Platform
A design-intelligence layer on top of the simulation stack you already trust
XLAB Innovations does not replace your solvers. It removes the manual glue between them — meshing, sweeping, scheduling, comparing and recording — so engineering time goes into decisions instead of file management.
Solver-agnostic
Commercial and open-source solvers
On-prem or cloud
Including air-gapped deployment
100% traceable
Every run versioned with its inputs
Architecture
Six layers, one loop
L01
Study definition
Geometry, materials, load cases, constraints and objectives declared once in a versioned study file shared across disciplines.
L02
Solver orchestration
Meshing, solving and post-processing scheduled across on-prem HPC, private cloud or burst capacity — with your own licences.
L03
Engineering data layer
Test rig data, historic simulations and field telemetry unified into one queryable store that models can learn from.
L04
Surrogate models
Physics-informed surrogates screen the design space in seconds, reserving full-fidelity solves for the candidates that matter.
L05
Review & collaboration
Shareable result dashboards, annotated comparisons and export packs for design reviews and supplier hand-off.
L06
Controlled deployment
Single-tenant or air-gapped deployment, SSO, granular project permissions and full audit trails for export-controlled work.
Deployment
Built for regulated engineering
01
Data residency
Single-tenant deployment in your region, or fully air-gapped on your own hardware for export-controlled programmes.
02
Certification evidence
Immutable run records with solver versions, mesh statistics and input hashes attached to every result.
03
Interoperability
REST and Python APIs, STEP/Parasolid/CGNS exchange, and PLM hooks for CATIA, NX and Teamcenter.
See it running on your own hardware stack
We deploy a scoped pilot on one of your live programmes and benchmark it against your current workflow.