Choosing a site is a mosaic of separate studies.
Assessing a nuclear site crosses seismic, hydrological, environmental, grid and logistics factors, often produced by different consultants in incompatible formats. Comparing alternatives becomes slow, and every data update forces the downstream analysis to be redone.
Geospatial data
Seismic, hydrology, land use and grid layers live on one queryable map, comparable against each other.
Regulatory assessments
Site suitability criteria are codified and applied automatically to each alternative, with deviations highlighted.
Operational analysis
Logistics access, grid connection and construction constraints enter the assessment from the first selection.
Component procurement
Supply needs are linked to site characteristics, so logistics constraints and availability guide procurement choices.
Gather
Combine geospatial, environmental and infrastructure data into one base.
Assess
Apply regulatory suitability criteria to each candidate site.
Compare
Compare alternatives on technical, logistics and cost parameters.
Plan
Link the chosen site to component procurement needs.
TERRA combines a geospatial engine, a regulatory evaluator and operational analysis in one siting platform: comparable data layers on a map, codified suitability criteria (IAEA NS-R-3, 10 CFR 100) and linkage of site choices to procurement needs.
Cloud
Managed platform on sovereign cloud with integrated public geospatial data; suited to early screening phases where many site alternatives are compared.
On-premise
Deployment in the customer data center with integration of restricted geospatial data (seismic surveys, proprietary hydrology studies); site data stays under sovereign control.
Air-gapped
Isolated deployment for strategic programs: sensitive geospatial datasets are imported via verified media and assessments never leave the perimeter.
Site data sovereignty
Siting data, seismic, hydrological and infrastructure, is often strategically sensitive: in on-prem and air-gapped modes it stays entirely within the organization's perimeter.
Verifiable regulatory criteria
IAEA NS-R-3 and 10 CFR 100 criteria are codified and applied traceably: every suitability assessment is reproducible and justified for the licensing dossier.
Evidence traceability
Every site conclusion is bound to the data version that produced it; evidence feeds into AEGIS with an immutable link to the licensing requirement.
Access control and encryption
RBAC by site project and AES-256 encryption at rest and in transit, with an audit trail of every dataset access, compliant with ISO 27001.
Can I integrate my own restricted geospatial data?
Yes. TERRA imports proprietary datasets (seismic surveys, hydrology studies) via GIS and OGC services; in on-prem and air-gapped modes they stay within the organization's perimeter.
What happens when a base dataset is updated?
Downstream analysis automatically recomputes on the affected alternatives, avoiding manual rework and preserving traceability of the data version.
Can site assessments be used in licensing?
Yes. Suitability evidence, applied per IAEA NS-R-3 and 10 CFR 100, feeds into AEGIS as evidence linked to the dossier's site requirements.
How does the site link to procurement?
Supply needs are tied to site characteristics: logistics constraints and availability guide choices, with qualified suppliers tracked in LEDGER.
The mark encodes the mechanism, not the sector: la cupola di contenimento, il nucleo, le barre di controllo.