: Define specific process and simulation parameters in the GUI, import existing geometry, and leverage a growing catalog of built-in parametric geometries.
• Rich Analysis Tools: Use the integrated post-processing suite to analyze data as it’s generated in real time by the solver, calculate common items such as power number, residence time, and blend time.
• Scalability: Run on laptops, desktops, GPU clusters, or directly on the cloud, with modular and cross-platform pre-processor, solver, and post-processor.
• Consulting and Training: Benefit from in-depth training with the OMIQ team and regular code updates to address user needs.

Benefits

• Efficiency: Streamline the process of building and running fluid models, reducing the time and effort required for complex simulations.
• Accuracy: Generate predictions that are functionally indistinguishable from measured data, ensuring high precision in modeling and analysis.
• Cost Savings: Complete simulations faster and without the need for expensive hardware, leading to significant cost savings.
• Flexibility: Support a wide range of applications and industries with versatile modeling and analysis tools.
• User-Friendly: Simplify complex CFD tasks with an intuitive interface and minimal user specification, making the software accessible to users of all experience levels.
• Integration: Seamlessly integrate with existing geometry and materials databases, enhancing workflow and data management.
• Scalability: Run simulations on various platforms, from laptops to cloud-based systems, ensuring scalability and adaptability to different project needs.
• Support: Access expert consulting and training services to maximize the software's potential and address specific user requirements.