Designing a reactor is fragmented work.
Nuclear teams work across CAD, solvers, spreadsheets and separate documents: every change is reconciled by hand, every review risks starting from stale data. The result is lost time and error risk exactly where errors are not allowed.
Connected models
Geometry, materials and parameters are linked: change one value and everything downstream updates, with a full history of every change.
Integrated simulation
Run neutronic, thermal and structural analyses from the same environment, with results tied to the model that produced them.
Automatic dossier
Technical documentation builds itself as you design: every figure and table stays in sync with its source.
Total traceability
Every decision, revision and approval is recorded and verifiable, ready for regulatory audit.
Model
Build geometry and materials in a single parametric model.
Simulate
Connect the solvers and run analyses without exporting anything.
Document
The technical dossier assembles automatically from the design data.
Certify
Deliver a traceable package, ready for licensing.
FORGE is built around a single parametric design model, Git-versioned, with linked solvers and document generation derived from the data. Every layer is traceable and reproducible, from the geometry parameter to the dossier figure.
Cloud
Managed instance on sovereign cloud with per-tenant isolation, encryption at rest and in transit. Suited to concept phases and distributed teams not yet handling classified data.
On-premise
Deployment in the customer data center, integrated with the corporate identity provider and internal compute clusters. Data and solvers remain under the organization's sovereign control.
Air-gapped
Fully network-isolated deployment for classified projects: updates and nuclear data libraries imported via verified media, no outbound telemetry.
Granular access control
RBAC by project, discipline and phase, with separation of duties across designer, checker and approver per ISO 27001 principles.
Immutable audit trail
Every change to the model and dossier is recorded immutably with author, date and rationale, supporting the evidence traceability required at licensing.
Compute data integrity
Solver results are signed and bound to the model revision: no analysis data can be swapped without leaving a trace.
Encryption and sovereignty
AES-256 at rest and TLS in transit; in on-prem and air-gapped modes design data never leaves the organization's perimeter.
Can I use my own solvers instead of Serpent and OpenMC?
Yes. FORGE exposes an open orchestration interface: any solver with file or API input/output can be connected while keeping results bound to the model revision.
How does FORGE integrate with licensing?
Technical dossiers generated by FORGE feed directly into AEGIS as evidence linked to requirements, preserving traceability from design parameter to regulatory clause.
Is Git versioning suitable for binary data and large meshes?
Yes. FORGE uses Git with object storage for heavy artifacts: parameters are text-versioned and diffable, while meshes and results are referenced by hash.
Does it work without an internet connection?
Yes. In on-prem and air-gapped modes FORGE runs in an isolated perimeter; nuclear data libraries update via verified media with no outbound telemetry.
The mark encodes the mechanism, not the sector: la cupola di contenimento, il nucleo, le barre di controllo.