Altair Solutions for the Public Sector

Supports cloud-based development and deployment of sophisticated AI and machine learning models, enabling organizations to build and scale AI solutions seamlessly.

Facilitates the orchestration, management, and deployment of AI and machine learning models across various environments, ensuring streamlined model lifecycle management.

A user-friendly data science design tool that allows users to design and prototype highly explainable AI and machine learning models without extensive coding knowledge.

Helps build scalable and secure web and mobile applications that connect smart products, integrating IoT data with data science tools for improved decision-making.

Extracts data from PDFs, text files, and other structured sources, transforming raw data into clean, accurate datasets quickly for use in machine learning applications.

Enables the creation of sub-second streaming, batch, and BI data applications without coding, allowing users to process and visualize real-time data efficiently.

Allows the execution of SAS language programs, models, and workflows without the need for third-party software, providing flexibility in programming environments.

A high-performance finite element analysis pre- and post-processor in an open, programmable environment. It is designed for complex models with AI-enhanced design and optimization.

A unified simulation-driven design environment that empowers users to generate designs, optimize performance, and streamline the manufacturing process in a single environment.

A process-oriented multiphysics simulation environment for accurate analysis of component and system performance, facilitating end-to-end workflows.

Enables rapid analysis of fully featured CAD assemblies without the need for geometry simplification or meshing, delivering results in seconds to minutes.

Provides a flexible platform for whole system CAE simulation and real-time digital twin deployment throughout any product lifecycle stage.

Facilitates faster, more precise electrical system exploration, improving productivity and digital twin accuracy.

Offers automatic mesh refinement for electromagnetic simulations and enhanced component libraries for EMC and EMI simulations.

Simplifies simulation of e-motor drives and power electronics systems, enhancing electromagnetic analysis accuracy.

Integrates with PSIM and Twin Activate, automating design optimization and reducing computation times.

Provides extensive design verification for PCB designs, with features for faster EMI analysis and enhanced ease of use.

Enhances power electronics workflows with extended integration and simulation capabilities for EMI analysis.

Improves reliability analysis for thermal, shock, and vibration loads, enhancing end-to-end electrified product development workflows.

Incorporates advanced modeling for battery system simulations, enhancing safety and broadening application scope.

Offers specialized heat transfer correlations and transient analysis improvements, enhancing solver coupling and convergence support.

Provides a detailed suspension model for vehicle behavior analysis in water-wading scenarios.