Connect Simulation from Chip to Mission

Unlock the full potential of your engineering processes with end-to-end modelling and simulation. From concept to deployment, connect every phase of the product lifecycle with high-fidelity, physics-based simulations. Model multi-domain environments across land, sea, air, and space, and integrate seamlessly with the Ansys portfolio of Multiphysics tools to drive innovation and performance.

Digital Mission Engineering Products

Simulate, Analyse, and Optimise Complex Missions

Ansys Digital Mission Engineering solutions enable organisations to design, test, and validate mission scenarios by combining physics-based simulation and real-world data to accurately model orbits, RF propagation, system performance, and mission outcomes, helping teams reduce risk, control costs, and ensure mission success.

Systems Tool Kit (STK)

Systems Tool Kit (STK) provides an environment for analysing and visualising complex systems in the context of your mission. Interact with data from platforms across the aerospace, defense, telecommunications, and other industries.

Simulate your intended missions and communicate the results with reports, graphs, and stunning 3D animations.

Ansys Orbit Determination Tool Kit (ODTK)

Orbit Determination Tool Kit (ODTK) processes tracking data and generates orbit ephemeris with realistic covariance. With ODTK, you can process a wide variety of traditional and non-traditional measurements using a state-of-the-art optimal sequential filter and matched smoother to generate orbits and realistic covariance.

Ansys DME Component Libraries

DME Component Libraries are low-level Java and .NET development libraries designed for custom desktop applications and web-first architectures. Modelled after STK’s design and analysis workflows, they provide foundational mission and systems modelling capabilities and are purpose-built for scalability, performance, and flexibility in large enterprise, OEM, and other high-demand architectures.

Ansys RF Channel Modeler

Ansys RF Channel Modeler offers a streamlined workflow for RF systems engineers to model large scale dynamic RF systems simulations while considering the effects and impacts of complex urban environments. With the incorporation of high resolution terrain, buildings, and other geospatial data, network engineers can realistically evaluate their RF systems designs and analyze high frequency signal propagation effects to anticipate real world performance.

Digital Mission Engineering

Accelerating product development and reducing design risk through simulation.

Digital mission engineering connects engineering decisions to real-world missions using simulation, modelling, and analysis. By integrating the operational environment into the design process, teams can predict performance, optimise systems, and reduce development time. This approach creates a digital thread that links requirements, architecture, and validation, enabling faster, safer, and more reliable product development across industries.

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