Altair Analysis

Optimize product design using AI-driven simulations; Manage high-performance computing tasks efficiently; Analyze data with low-code solutions for actionable insights; Visualize complex systems with digital twin technology; Streamline collaboration across engineering teams.

Altair Engineering employs a units-based subscription licensing model for its software, allowing customers to purchase a pool of sharable Altair Units. Users can draw from this pool to access multiple products, and the units return to the pool after use. Pricing details indicate that monthly subscriptions start at approximately $499, with annual subscriptions offering discounts of up to 30%. The average annual cost for Altair software is around $39,000, with maximum prices reaching up to $75,000 depending on specific needs.

User reviews for Altair's manufacturing software highlight several key pros and cons:

Pros:

1. User-Friendly Interface: Many users appreciate the intuitive design and ease of use, stating that it requires minimal coding knowledge. This makes it accessible for users with varying levels of technical expertise.
2. Effective Data Mining and Analysis: Users have noted that Altair's software is effective for data mining and analytics, providing robust tools for simulation and analysis.
3. Responsive Support Team: The support team is frequently mentioned as being proactive and helpful, assisting users with any issues they encounter.
4. Customizability: The software allows for customization, which users find beneficial for tailoring the tools to their specific needs.

Cons:

1. Learning Curve for Advanced Features: While the basic functionalities are easy to grasp, some users have reported a steeper learning curve when it comes to more advanced features.
2. Performance Issues: A few reviews mention occasional performance lags, particularly when handling large datasets or complex simulations.
3. Cost: Some users feel that the pricing can be on the higher side, which may be a barrier for smaller companies or individual users.

Overall, Altair's manufacturing software is well-regarded for its user-friendly design and effective tools, though some users have noted areas for improvement, particularly regarding advanced features and performance.

Altair offers several customer support options for users of their software, including:

1. Phone Support:

   • North America: +1 248 614 2425
   • India: +91 806 629 4500, +1 800 425 0234 (toll-free)
   • Russia: +49 7031 6208 22
   • Scandinavia: +46 (0) 46 460 2828

2. Email Support:

   • General support: pbssupport@altair.com
   • India: support@india.altair.com
   • Other regional emails are available depending on the location.

3. Customer Support Portal: Altair has a dedicated customer support portal within the Altair Community for commercial users, which provides access to various support resources.

4. Documentation and Community: Users can also access product documentation and engage with the user community for additional support.

Currently, there is no mention of live chat support on their website.

Altair Engineering employs a units-based subscription licensing model for its software, allowing customers to purchase a pool of sharable Altair Units. Users can draw from this pool to access multiple products, and the units return to the pool after use. Pricing details indicate that monthly subscriptions start at approximately $499, with annual subscriptions offering discounts of up to 30%. The average annual cost for Altair software is around $39,000, with maximum prices reaching up to $75,000 depending on specific needs.

Altair's software exhibits notable integration capabilities with various tools and platforms, including:

1. Altair romAI: This solution integrates seamlessly into existing workflows and is compatible with third-party software and hardware applications, enhancing capabilities without extensive changes to current systems.

2. Altair Twin Activate: It supports interoperability between multidisciplinary systems using native Modelica, Spice, Python, OpenMatrix (OML), and C languages. It also enables collaboration through the Functional Mock-up Interface (FMI) standard and supports digital twins via open protocols like MQTT, allowing for co-simulation with other Altair tools such as MotionSolve, Flux, and PSIM.

3. Altair DesignAI: This solution allows for browser-based access and facilitates the sharing of insights across organizations, indicating integration with various data sources and platforms.

These capabilities highlight Altair's commitment to providing flexible and powerful integration options for its software solutions.

Altair's manufacturing software offers a comprehensive suite designed to enhance product manufacturability through simulation-driven design. Key features include tools for evaluating product feasibility, optimizing manufacturing processes, and conducting virtual try-outs for various methods such as casting, injection molding, metal forming, extrusion, and 3D printing. The software allows early validation of designs, ensuring efficiency and cost-effectiveness. Notable applications include Altair® Inspire™ for 3D printing and injection molding, Altair® EDEM™ for process manufacturing, and HyperWorks, which encompasses tools like HyperForm for sheet metal forming, HyperXtrude for metal and polymer processing, and HyperMold for injection molding simulations. Additionally, Altair's additive manufacturing solutions leverage generative design and AI for creating optimized components, enhancing design productivity across industries like aerospace, automotive, and healthcare.

Acquired by Siemens to enhance AI software portfolio; Trusted by over 16,000 leading organizations; Recognized as a leader in Gartner's Magic Quadrant for Data Science.

Altair's software exhibits notable integration capabilities with various tools and platforms, including:

1. Altair romAI: This solution integrates seamlessly into existing workflows and is compatible with third-party software and hardware applications, enhancing capabilities without extensive changes to current systems.

2. Altair Twin Activate: It supports interoperability between multidisciplinary systems using native Modelica, Spice, Python, OpenMatrix (OML), and C languages. It also enables collaboration through the Functional Mock-up Interface (FMI) standard and supports digital twins via open protocols like MQTT, allowing for co-simulation with other Altair tools such as MotionSolve, Flux, and PSIM.

3. Altair DesignAI: This solution allows for browser-based access and facilitates the sharing of insights across organizations, indicating integration with various data sources and platforms.

These capabilities highlight Altair's commitment to providing flexible and powerful integration options for its software solutions.