Viable Digital Twins
Making Digital Twins Viable for Real Plant Operation
Simulytica makes digital twins viable through continuously executing engineering systems that maintain plant state, automatically converge complex interactions and scale across engineering and operational applications.
Continuously Executing Engineering for Digital Twins
Simulytica empowers digital twins with continuously executing engineering systems for simulation, monitoring, engineering investigation and plant operation.
Simulytica maintains calculated plant state alongside measured operation, automatically resolving equipment, control and recycle interactions as conditions change.
The Engineering Capability Behind Viable Digital Twins
Calculated plant state is maintained as operating conditions change, providing a current engineering basis for applications, analysis and investigation.
Intelligent adaptive solvers automatically converge complex equipment interactions, controls and extensive interacting recycles.
Thermodynamic and engineering systems execute in parallel, providing the computational capability required across complex plant applications.
Measured and calculated plant state supports operational understanding, engineering investigation and evaluation of alternative scenarios.
Built to Represent Plant Behaviour
Simulytica represents equipment hierarchies and distinct process, control, mechanical and electrical connections, preserving the engineering behaviour of each throughout execution.
Simulytica’s proprietary technologies analyse plant structure, coordinate equipment interactions and intelligently apply physics-based adaptive solvers to converge nested recycles automatically.
Thermodynamics, plant execution and intelligent solving operate within one architecture, maintaining engineering state and executing calculations in parallel across complex UnitOps, compression systems and wider plant applications.
Measured and Calculated Plant State in One System
Simulytica’s engineering technology coordinates equipment, controls and recycles, automatically converges complex interactions and continuously evaluates measured operating conditions against calculated plant state.
Simulytica’s operations-driven approach gives operators a current understanding of plant and equipment performance, conditions and constraints within complete plant context. Engineers can investigate events, determine non-measurable variables, examine system response and evaluate what-if scenarios.
Engineering That Makes Digital Twins Operationally Viable
Maintained engineering state, automatic convergence and scalable parallel execution allow the plant representation to remain current as operating conditions change.
Direct Access to Continuously Executing Plant Engineering
Simulytica develops deep, real-time APIs into its core technologies, powering its applications and embedding scalable engineering capability in customer and third-party software.
Confluent® provides maintained engineering state, continuous plant execution and direct access to intelligent solvers. Thermolytica® provides independent, state-holding thermodynamic systems executing concurrently at scale.
Simulytica Reticula® creates and coordinates specialised AI agent networks to investigate causes, operating strategies and what-if scenarios concurrently, giving engineers a facility-specific understanding of plant behaviour and alternatives.
The Engineering Foundation Behind a Viable Digital Twin
Simulytica introduces continuously executing engineering capability into existing digital environments, legacy facilities and new developments.
Legacy facilities gain modern simulation, monitoring and engineering without replacing established plant systems. New developments can incorporate Simulytica through engineering, commissioning and operation.
Deployment can begin around complex UnitOps, compression systems or a defined plant area before expanding across process plants and complete facilities.
Make Your Digital Twin Operationally Viable
Explore how Simulytica’s scalable engineering systems can bring continuously executing capability to your digital twin.