Altair® HyperStudy® advances machine learning-based optimization and AI-powered engineering with key enhancements that improve reliability and efficiency. The introduction of machine learning accuracy metrics as responses allows users to monitor and constrain accuracy during optimizations, preventing extrapolations and reducing quality issues for dependable, machine learning-guided workflows. Additionally, the ability to deploy Altair® PhysicsAI™ models as solvers enables users to replace traditional numerical solvers with AI-augmented alternatives, accelerating simulations while maintaining accuracy.

Learn More

Altair® PhysicsAI™ 2025 brings faster, more reliable AI-powered engineering capabilities to solve real-world engineering challenges. A new transformer architecture produces smoother results, runs faster, and reduces sensitivity to mesh quality, giving engineers more consistent, more efficient simulations. Enhanced data preparation tools like visualization and realignment simplify dataset curation for better learning and prediction quality. Additionally, improved data handling – including support for material properties or missing results – ensures robust predictions and minimizes disruptions caused by incomplete datasets. Paired with the scalable computing power of Altair One®, these advancements enable users to confidently tackle large-scale simulations.

Learn More

Altair® romAI™ introduces a new identification method that enhances its modeling capabilities with SINDy (Sparse Identification of Nonlinear Dynamics) in addition to deep learning. By combining deep learning’s ability to model complex system behaviors with SINDy’s analytical approach to identifying sparse, nonlinear dynamics, romAI now supports a broader range of use cases. This advancement extends the application of ROMs to more complex and nonlinear systems, enabling faster, more accurate simulations and predictions. With romAI 2025, users can achieve greater versatility, efficiency, and precision in digital twin solutions.

Learn More

Altair® DSim™ is a powerful digital simulation platform designed to address the increasing complexity of Application-Specific Integrated Circuit (ASIC) and Field-Programmable Gate Array (FPGA) design. Offering full support for SystemVerilog 2023 and VHSIC Hardware Description Language (VHDL) 2008, DSim delivers unmatched flexibility with three scalable licensing options: free single-instance use for individual simulations, Altair Units on-premises licensing for local deployments, and cloud scalability with pay-as-you-go pricing for unlimited simulations, eliminating the need for upfront license provisioning. By enabling teams to run regression test suites without constraints, DSim empowers companies to accelerate workflows, reduce costs, and scale seamlessly to meet today’s digital design demands.

Learn More

Altair® EEvision™ sports a major revamp with a new GUI-Cockpit, improving the user experience and boasting more intuitive workflows. The release also features enhanced APIs (JavaScript/TypeScript), simplifying the creation of custom code for specialized electrical rule checks and automated design consistency checks on digital twin models. These enhancements enable users to quickly detect and resolve electrical design issues, ensuring higher product quality. The updated platform architecture further streamlines integration and customization, allowing customers to seamlessly incorporate EEvision into their own tools, such as service applications.

Learn More

Altair® Feko® delivers significant advancements for automotive and aerospace electromagnetic solutions, combining performance, precision, and flexibility. Users can now evaluate multiple ground configurations, such as ground planes at varying heights, within a single simulation—without additional resource demands. Performance upgrades include multi-GPU support for RL-GO simulations, a 2x speed-up for multiple diffractions, and up to 30x faster processing for urban scenarios using the Intelligent Ray Tracing (IRT) model. Enhanced meshing control in CADFEKO improves precision, particularly for elongated meshes, ensuring more accurate results for radar cross-section (RCS), radar systems, and automotive measurements.

Learn More

Altair® Flux® advances multiphysics simulation with seamless integration into Altair® SimLab®, delivering a more efficient, more intuitive user experience. New workflows, such as one-click meshing, reduced motor model generation for Altair® PSIM™ coupling, and two-way coupling between electromagnetic and thermal/flow simulations enable faster, more accurate modeling of electrical machines. Additionally, Flux now features dedicated tools for busbar modeling, allowing engineers to evaluate losses, thermal behavior, and mechanical displacement caused by electromagnetic forces.

Learn More

Altair® FluxMotor® accelerates machine design and optimization, enabling engineers to deliver higher-performing electrical machines in less time. Support for Direct Current Permanent Magnet (DCPM) machines simplifies design and testing, reducing modeling time and expanding opportunities to explore new machine types. For wound field synchronous machines, enhanced performance tests – including no-load curve, specified output power, and noise, vibration, and harshness analysis – provide insights to optimize motor and generator performance under real-world conditions. New 1D thermal networks can now be automatically exported from FluxMotor to Flow Simulator for performing thermal transient analysis, enabling more comprehensive thermal evaluations. Integration with Altair® SimLab® Sketcher further streamlines topology definition, saving time and boosting efficiency.

Learn More

Altair® PollEx™ enhances PCB design verification workflows by delivering greater accuracy, efficiency, and reliability. Improved technical cleanliness checks now identify hazard areas faster and more precisely, reducing the risk of overlooked issues and saving valuable verification time. The new via-based search feature in PCB Explorer simplifies navigation, enabling search for and the location of vias used in PCB designs. Additionally, the updated Power Net to Net clearance test in PollEx DFE allows adding the Hole Effect in the Vertical Clearance check, ensuring more robust and accurate design validation for safety-critical applications.

Learn More

Altair® PSIM™ introduces key enhancements for power electronics and motor drive system design, expanding support for a broader range of applications. This release adds support for Synchronous Reluctance Motor (SynRM) Look-up Table (LuT) models, enabling engineers to evaluate motor drive systems using motors designed in Flux and FluxMotor and controllers built in PSIM, an ideal solution for automotive and aerospace industries seeking alternatives to permanent magnet motors. Additionally, support for stepper motor models simplifies drive system design for consumer electronics, while the new Capacitance Matrix Block allows power electronics engineers to accurately model capacitors using real-world testing data and parasitic parameters.

Learn More

Altair® Silicon Debug Tools™ empowers design engineers to tackle the challenges of growing chip complexity and massive simulation runs with greater speed and precision. Performance enhancements, including an improved Waveform Window, accelerate the detection and analysis of design issues in large-scale simulations. New design exploration tools, such as enhanced "Extract to Driver" and "Extract to Load" functions, simplify tracing critical design behavior, making exploration more intuitive. Upgraded quick search capabilities in the Schematic and Cone Windows enable engineers to locate critical components faster in complex designs. By enabling earlier issue detection and faster debugging, Silicon Debug Tools helps chip, IP/SoC, and RTL simulation engineers deliver high-quality designs on schedule.

Learn More

Altair® SimLab® strengthens its role as a leading multiphysics platform, enabling engineers to deliver accurate, efficient designs across structural, thermal, fluid, and electromagnetic domains. By leveraging advanced finite element analysis software, SimLab simplifies complex tasks like ECAD model meshing and layer decohesion simulations, ensuring reliable durability predictions for electronic components. The addition of Preloaded Drop Test capabilities improves simulation accuracy by accounting for preload and prestress effects, while tools like Initial Contact Check and Real-Time Results Review reduce solver failures by identifying issues early. Engineers also benefit from streamlined analysis with the Compare Results Tool and advanced failure modeling through Eroded Elements Support.

Learn More

Altair® AcuSolve® pushes the boundaries of computational fluid dynamics with advanced capabilities and seamless multiphysics integration. The enhanced coupling with Altair® EDEM™ improves performance and usability for fluid-particle modeling, enabling realistic simulations across diverse applications. This release introduces tailored drag, lift, and torque modeling for different particle shapes, reduced computational costs through coarse-grain approach and porous media modeling, and simplified workflows for non-spherical particle modeling. These enhancements enable users to tackle complex fluid-particle challenges more quickly and more confidently.

Learn More

Altair® FlightStream™ solidifies its position as a cutting-edge aerodynamics simulation tool, introducing a powerful new aeroelastic toolbox, allowing users to simulate flexible vehicle aerodynamics through coupling with a structural solver. Enhanced CAD capabilities streamline workflows, allowing users to modify existing CAD models and efficiently generate meshes. Updates to the numerical boundary layer solver deliver even greater accuracy for aerodynamic studies. These advancements elevate FlightStream’s ability to capture complex geometries and predict aerodynamic performance.

Learn More

Altair® Flow Simulator™ features key advancements tailored to accessibility and thermal analysis. The new Flow Simulator API allows users to access the solver directly from their C or Fortran programs, strengthening integration. Enhancements to the solver improve accuracy for real gases near the critical temperature and pressure points, ensuring precise performance results. The GUI also now includes an optional dark mode, and turbomachinery users will benefit from new heat transfer coefficients for rotating cavities.

Learn More

Altair® HyperMesh® CFD introduces updates that simplify workflows and enhance simulation accuracy. New geometry tools in the Template Manager improve model preparation efficiency, while ground patch visualization for external aerodynamics setups makes analysis easier. Leveraging its foundation in finite element analysis software, HyperMesh® CFD ensures precise model preparation for fluid dynamics simulations, enabling accurate results even for complex geometries. In post-processing, the ability to compute 3D hydrodynamic acoustic maps and export time-dependent data in VTKHDF format improves result sharing and analysis. Additional updates – like support for ISO standard frequency outputs and expanded file compatibility – further streamline workflows and expand the tool’s capabilities.

Learn More

Altair® nanoFluidX® introduces key performance and usability enhancements, delivering faster simulations, simplified workflows, and improved post-processing flexibility. The optimized Tartakovsky F1 surface tension model improves speeds by up to 20%, improving solver efficiency for surface tension-focused cases. The ability to specify reference velocity is now optional for active body frames, simplifying setup for high-acceleration events in tank sloshing. Additionally, interpolation domain size in nFX[c] can now be set independently from nanoFluidX, allowing users to focus post-processing data on specific volumes of interest, streamlining analysis. These updates build on existing capabilities such as reduced memory usage and enhanced multi-GPU scaling, enabling engineers to achieve faster, more targeted fluid simulations.

Learn More

Altair® ultraFluidX® introduces enhancements to streamline the post-processing of flow data. The new coarsening feature simplifies rendering volume quantities by performing calculations on a fine grid and exporting results to a coarser grid, enabling easier management of large datasets and transient data. Optimized data output now allows the direct export of key metrics like pressure statistics and velocity magnitude, eliminating the need to export individual velocity components and reducing disk space usage. Additionally, improved H3D export enhances the management of large datasets. These updates further strengthen ultraFluidX’s ability to handle transient CFD simulations.

Learn More

Altair® EDEM™ continues to define the industry standard for the discrete element method (DEM) by delivering new key features for physics modeling and customization. With EDEM 2025, new physics models—a Fibers Bonding Model, Liquid Bridge Model, and updated Linear Elastic Bond Model (LEBM) with polyhedral particles—enhance workflows and enable a realistic representation of fibers and particles for applications in agriculture, batteries, and pharmaceuticals. Updates to the API empower users with advanced customization options, including the ability to exploit particle shapes in custom contact models and collect runtime statistics.

Learn More

Altair® Inspire™ solidifies its position as a leading motion analysis tool by streamlining the mechanization of CAD designs, enabling subsequent performance evaluation and optimization. The integration of design exploration facilitates component and system-level optimization, ensuring peak performance while accounting for both kinematic and dynamic behavior. New joint limit features define the range of allowable motion, providing a more realistic representation of mechanism behavior that lacks detailed geometry. The new playback functionality, combined with quality rendering, enables realistic animations, enhancing the visualization and communication of motion analysis results. Additionally, the capability to convert rigid groups into fully flexible bodies highlights the convenience and versatility of Inspire Motion, empowering designers with advanced modeling options.

Learn More

Altair® MotionSolve® and Altair® MotionView®, Altair's multibody solutions, offer enhanced usability and flexibility in multibody modeling, simulation, visualization, and optimization. New real-time capabilities for ground vehicles accelerate simulation times while maintaining accuracy, enabling faster execution and support of large design of experiments (DOEs). Improved modeling capabilities for slender, highly flexible elements allow users to detect interference, prevent kinks, and estimate the range of motion in mechanisms involving cables, wires, and hoses early in the design cycle. The introduction of higher pair forces provides a more computationally efficient method for defining contact compared to traditional penalty-based contact methods. Additionally, the integration of Jupyter Notebook into vehicle tools delivers a lightweight, customizable, programmable reporting solution that redefines how users can quickly create and present results.

Learn More

Altair® Material Data Center™ enhances access to reliable, traceable material data with a growing database of over 80,000 datasets from more than 400 material producers. Users can explore an expanded range of materials, including metals, polymers, ceramics, and additive manufacturing data, through an intuitive interface that simplifies advanced searches and finding alternative materials. Sustainability-focused tools like a CO₂ footprint calculator and certifications (e.g., RoHS) ensure compliance and informed material selection. Seamless integration into CAE workflows allow engineers to access ready-to-use material cards and leverage AI-powered tools to fill missing data, reducing reliance on physical testing. For Private Database subscribers, new capabilities for secure management, editing, and version control with enhanced traceability empower organizations to adapt to evolving trends and regulations, providing a flexible, single source of truth for material data.

Learn More

Altair® Material Modeler™ delivers an enhanced, streamlined workflow for creating simulation-ready material models. Designed for material engineers, it accelerates data processing by importing and cleaning raw test data and fitting it to elastoplastic, hyperelastic, viscoelastic, thermomechanical models and more. Smart automation significantly reduces data-fitting time, enabling users to derive complex material properties and constants in just a few clicks. The tool’s seamless export capabilities now support compatibility with over 10 CAE solvers, ensuring broad usability across simulation platforms. Integrated directly with Altair® Material Data Center™, users can store, share, and utilize curated material data in a neutral format, fostering collaboration and enhancing efficiency across teams and workflows.

Learn More

Altair® Multiscale Designer™ delivers significant advancements in performance, usability, and workflow efficiency, making it a more powerful solution for developing and optimizing next-generation materials. A massive improvement in performance and numerical efficiency allows users to analyze complex materials faster and more effectively. The new General Material Development workflow streamlines the creation and evaluation of advanced materials, enabling engineers to develop high-fidelity material models with greater ease. Additionally, a redesigned user interface for User-Defined Unit Cells simplifies customization and accelerates material design workflows.

Learn More

Altair® Inspire™ reinforces its market-leading position as the most comprehensive simulation-driven design solution, combining designer-friendly computational physics for structural, fluids, and motion analysis with finite element analysis software and advanced tools for manufacturability and performance optimization. The latest release introduces Altair® CoPilot™ Beta, an intelligent, embedded assistant that provides on-demand guidance, answers to user questions, AI-driven automation, and workflow support. Expanded design capabilities include image planes for sketching, surface perforations for implicit modeling, and the ability to generate implicit fields from simulation data, empowering users to explore advanced geometries and perform simulations with ease. Starting with a sketch, build or edit geometries with parametric B-Rep solids, polyNURBS, facets, and implicit modeling – all within the same model. New alpha channel support for rendering delivers enhanced visual clarity and presentation, while structural simulation gains greater solution settings control and the ability to assign structure and material variables. With these enhancements, Inspire continues to integrate cutting-edge technologies like generative design and meshless simulation, ensuring rapid behavior prediction and maximizing efficiency across design and manufacturing workflows.

Learn More

Altair® Inspire™ Cast advances casting simulation with powerful new features designed to streamline validation and improve casting precision. The new Part Analysis tool allows users to quickly verify manufacturability, ensuring optimal designs from the start. Solidification and cooling conditions have been enhanced for parts, improving predictions for part performance in high-pressure die casting, megacasting, and gigacasting processes. Users can now import and simulate with real molds, enabling accurate assessments of cooling and solidification behavior in permanent mold casting.

Learn More

Altair® Inspire™ Extrude Metal introduces significant analysis and visualization improvements for metal extrusion simulation. An upgrade to elastoplastic warpage analysis for quenched profiles captures plastic strain in warpage, boosting accuracy for elastic analysis. Weld surface and strength prediction for bridge dies with a single port expands the powerful weld strength feature to a new class of dies. A new animation feature for nose cones emerging from a die enhances visualization in bearing and profile 3D regions during transient nose cone and one-cycle analyses, supported by a solver-based distance function for accurate results display. Additional enhancements include billet skin tracking across multiple cycles, a reorganized user interface with advanced bearing features, an improved run panel, and expanded support for user commands.

Learn More

Altair® Inspire™ Extrude Polymer advances polymer extrusion simulation with a new die creation module tailored for plate dies, designed specifically for single polymer extrusion. This feature eliminates the need for a CAD file, simplifying the analysis process. Additionally, automatic PowerPoint report generation for tool strength analysis streamlines reporting tasks.

Learn More

Altair® Inspire™ Form ensures precise manufacturability for sheet metal forming with a new design exploration capability that allows users to parameterize geometry features and conduct optimization and DOE analysis for robust designs. Results visualization has been improved, enabling simultaneous analysis of multiple operations in progressive and transfer die forming processes, as well as the ability to reflect results symmetrically for models with mirrored features. Process control has also been enhanced, with the ability to model sheet hydroforming processes with pressure changes relative to tool strokes, bringing virtual models closer to real-world conditions.

Learn More

Altair® Inspire™ Mold introduces advanced capabilities that elevate the accuracy and control of injection molding simulations. The latest release introduces warpage prediction using fiber orientation, strengthening analysis capabilities for fiber-reinforced materials. A dedicated tool for valve gate design provides greater flexibility for optimizing flow and part quality, and new plots for process parameters allow users to analyze molding performance results in greater detail. Building off the 2024 release, enhanced post-processing features improve visualization tools, enabling graphical representation of fiber orientation tensors through vector fields and detailed plots. Additionally, the meshing process has been optimized to deliver more robust, more accurate results, ensuring simulations reflect geometry.

Learn More

Altair® Inspire™ PolyFoam accelerates the design, testing, and validation of foam components, delivering faster, more efficient simulations for applications like electric vehicle (EV) battery insulation. The enhanced material characterization feature enables users to create and customize materials directly from experimental data, which can be gathered through a simple cup test to measure rise and temperature profiles. This data is seamlessly integrated into Inspire PolyFoam, enabling comprehensive material characterization. Powered by AI, the process automates complex analyses, allowing new materials to be fully characterized with precision and ease. Additionally, improvements in the time step calculation algorithm and core scalability have enhanced performance, allowing Inspire PolyFoam to run 10-20% faster.

Learn More

Altair SimSolid® is a robust alternative to traditional finite element analysis software that introduces new capabilities that enhance speed and usability for simulation-driven design. The addition of import and export of super elements enables seamless integration with traditional FE for larger assemblies, improving efficiency for complex projects. New support for results across cross-sections allows engineers to extract and analyze detailed insights through the geometry’s thickness, enhancing result interpretation. The inclusion of temperature-dependent material properties ensures accurate thermal simulations for real-world operating conditions. Additionally, automatic fastener detection for coaxial holes accelerates setup, reducing manual effort in model preparation.

Learn More

Altair® HyperGraph® streamlines data visualization and analysis, enabling engineers and analysts to gain insights faster and more efficiently. The updated Math Macro dialog allows users to create, customize, and stack multiple math functions seamlessly, saving time while delivering precise calculations. The new Values tool simplifies data comparison by making it easier to view and analyze points across multiple curves. For improved automation and reporting, the expanded Python API now supports bar charts, polar charts, and report publishing in PPTX and DOCX formats, helping users communicate results with greater clarity.

Learn More

Altair® HyperLife® simplifies fatigue and crack growth analysis, helping engineers achieve more accurate, real-world durability predictions while streamlining workflows. With support for nested events in the Crack Growth LoadMap module, users can now simulate complex loading scenarios within duty cycles, ensuring precise representation of operational conditions. The addition of batch evaluation eliminates the need for manual job submissions, saving time by running multiple analyses seamlessly. To further optimize performance, scale factor outputs in stress-life evaluations allow engineers to fine-tune load histories to meet specific durability goals.

Learn More

Altair® HyperMesh® delivers high-performance finite element analysis software that streamlines model build, geometry operations, and simulation workflows, enabling engineers to tackle complex designs with speed and precision. The new Team Library centralizes part and subsystem management, improving collaboration and scalability, while updates like FE Boolean tools and mid-mesh enhancements enable efficient handling of complex geometries. Skeleton modeling updates reduce build times from weeks to hours, accelerating concept design and optimization, and the new Section Manager simplifies section creation for early and detailed workflows. Expanded Python API capabilities – including API recording for workflow automation, interactive scripting, result querying, and report generation in PPTX and Word formats – boost efficiency across pre- and post-processing. With Nastran solver integration in Design Explorer, HyperMesh supports rapid design exploration in industries like aerospace and heavy machinery, while usability refinements, including the undockable Entity Editor, ensure seamless workflows.

Learn More

Altair® HyperView® enhances simulation post-processing with expanded automation, improved collaboration, and faster performance. The enhanced HyperView-MultiCore profile now supports implicit solvers like Altair ® OptiStruct®, Nastran, and Ansys, significantly accelerating data processing for tasks such as contour value extraction, hotspot query, and stress/strain linearization. New 3D Model Export capabilities, including support for GLB files and an HTML export feature, make it easier to share 3D models and results across teams and devices without additional software, improving collaboration. Finally, the upgraded Python API delivers greater flexibility with support for GLB and HTML export classes, entity selections, data queries, and report generation, enabling users to automate workflows and streamline analysis.

Learn More

Altair® OptiStruct® delivers powerful advancements that strengthen its position as a comprehensive multi-physics solver, furthering the vision of “One Model, One Solver.” Key updates include implicit-explicit continuation, enabling seamless transitions between implicit and explicit analyses within a single model for greater efficiency and versatility. The introduction of auto-contact for implicit analysis simplifies the setup of complex simulations by automatically detecting and defining contact conditions, reducing manual effort. Additionally, extended feature support for explicit dynamic analysis expands OptiStruct’s capabilities for high-fidelity simulations.

Learn More

Altair® Radioss™ introduces new capabilities to enhance interoperability, stability, and user flexibility. Extended compatibility with LS-DYNA solver input formats improves data sharing and integration, streamlining workflows for users working across solvers. Enhanced control of solid element distortion improves stability in simulations of foam and rubber materials, preventing negative volume issues and ensuring more accurate results. The addition of a Python interface enables users to define function values programmatically, offering greater flexibility and customization. These advancements, combined with continued investment in the OpenRadioss open-source community, drive innovation, expand accessibility, and raise awareness of Radioss as a leading solution for complex nonlinear simulations.

Learn More

Altair® S-FRAME® Suite expands its capabilities for structural engineers designing steel, concrete, and timber structures, enabling building code compliance, and improving efficiency with expanded international design code coverage and streamlined workflows. New updates include support for steel design according to European annexes for Germany, Spain, and France, as well as concrete design with Glass-Fiber Reinforced Polymer (GFRP) rebars compliant with U.S. concrete design code. Additionally, the enhanced automatic load combination generator now accommodates Canadian and American building codes, enabling faster, more versatile load combination setup workflows for complex projects.

Learn More

Altair® Weight Analytics™ introduces powerful new capabilities to enhance weight and balance management across the product lifecycle. A redesigned home page streamlines navigation with intuitive right-click functionality, while the improved Advanced Search adds operators like "IS DUPLICATED" and "ORDER BY" for more precise data queries. A new 3D Scatter Plot enables dynamic visualization of weight, center of gravity, and inertia data, providing deeper insights through interactive analysis. Updates like part-level attachments and attribute management improve customization and traceability, while enhanced currency management ensures flexibility in cost tracking. These updates empower engineers and executives to make faster, more informed decisions, optimizing product performance and cost efficiency.

Learn More

Altair Compose® introduces powerful new features to enhance workflows across industries and domains, from engineers to data analysts. Key updates include enhanced plotting capabilities for Python and Open Matrix Language (OML), DICOM file support for medical imaging in health applications, and an improved Compose Extension for Altair® AI Studio, enabling faster creation, modification, and evaluation of OML workflows. These enhancements empower CAE and data analytics teams to streamline processes, boost performance, and gain deeper insights, driving smarter, data-driven innovation.

Learn More

Altair Embed® enhances embedded system development with new capabilities for reliability, efficiency, and advanced processing. Expanded support for UART communication simplifies code generation for embedded targets, while over 30 CRC-16 algorithms ensure robust error detection across 1,200+ microcontrollers. Full Direct Memory Access (DMA) support for STM32 targets improves data transfer efficiency by reducing CPU load. Designed for safety-critical applications, Embed now complies with MISRA 2023 guidelines and supports lockstep microcontrollers for added reliability. With the OpenVision Toolbox, users can leverage advanced image and video processing, including deep neural network (DNN) classification, enabling vision-based edge device opportunities on platforms like Raspberry Pi.

Learn More

Altair® OmniV™ empowers engineers and product development teams with advanced MBSE capabilities. Designed to integrate simulation, testing, and requirements management into a single, collaborative environment, OmniV eliminates information silos and ensures traceability throughout the product life cycle. Its vendor-agnostic approach seamlessly connects to enterprise tools, including PLM systems, enabling teams to make informed decisions earlier in the design process.

Learn More

Altair® Twin Activate™ bridges the gap between digital twin simulations and real-world hardware, enabling engineers to move seamlessly from design to deployment. The integration of Modelica Standard Library 4.0 expands access to current libraries and increases the number of demo models to 350, providing ready-to-use examples for a broader range of use cases. New code generation targets allow users to generate structured text for PLCs like Beckhoff's TwinCAT3 and support hardware platforms such as Raspberry Pi and Espressif ESP32, making it easier to link controllers, hardware functions, and I/O signals within a model. Improved scopes consolidate configurations into a single dialog and permanently save user settings, streamlining workflows and enhancing usability.

Learn More