Alternatives to Solver SDK

Analytic Solver Optimization is 100% compatible with Excel Solver. It can handle any type of conventional optimization problem, regardless of its size (without uncertainty). It algebraically analyzes the structure of your model and maximizes the use of multiple cores on your PC, unlike other optimization software. Nonlinear models can be solved 10 times faster than the Excel Solver. Linear models can be solved 40 times faster than the Excel Solver. You can also plug-in Solver Engines for millions of variables. Analytic Solver Simulation allows you to perform powerful Monte Carlo simulations, risk analysis, decision trees, as well as simulation optimization with Frontline's Evolutionary Solver. You can choose from 60 probability distributions or compound distributions. Also, you can use automatic distribution fitting, rank order and copula-based correlation, 80 statistics, Six Sigma functions, and multiple parameterized simulations.

Artelys Knitro, a leading solver of large-scale nonlinear problems, offers a suite advanced algorithms and features that address complex challenges in various industries. It provides four state-of-the-art algorithms: two interior-point/barrier methods and two active-set/sequential quadratic programming methods, enabling efficient and robust solutions for a wide range of optimization problems. Knitro also includes three algorithms designed specifically for mixed-integer programming. These algorithms incorporate heuristics and cutting planes as well as branching rules in order to handle discrete variables. Knitro's key features include parallel multi-start capabilities to optimize global problems, automatic and parallel tuning for option settings, as well as smart initialization strategies that detect infeasibility quickly. The solver supports a variety of interfaces, such as object-oriented APIs in C++, C# Java, and Python.

Model Predictive control Toolbox™, which includes functions, an app, Simulink®, blocks, and references for the development of model predictive control (MPC), provides functions, an application, and Simulink®, blocks. The toolbox supports the creation of explicit, explicit, adaptive, gain-scheduled, and adaptive MPC for linear problems. Nonlinear problems can be solved by single- or multi-stage nonlinear MPC. The toolbox includes deployable optimization solvers, as well as the ability to create a custom solver. Closed-loop simulations can be used to evaluate controller performance in Simulink and MATLAB®. You can also use the MISRA C(r-)- and ISO 26262-compliant examples and blocks to automate driving. These blocks and examples are compatible with lane keep, path planning, following and adaptive cruise control applications. Design adaptive, gain-scheduled, or implicit MPC controllers that solve quadratic programming (QP). From an implicit design, generate an explicit MPC controller. For mixed-integer QP problems, use a discrete control set MPC.

AMPL is an intuitive and powerful modeling language that can be used to solve complex optimization problems. It allows users to create mathematical models using a syntax that closely resembles algebraic notation. This facilitates a clear and concise presentation of variables, constraints, and objectives. AMPL supports many different types of problems, including linear and nonlinear programming as well as mixed-integer programs. Its ability to separate data and models allows for flexibility and scalability when handling large-scale issues. The platform integrates seamlessly with a variety of solvers both commercial and free, giving users the flexibility to select the best solver for their needs. AMPL is compatible with Windows, macOS and Linux and offers a variety of licensing options.

Your designs can be tested under real-world conditions to improve product quality and reduce prototyping and testing costs. SOLIDWORKS®, Simulation is a simple-to-use suite of structural analysis tools that uses Finite Element Analysis to predict a product’s real-world physical behavior. This can be done by virtually testing CAD models. The portfolio offers dynamic, static, and linear analysis capabilities. SOLIDWORKS Simulation Professional allows you to optimize your design, determine product mechanical resist, product durability, and test heat transfer instabilities and buckling instabilities. It can also perform multi-physics sequential simulations. SOLIDWORKS Simulator Premium allows you to efficiently evaluate your designs for dynamic response, nonlinear, and composite materials. SOLIDWORKS Simulation Premium offers three advanced studies: Nonlinear Dynamic, Linear Dynamics, and Non-Linear Static.

CVXOPT, a free software package that allows convex optimization using the Python programming language, is available for download. It can be used with Python's interactive interpreter, the command line to execute Python scripts or integrated into other software via Python extension module. Its primary purpose is to simplify the development of software for convex optimization by using Python's extensive standard library as well as the strengths of Python, a high-level programming languages. Efficient Python classes that can handle dense and sparse (real and complicated) matrices. Includes Python indexing, slicing, and overloaded operations for matrix mathmetic. Interfaces to the linear programming solution in GLPK, semidefinite programming solvers DSDP5 and linear, quadratic, and second-order cone programming solutions in MOSEK.

Frost 3D software lets you create scientific models of permafrost temperatures under the thermal influence from pipelines, production wells and hydraulic constructions. This software takes into account the thermal stability of the ground. The software package is based upon ten years of experience in programming, computational geometry and numerical methods. It also allows for parallelization of computational algorithm. 3D computational domain created with soil lithology and surface topography. 3D reconstruction of pipes, boreholes and basements and foundations of buildings; Importation of 3D objects, including Wavefront (OBJ), StereoLitho(STL), 3D Studio Max (F3O), and Frost 3D Objects (3DS), Library of thermophysical property of ground, building elements and parameters of cooling units; Specification and heat transfer parameters on objects' surfaces and thermal and hydrological characteristics.

OpenModelica is a free modeling and simulation tool based on Modelica. It's intended for academic and industrial use. The Open Source Modelica Consortium, a non-profit organisation, supports its development. The platform is designed to provide a comprehensive Modelica simulation, modeling, and compilation environment, distributed in binary and source code formats, for research, education, and industrial applications. OpenModelica is compatible with Windows, Linux and macOS and supports the Modelica Standard Library. It is designed to simplify the development and execution both of low-level and higher-level numerical algorithms. This makes it suitable for control systems design, solving nonlinear Equation Systems, and developing optimization algorithms for complex applications. The platform offers tools for debugging and visualization, as well as animation, to enhance the user's experience when modeling and simulating tasks.

Engineering groups are using niche software tools from different vendors to simulate product attributes. Multi-vendor software products can lead to inefficiencies and increase costs. SIMULIA offers a scalable suite unified analysis products that allows all users, regardless their simulation expertise or domain focus to collaborate seamlessly and share simulation data and approved methods without losing information fidelity. Abaqus Unified FEA offers powerful and complete solutions to complex engineering problems across a wide range of industrial applications. Automotive industry engineering groups can consider full vehicle loads, dynamic vibrations, multibody systems and impact/crash using a common model structure and integrated solver technology.

IVRESS is a simulation product that provides users with a virtual reality environment. It's an object-oriented virtual reality toolkit that allows developers to create immersive interactive environments. Although this may sound lofty, IVRESS has a large library of prebuilt objects that can make it much easier. You can select any area you wish and manipulate it with ease. It is possible to create realistic scenes using photorealistic rendering features such as transparency and texture mapping. After you have built a VR environment using IVRESS, you will be able to use the spatial navigation control for flying through the scene. This allows you to view models from all sides. R&D teams who have modeled scenes in older software will be able to import VRML97 and PLTO3D objects immediately.

You can create vast worlds, complex characters, or dazzling effects. Engaging animation tools can bring life to believable characters. Maya®, a Maya®, software, allows you to create 3D objects and scenes. You can create realistic effects, from explosions to cloth simulation. You can quickly create blockbuster-worthy effects with a new visual programming environment that uses dynamic solvers. Bifrost Graph Editor allows you to create custom graphs. With ready-to-use graphs, you can create stunning effects such as snow and sand, dust storms, and explosions. Arnold can render your most complicated projects. Arnold is designed to handle complex characters, lighting, and scenery. Arnold integrates with Maya so you can quickly see high-quality previews of Arnold and make changes. Arnold's intuitive, artist-friendly interface and simple controls will help you save time.

Ansys Lumerical FDTD, the gold-standard in modeling nanophotonic devices and processes, is the Ansys Lumerical FDTD. The integrated design environment allows for scripting, advanced post-processing and optimization routines. This finely tuned implementation delivers the best-in-class solver performance across a wide range of applications. The integrated design environment allows you to focus on your design while we take care of the rest. Flexible and customizable models and simulations are possible with a variety of benefits. Ansys Lumerical FDT Models nanophotonic devices, processes, and materials so that you can concentrate on creating. Lumerical FDTD, the gold-standard in modeling nanophotonic devices and processes, is the Lumerical FDTD. This carefully crafted implementation of the FDTD method provides reliable, powerful, and scalable solver performance across a wide range of applications.

Working Model is the most popular motion simulation product in the entire world. Use powerful analytical tools to confirm your design. Optimize designs before creating physical prototypes by using the "run-analyze - refine" process. Reduce the time required for physical prototyping. The simulation environment is yours to control. You can quickly build, run, and refine simulations using pre-defined constraints and objects. You can pause, stop, reset, single-step or pause the simulation at anytime. Measure force, torque, acceleration and other parameters to analyze your latest design. Any object can be acted upon. View output in vectors, numbers, and graphs in English and metric units. Import 2D CAD drawings into DXF format. You can import equations, sliders, and DDE links to Excel and MATLAB. You can create bodies and specify their mass properties, initial velocity, and electrostatic charge. To optimize simulations and document models, run or edit scripts. Attach pictures to create visually appealing presentations.

Simpack is a general multibody simulation (MBS), which allows engineers and analysts to simulate non-linear motions of any mechanical or mechatronic systems. Simpack allows engineers to create and solve virtual 3D models to simulate dynamic motion, coupling forces, and stresses. Simpack is used in the automotive, engine and HIL/SIL/MIL sectors. However, it can also be applied to other branches of mechanical engineering. Simpack simulation software is especially well-suited for high frequency transient analysis, even in the acoustic range. Simpack was originally designed to handle complex nonlinear models with flexible bodies, and severe shock contact.

Tidy3D, Flexcompute's ultrafast electromagnetic solver (EM), is a fast and accurate electromagnetic solver. The solver uses the finite-difference-time-domain (FDTD). Tidy3D's simulations are orders of magnitude faster thanks to the highly optimized codesign of software and hard-ware. You can solve problems up to hundreds of wavelengths in size with the lightning-fast speed.

ChemSep, a column simulation designed for distillation and absorption operations, combines classic equilibrium stage models with nonequilibrium (rate based) models in an intuitive interface. The software contains a library of mass transfer and capacity parameters for trays, packings and other trays. This allows accurate modeling of column performance. ChemSep’s design mode allows for an automatic simulation and column size determination based upon specified fractions of flood. It integrates vendor design methods and pressure drops models for trayed or packed columns. The program is able to solve separation issues efficiently by supporting a variety of column configurations and specifications. ChemSep can be used as a standalone program or embedded into any CAPE-OPEN compatible flowsheeting package. It uses their thermodynamic and property data.

Virtual product development in a unified CAE environment. GMTO's team is using MSC Apex for the giant telescope to withstand earthquakes in Chile and to help humanity understand the universe. Engineers call it addictive because it allows you to have fun and interact with the environment. MSC Apex structures provides a user interface that allows for scenario definition, results post-processing, and integrated solver methods. This solution is unique because it combines computational parts assembly technology with a generative framework. This allows for interactive and incremental analysis. The user can interactively and incrementally verify that FEM models have been solved using the integrated user interface and solver methods. A series of solver checks may be run against individual parts or assemblies. The model diagnostics can then be reported to the Analysis Readiness panel.

Apparity is a powerful platform that helps manage end-user computing (EUC), with a phenomenal customer service. Apparity is designed for identifying, inventorying, assessing and controlling the end-user applications that support critical business processes. This includes spreadsheets and models, databases, programming languages scripts, BI Tools, and more. Our software platform provides enterprise-wide visibility through a complete auditing of all EUC activities. How do we achieve this? It's simple. You can manage your EUC inventory effectively and maintain regulatory compliance with accurate file tracking and versioning. After implementation, users will enjoy enhanced collaboration and process automation.

Simcenter MAGNET provides a powerful electromagnetic simulation solution to predict the performance of motors and generators. It can also be used for predicting the performance of sensors, transformers. actuators, solenoids or any other component with permanent magnets. Simcenter MAGNET allows you to predict the performance of any part with permanent magnets or coils. Simulate low-frequency electromagnetic fields. Simcenter MAGNET has the ability to accurately model electromagnetic devices. This includes the ability to model manufacturing processes, temperature-dependent material properties, magnetization and de-magnetization modeling, and vector hysteresis models among others. Simcenter MAGNET also has a built-in motion solver with a six-degree-of-freedom capability. It allows complex problems such as magnetic levitation and complex motions to be accurately modelled and analyzed. A unique smart remeshing technology makes this possible.

Corporate trainers and professors at business schools rate dynamic simulations as the best method of experiential learning. Our simulations have been proven to be useful in revealing the connections between strategy, operating decisions, and performance outcomes. The simulation can also be used as a practice area for improving skills in observing, assessing, and engaging in productive conversations. Business simulations should be as close as possible to the real world in order to provide the best management learning experience. Our simulations are built using dynamic simulation modeling platform that captures non-linear relations, time delays, causal relationships and causal relationships to realistically assess the effects of team decisions on business outcomes.

Geminus unleashes predictive intelligence by combining AI and physics with multifidelity modeling. Our first-principles AI transforms the physical world's constraints into resilient predictive models. Geminus uses sparse data to quickly analyze complex industrial systems and predict the impact on your business. Geminus' multi-fidelity approach merges models with data, allowing you to create highly accurate surrogates that are more than 1,000x faster than simulation. Geminus is the only tool that accurately quantifies model uncertainty. This allows you to be confident in your predictions, and the decisions they make. Geminus reduces the time it takes to create models from months to hours. It also requires far less data and computes more resources than traditional AI or simulation methods. Geminus models are infused with knowledge of the behavior of real-world systems.

Modelon's OPTIMICA Compiler Toolkit is the most powerful Modelica-based mathematical engine available. It allows users to automate, simulate, and optimize system behavior throughout the model-based design process. OPTIMICA is the compiler for Modelon's Impact. It allows users to create multi-domain physical systems using thousands of model components. OPTIMICA's state of the art solvers enable evaluation of complex physical system - supporting both transient simulations and steady-state computations as well dynamic optimization. The sophisticated mathematical engine can simplify and manipulate models to improve performance and robustness. This engine is used in a variety of industries and applications, including automotive, active safety, energy and power plant optimization. Start-up optimization of thermal power plant is essential to meet the increasing demand for power regulation in today's energy market.

Optimized sensor design results in a 36% reduction in the product's power consumption. Acceleration of their R&D efforts through the ability to simultaneously test hundreds upon hundreds of sensor components and design variations. The ability to find design flaws in just hours, rather than weeks, which reduces the time-to market for new products. Its cutting-edge algorithms are integrated in a simple, intuitive user interface to allow for the easy design of great touch screen products. Fieldscale solvers allow for complex simulations. You can perform thousands, if not millions, of calculations and run multiple scenarios to get the results in a single day. Fieldscale finally makes it possible to realize optimal design faster than your competitors.

DWSIM is an open-source, free, CAPE-OPEN-compliant, chemical process simulation that runs on multiple platforms including Windows, Linux and macOS. It also works on Android and iOS. It has an intuitive graphical interface and offers capabilities that were previously only available in commercial simulators. DWSIM is capable of both dynamic and steady-state simulations. It uses a parallel modular solver to model efficiently. It comes with advanced property packages. The simulator includes a comprehensive set of unit operations including mixers and separators. It also includes pumps, compressors and expanders. It also includes heaters and coolers. It also includes an Excel Add-In to perform thermodynamic calculations in spreadsheets, as well as an automation API that allows for the creation, loading, modification, running and saving of flowsheets.

OnScale is the original Cloud Engineering Simulation platform. It combines multiphysics solver technology and the unlimited compute power of cloud supercomputers to create a powerful platform for Cloud Engineering Simulation. OnScale allows engineers to run large numbers of full 3D multiphysics simulaions simultaneously. This allows them to create digital prototypes of high-tech devices. These digital representations can be used to capture the entire behavior of the device within its operating envelope. OnScale Solve is a cloud-based engineering simulation that provides a powerful, easy-to-use, and effective experience. OnScale Solve can run on both public and private cloud supercomputers. It includes a web-based UI, API to integrate into any design workflow, scripting language to customize engineering simulations and plugins to improve its modeling capabilities. OnScale Solve provides engineers with the ability to simulate data and train advanced AI/ML algorithms.

Energy2D, a multiphysics simulation program based on computational physics and combining particle dynamics, models all three modes for heat transfer: conduction, convection and radiation. Energy2D runs fast on most computers, eliminating the need to switch between preprocessors and solvers and postprocessors that are usually required for computational fluid dynamics simulations. It allows you design "computational experiment" to test a hypothesis or solve a problem in engineering without resorting complex mathematics. There are also plans to support different fluid types and incorporate other types energy transformations. Energy2D's conduction is very accurate, but its convection and radioactivity parts are not. Energy2D should therefore be considered qualitative in cases involving convection and/or radiation. Energy2D has been used in more than 40 scientific publications.

Virtually test drive your business processes. Process simulation allows you to take processes for a spin and identify potential roadblocks. Cutting-edge process mapping and simulation software that is designed to help organizations with process improvement, increase efficiency, and reduce waste. Ability to simulate real-world scenarios and provide insights into the performance and bottlenecks of processes. Powerful analytics and reporting capabilities allow tracking and monitoring the performance of processes over time.

Creator, which is natively based on OpenFlight 3D simulation models, is the original software to create optimized 3D models for your virtual environment. Creator is the industry standard software for creating optimized 3D models for virtual environments. Content creators are continually challenged to create more detailed models, better performance, and greater realism. Content creators have a wide range of tools to help them create models, modify or import existing models, and enhance objects for use with sensor-capable simulations. Creator gives you complete control over the modeling process and allows you to quickly create highly optimized, physically accurate 3D models. Creator allows you to create models faster and more precisely by allowing you to interact with your models at every level, from the database to the single vertex attribute.

ProModel is a discrete event simulation technology that can be used to plan, design, and improve existing manufacturing, logistics, and other operational systems. It allows you to accurately model real-world processes including their inherent variability, interdependencies, and potential changes. Optimize your system to meet your key performance indicators. From CAD files, process or values stream maps or Process Simulator models, create a dynamic, animated computer model that represents your business environment. You can clearly see and understand the current policies and processes in action. Use the model to brainstorm possible changes and to create scenarios to test them. You can run different scenarios and compare the results in the Output Viewer, which is built with the latest Microsoft®, WPF technology.

ProModel is a discrete event simulation technology that can be used to plan, design, and improve existing manufacturing, logistics, and other operational systems. It allows you to accurately model real-world processes including their inherent variability, interdependencies, and potential changes. Optimize your system to meet your key performance indicators. From CAD files, process or values stream maps or Process Simulator models, create a dynamic, animated computer model that represents your business environment. You can clearly see and understand the current policies and processes in action. Use the model to brainstorm possible changes and to create scenarios to test them. You can run different scenarios and compare the results in the Output Viewer, which is built with the latest Microsoft®, WPF technology.

Multiphysics software from COMSOL allows you to simulate real-world designs, processes, and devices. Multipurpose simulation software that uses advanced numerical methods. Fully coupled multiphysics and single physics modeling capabilities. The entire modeling process, from geometry to postprocessing. Easy-to-use tools for creating and deploying simulation applications. The COMSOL Multiphysics® software provides a consistent user interface regardless of engineering application or physics phenomena. Add-on modules offer specialized functionality for electromagnetics and structural mechanics. You can choose from a variety of LiveLink™, products to interface with CAD or other third-party software. COMSOL Server™ and COMSOL Compiler™, allow you to deploy simulation applications. This software platform allows you to create simulation applications and physics-based models.

CAESES®, foundation is a powerful parametric 3D modeler. The main purpose is to create robust variable geometry with fewer parameters. A robust and clean parametric geometry is created that is suitable for automated meshing and analysis. You can integrate, launch, and control your simulation runs. It can be your flexible GUI to process automation incl. 3D post-processing. CAESES®, which integrates automated design explorations with shape optimization, offers integrated methods. Use the shape deformation or morphing tools of CAESES to optimize imported geometries. CAESES®, a command-driven platform, can be fully scripted or customized. Also supports batch mode. You can accelerate your shape optimization process by mapping the results from an adjoint flow analysis onto the geometry parameters. In just a few days, you can have your flexible CAESES model! Easy to customize and use. No CAESES expertise required.

MATLAB®, a combination of a desktop environment for iterative analysis, design processes, and a programming language that expresses matrix or array mathematics directly, is MATLAB®. It also includes the Live Editor, which allows you to create scripts that combine output, code, and formatted text in an executable notebook. MATLAB toolboxes have been professionally developed, tested and documented. MATLAB apps allow you to see how different algorithms interact with your data. You can repeat the process until you get the results you desire. Then, MATLAB will automatically generate a program to replicate or automate your work. With minor code changes, you can scale your analyses to run on GPUs, clusters, and clouds. You don't need to rewrite any code or learn big-data programming and other out-of-memory methods. Convert MATLAB algorithms automatically to C/C++ and HDL to run on your embedded processor/FPGA/ASIC. Simulink works with MATLAB to support Model-Based Design.

FLOW-3D is a highly accurate CFD software that solves transient, free-surface issues. It can help you optimize product designs and reduce time to market. FLOW-3D's multiphysics suite also includes FlowSight, our state-of the-art postprocessor. FLOW-3D is a versatile CFD simulation platform that engineers can use to study the dynamic behavior liquids and gases in a variety of industrial applications and physical processes. FLOW-3D is a free surface and multiphase simulation platform that serves a wide range of industries, including aerospace, microfluidics and bio-medical devices as well as water civil infrastructure and automotive. FLOW-3D is a multiphysics tool that is unique in its power and versatility. It helps engineers achieve their modeling goals.

You can take the guesswork out your decision-making. Arena software allows you to move confidently. Simulation software creates a digital twin from historical data. This is then compared against your actual system's results. Arena™, Simulation Software uses the discrete-event method for most simulation tasks, but you'll see that the tool covers areas in flow and agent based modeling. To optimize performance, evaluate potential approaches. Key metrics such as throughput, costs, cycle times and equipment utilization can help you understand the system's performance. Before making major capital or resource expenditures, you can reduce risk by rigorous simulation and testing process changes. Assess the impact of uncertainty on system performance. Run "what-if" scenarios to evaluate proposed process changes.

From materials data to better product faster! Accelerates R&D, scales up, and optimizes manufacturing quality control and supply chain decisions. Use ML guidance to predict outcomes and discover new materials. Get faster and better results. You can build a model as you go. To design cost-effective and robust production lines, test the limits of your model. Models can be used to predict future failures using information from the materials and parameters of the production line. Materials Zone is a platform that aggregates data from independent entities, material providers, factories, and manufacturing facilities and allows them to communicate through a secure platform. Machine learning (ML) algorithms can be applied to your experimental data to discover new materials, create'recipes' that allow you to synthesize materials, analyze unique measurements, and retrieve insights.

Improve performance, quality and time-to market with the best-in class simulation software for chemicals and polymers, new sustainability processes, and life science. Aspen Plus is the market-leading simulation software, built on 40 years of experience. It incorporates feedback from leading chemical companies as well as an award-winning database of physical properties. It integrates process modeling with economics, energy, safety and emissions analyses to improve time-to market, process efficiency and sustainability performance. Aspen Plus improves the performance of chemical process using best-in class simulation software for bulk chemicals and specialty chemicals. This powerful modeling technology allows for the optimization of process throughput, product and energy consumption.

ExtendSim includes all the tools you need to simulate any type of scenario. There is a package for every purpose, including building models, running models and analysis. ExtendSim has products for building, experimenting, and analysing models. There are Model Developer Editions and more specialized packages that can be used to run models, analyze models, or as a learning tool. Visit User Types to determine which package is best for you. You can create, use, and interact with models. You can also build custom interfaces and component designs, and exchange data with other applications. ExtendSim Model Developer Edition (MDE), has the same core capabilities. These allow you to create and modify models and interfaces, set values and settings, run simulations, animations, and perform analysis and optimization. You can also save and export your results.

The innovative platform enables you to design sustainable processes at the speed that the market demands. AVEVA Process Simulator brings agility to the entire process cycle of design, simulation and training. This allows engineers to accelerate the engineering process. Engineers can work together across disciplines on a single platform that allows them to explore all dimensions of potential designs and quantify their impact on sustainability, feasibility, profitability, and sustainability. You can save time by using the same simulation for all engineering phases, including fluid flow and dynamics modes. So that every engineer can see the impact of their programs, replace dozens of specialized programs. Create an agile engineering workflow that allows concurrent use of process, utility, control, as well as mechanical engineers.

Symmetry Process Simulation Software enables full life-cycle modeling from conception to operations, giving you better options to troubleshoot, create feed and start-up studies, and optimize your system. It provides a comprehensive set flare and relief system tools that allow users to verify the performance for entire safety systems. The platform is flexible to suit any application. It can analyze standalone components or entire systems at various levels of detail in steady state and dynamics. Symmetry offers a new approach for oil pseudo-component characterisation techniques. Its fluid characterization makes use of chemical family structures for accurate estimations in blending, separation and even reactive systems. This allows for more accurate simulations, ensuring consistent thermodynamics across the entire system. The software offers a wide range of options for openness.

Our Quantitative Risk Assessment allows you to compare risks based on their true impact on your business, optimizing resource allocation and protecting the future of your organization. Enhance your daily IT Risk Management processes with a AI-powered IT Risk Analyst that helps you to prioritize, investigate and present risk scenarios. We empower cyber-risk managers to drive growth through the perfect match of your business objectives and your risk tolerance. Our approach ensures that risk communication is effective across all layers of your organization. We also cultivate a cooperative atmosphere to encourage teamwork and synergy among different teams. Let our AI handle the heavy lifting. We pre-analyze and integrate your data, providing you with actionable insight. This allows you to focus on the things that matter most. This allows for quick responses to urgent incidents. It also helps prevent potential losses from occurring.

TrustMAPP® is the pioneer in Cybersecurity Performance Management.. Recognized by Gartner as a leader in Cybersecurity Performance Management and Cybersecurity Maturity Assessments, TrustMAPP is used by organizations across the globe, TrustMAPP provides information security leaders an ability to quickly measure, quantify, and communicate meaningful control performance, track improvement processes, forecast investment efforts, and quickly build narratives to executive stakeholders. TrustMAPP provides remediation guidance on individual controls based on maturity scores and provides resource effort investment and financial investments to forecast future requirements for cybersecurity funding. TrustMAPP provides decision science and forecasting necessary to elevate the cybersecurity discussion in the boardroom. Information security leaders benefit from alignment with key business objectives and dynamic analytics and report-building capabilities. Information security leaders benefit from a new language that resonates with those who know little (and care even less) about the technical aspects of cybersecurity program management.

Manage risk and compliance enterprise-wide through change and disruption created by evolving global regulations including privacy and ESG, human error, cyberattacks, digital transformation, and more. By seamlessly embedding risk management and compliance into your daily workflows and familiar user experiences you can enable a common language to improve risk-informed decisions, reduce costs, gain real-time visibility into risk, and effectively communicate with stakeholders at all levels.

GlobalSUITE Solutions applications are easy to deploy and allow you to go. They make it easy to comply with industry standards and ensure that you follow best practices from a wide repository of international standards and regulations. This solution eliminates manual methods that can reduce the effectiveness and security of your equipment and allows you to improve management. Our clients can start working immediately without having to spend time loading compliance and risk catalogs, controls, methods, etc. Everything is in place to speed up your time and allow you to concentrate on what matters most, your goals. We can help you with a risk assessment that is adaptable to any methodology. You can also use risk maps and dashboards to assess them. This solution allows you to create an automatic adequacy program with workflows that allow you to compare periods and provide historical compliance.

Automated workflows have revolutionized workplace productivity. But what about security? Security teams are often forced to play the role of air traffic controller when it comes to driving down risk. They must deduplicate, sort and prioritize every security finding that is received, then route and follow up with developers across the organization to ensure that problems get resolved. This results in a huge administrative burden on already resource-constrained teams, stubbornly long times-to-remediation, friction among security and development, and inability to scale. Seemplicity simplifies the work of security teams by automating, optimizing and scaling all risk reduction workflows from one place. Aggregated findings that use the same solution for the same resource. Exceptions such as tickets rejected or tickets with a fixed status and an open finding are automatically redirected at the security team for review.

Simcenter Nastran is a leading finite element method (FEM), solver for computational performance and accuracy, reliability, and scalability. Simcenter Nastran offers powerful solutions for structural analysis, optimization, aeroelasticity, thermal analysis and rotor dynamics. Simcenter Nastran provides all the solutions in one solver. This simplifies modeling and makes it easier to use all solution types. Simcenter Nastran is available as a standalone enterprise solver and as an integrated solver within Simcenter 3D. It helps manufacturers and engineering suppliers in aerospace, electronics, heavy machine, medical device, and other industries with their critical engineering computing requirements so they can produce safe and reliable designs in shorter design cycles.

Using cyber risk information to help you understand the impact of each cyber threat on your financial exposure, you can optimize your security budget and optimize your spending. You can now assess your financial exposure to cyber risks and make informed decisions about how to transfer or offset them. You can now see the financial risk each third party is causing you. Our database is growing by over 100,000 companies each day to provide the world's most complete model view of cyber risk. Our platform allows you to compare your industry with your peers and also offers a customizable peer group. We are a team of insurance professionals who help the largest insurers in the world to identify risks and financial impact across various industries and business types.

Ansys Maxwell solves EM fields for electric machines, transformers and wireless charging. It also works with actuators, permanent magnet latches and other electrmechanical devices. It can solve static, frequency-domain, and time-varying electric fields. Maxwell also offers specialized interfaces for power converters and electric machines. Maxwell allows you to precisely characterize the transient, nonlinear motion of electromechanical components as well as their effects on the drive circuit design and control system design. Maxwell's electromagnetic field solvers can be seamlessly linked to the integrated circuit or systems simulation technology to enable you to understand the performance of electromechanical system before you build a prototype in hardware. Maxwell provides a reliable simulation of low-frequency electromagnetic field in industrial components.

Software for finite element analysis using CAD-embedded software. You can use a wider range of study types and materials to aid your analysis. Inventor®, Nastran®, provides finite element analysis tools for engineers and analysts. Simulation includes many types of analysis, including dynamics, heat transfer, linear and nonlinear stress and dynamics. Inventor Nastran can only be found in the Product Design & Manufacturing Collection. The Product Design & Manufacturing Collection includes advanced simulation, 5-axis CAM and nesting tools, as well as AutoCAD and Fusion 360.

Modern Pascal implementations like Oxygene are more relevant than ever. Oxygene is an all-purpose programming language that allows developers to create any kind of project on any number of platforms. It provides a variety of language features to make development easier, including basic object-oriented concepts such as classes with methods, properties and events, as well as specialized features that allow for specific development tasks, such as creating multi-threaded, safe applications. Many of these features are unique to Oxygene. All the features provided are based on Object Pascal's foundation and remain true to the language design paradigms which make Pascal easy to read and discover. Oxygene is an object-oriented language. Most code written in Oxygene lives within "classes".