Agentic AI for Engineering
Agentic AI for Deep Plant Investigation
Simulytica enables AI agents to work directly with facility-specific engineering state, calculations and intelligent solvers, investigating plant behaviour and comparing operating scenarios concurrently.
Independent Engineering State for Every Investigation
Simulytica gives AI agents access to executable engineering capability through comprehensive real-time APIs. Thermolytica can execute large numbers of independent, state-holding thermodynamic systems concurrently, while Confluent extends parallel execution across simulation, monitoring, UnitOps and complete engineering systems.
Agentic platforms can initiate multiple engineering scenarios concurrently, vary operating parameters, compare calculated states and investigate equipment behaviour, with an independent calculated engineering state maintained for each investigation. Each result is determined by the underlying physics and engineering models.
Investigate, Simulate, Compare and Explain
Initiate engineering investigations directly from operating conditions, calculated states and plant behaviour.
Execute multiple scenarios concurrently to explore operating conditions, equipment behaviour and alternative engineering states.
Compare simulated, monitored and historical engineering states to identify differences and understand changing plant behaviour.
Interpret engineering results within plant context, with conclusions grounded in the calculations and physics that produced them.
Engineering Access at Every Level
Simulytica’s real-time engineering APIs provide controlled access at the level required by an investigation, from thermodynamic state, UnitOps, equipment behaviour and solver results through to complete facility behaviour.
This depth of access allows agents to formulate, execute and compare what-if scenarios, change operating conditions, investigate calculated states and determine how changes propagate through the wider facility.
Because Simulytica develops the underlying engineering technologies, its APIs are highly customisable and can extend deep into the engineering execution itself, providing agentic systems with access to the calculations and engineering context behind each result.
Simulytica Proximity AI®
Intelligence operating directly alongside engineering state, calculations and intelligent solver activity as results are produced.
Work with the Plant, Not an Isolated Model
Simulytica enables agentic investigations within the context of the complete plant. Process conditions, controls, equipment behaviour, thermodynamics, mechanical systems and complex recycles remain connected through the executing engineering system.
This allows an agent to investigate an individual compressor, UnitOp or operating condition while retaining the relationships that determine its behaviour across the wider facility. In monitoring, the same engineering representation can combine measured plant data with continuously calculated engineering state.
Agentic investigations can therefore move between individual equipment, interacting systems and complete plant behaviour without losing the engineering context between them.
Bring Your Agents to the Engineering
Simulytica develops comprehensive, real-time deep APIs giving agentic platforms direct access to engineering state, calculations and intelligent solver behaviour. Agents can initiate calculations, vary operating conditions, test scenarios and examine the engineering evidence behind each result.
Organisations can retain preferred AI platforms, orchestration technologies and enterprise environments while connecting them directly to Simulytica’s engineering technologies. Simulytica Reticula® provides the framework for coordinating specialised agent networks across facility-specific engineering investigations.
Explore Agentic Engineering for Your Facility
Explore how Simulytica can support parallel, facility-specific agentic investigations across thermodynamics, simulation, monitoring, equipment behaviour and complete plant systems.