Certification starts from data that has already changed.
The design lives in solvers and CAD, but the safety dossier lives in separate documents that someone realigns by hand. Every reactor revision forces figures, tables and regulatory references to be redone, and every mismatch between model and dossier is a finding waiting to happen. The bottleneck is not the physics. It is the reconciliation.
Connected design
With FORGE geometry, materials and neutronic, thermal and structural simulations live in one versioned parametric model: change a parameter and recompute, with full history.
Dossier that follows the model
CORTEX generates and maintains technical documentation tied to its source: when the design changes, figures, tables and regulatory references update instead of going stale.
Licensing prepared upstream
AEGIS maps every licensing requirement onto design deliverables, so gaps surface during design instead of at submission.
Design memory
VAULT archives versions, decisions and calculation bases for the reactor's whole life: every choice stays queryable years later, from regulatory reviews to license amendments.
Model
Build the reactor in FORGE as a parametric model and connect the solvers.
Document
CORTEX assembles the technical dossier from design data and keeps it in sync.
Align
AEGIS checks the package against regulatory requirements and flags the gaps.
Deposit
VAULT preserves versions and calculation bases for future reviews and changes.
The stack binds physics to license in one chain: FORGE produces the model and analyses, CORTEX keeps the dossier in sync, AEGIS checks it against the authority's requirements, and VAULT preserves versions and calculation bases for the reactor's whole life.
Sovereign on-prem
The full stack runs on the designer's own infrastructure, with reactor data that never leaves the perimeter. Suited to sensitive designs and export controls.
Dedicated private cloud
Single-tenant instance in a defined-jurisdiction region, with MONOLITH compute for heavy simulation and physical separation from other customers' data.
Hybrid compute-archive
FORGE simulations on scalable MONOLITH and VAULT archive on-prem, so elastic compute coexists with long-term retention under direct control.
Signed traceability
Every change to model, calculation or dossier is logged with author, date and rationale, with a verifiable signature: a decision's history withstands an authority audit with no extra preparation.
Export control
Access segmentation by nationality and clearance level, with reactor-sensitive data perimeters isolated to respect non-proliferation regimes.
Operator certification
Infrastructure and processes conformant to ISO 27001, with software integrity checks and verified boot on compute nodes.
Immutable retention
Approved records in VAULT are sealed and unalterable, retained for the reactor's life with timestamping and a digital chain of custody.
Do I have to abandon my current solvers?
No. FORGE connects to your existing neutronic and structural solvers (Serpent, OpenMC) and parametric CAD: the stack coordinates model, analysis and dossier without replacing the physics tools you've already invested in.
Does it work across multiple regulators?
Yes. AEGIS imports different regulatory frameworks (10 CFR, WENRA, SSR-2/1) and maps the same deliverables onto the requirements of different authorities, so one design can be taken to multiple jurisdictions without rebuilding the dossier from scratch.
What happens to the data once the project closes?
VAULT preserves versions, decisions and calculation bases for the reactor's whole life: decades. Every choice stays queryable for license reviews, modifications and operational support long after the design phase ends.
How long to get the stack operational?
The base environment is operational in weeks; integrating your proprietary solvers and mapping the applicable regulatory framework add the time needed to encode your specific requirements, typically within the first design cycle.
The mark encodes the mechanism, not the sector: la cupola di contenimento, il nucleo, le barre di controllo.