The Engineering
Platform
Precision AI for unified design, simulation, and production.
Transform how engineers build, validate, and industrialize complex systems — from 3D concept to simulation-ready models, AI-assisted optimization, and first-pass manufacturability.
Built for Engineers. Trusted by Industry.
Auditability & Traceability
End-to-end data lineage, immutable logs, and full audit trails — built for compliance and confidence.
Lower Total Cost
Optimize compute, storage, and engineering workflows with intelligent orchestration and resource planning.
Faster Simulation Cycles
Accelerate engineering iteration with AI-powered automation, reduced bottlenecks, and parallel execution at scale.
Your Engineering
Operating System
3D Design Cockpit
Parametric modeling enhanced by Large Engineering Models. Understand and refine complex meshes with role-aware agents that adapt to your engineering workflow.
- Parametric modeling and feature recognition
- Role-aware engineering copilots
- Real-time design validation
- Version control and branching
Simulation Hub
Run multi-physics simulations across aerodynamic, structural, thermal, energy, and manufacturability constraints — orchestrated in one environment.
- Multi-physics orchestration
- Automated boundary setup
- Distributed compute execution
- Simulation traceability
ML Workbench
Train, validate, and deploy physics-aware AI surrogates that reduce simulation time while preserving engineering confidence and full explainability.
- Physics-informed neural networks
- Surrogate model validation
- Uncertainty quantification
- Explainable prediction outputs
Manufacturing OS
Convert validated designs into production-ready instructions, process constraints, and quality checkpoints — connected directly to manufacturing lines.
- Manufacturing readiness checks
- Process constraint mapping
- Quality checkpoint generation
- First-pass production support
Insights Engine
Connect engineering data with market, supply-chain, cost, and operational intelligence for executive-level decision support.
- Market and supply-chain signals
- Cost and risk intelligence
- Operational recommendations
- Executive-ready insights
Precision Engineered
at Every Step
CAD Ingestion
Import models in standard formats and enrich geometry with engineering metadata.
Simulation Setup
Define boundary conditions, materials, constraints, and physics models.
Simulation Execution
Run high-fidelity simulations through scalable distributed infrastructure.
AI Surrogate Training
Generate physics-aware surrogate models for rapid iteration and prediction.
Deployment & Integration
Export validated models, insights, and instructions into existing workflows.
Every Layer
Engineered to Perform
From precise geometry ingestion to AI-assisted simulation, surrogate model deployment, and production integration — every layer is engineered for industrial scale and engineering confidence.
CAD Ingestion & 3D Intelligence
STEP / IGES / STL support with AI-powered feature recognition, mesh optimization, and multi-format repair pipelines.
Simulation Orchestrator
Multi-physics execution, parallel compute optimization, and automated boundary setup in a unified environment.
Physics-Aware AI Surrogates
Physics-constrained neural networks with uncertainty quantification and explainable prediction outputs.
Enterprise Integration Layer
Native CAD, PLM, and ERP connectors with REST and GraphQL APIs, plus SDKs for Python, JavaScript, and C++.
Built for Industrial Scale
A unified industrial intelligence backbone that connects engineering, simulation, operations, and data — at enterprise scale.
Explainable AI Layer
Full control and traceability across every AI-assisted engineering decision.
Data Sovereignty
Your data stays yours. End-to-end encryption, audit trails, and role-based access by design.
Cloud-Native Infrastructure
Elastic, resilient, and globally distributed compute for the most demanding workloads.
Open Integration
Native CAD, PLM, ERP connectors and powerful APIs & SDKs for seamless extensibility.
Knowledge Graphs
Connect engineering, manufacturing, compliance, and operational data into a living industrial graph.
Multi-Physics Simulation
High-fidelity physics, parallel compute, and automated orchestration at scale.
Industrial Security
Zero-trust architecture, continuous monitoring, and enterprise-grade security controls.
Enterprise Integration
Unify people, processes, systems, and data through a single industrial intelligence layer.
Aerospace
Defense & Naval
Automotive
Construction
Industrial Equipment
Rail & Transport
Built on an Industrial
AI Backbone
Cloud-Native Architecture
- Kubernetes-based orchestration
- Auto-scaling simulation workloads
- High availability and fault tolerance
Enterprise Security
- SOC2 Type II aligned controls
- End-to-end encryption
- Role-based access control
Open Integration
- CAD / PLM / ERP connectors
- REST and GraphQL APIs
- SDKs for Python, JavaScript, C++
Live Platform
Showcase
Performance
Intelligence
Industrial Deployments
in Production
Digital Twin Vehicle Validation
Simulation cycles reduced from days to minutes while maintaining traceable confidence across all design variants. Structural, aerodynamic, and thermal models unified in a single AI-managed workspace.
Structural Analysis & AI Governance
Multi-physics validation workflows became faster, more explainable, and easier to integrate into engineering review cycles. AI-governed supply chain precision reduced component risk exposure.
Production Intelligence & First-Pass Readiness
Neodustria connected simulation output with production constraints, eliminating rework loops and improving first-pass readiness across complex component families.
Precision Engineering,
Redefined by Physics-Aware AI.
Unify design, simulation, explainability, and manufacturing readiness in one industrial intelligence platform. Built for engineers who can't afford uncertainty.
