First off, we will need to standardize design. These are small modular reactors. They're very simplistic. They will not require the staff that's on some of our larger safe operating units, but we do need a standardized design. They will require some kind of support centre for all different activities, to minimize the cost.
It is a fleet concept. We will be manufacturing with advanced manufacturing technologies. Again, these are small modular reactors, so these components can be built in a factory and standardized, with quality assurance, to eliminate some of the issues we're seeing around the world with large-scale nuclear build-out, associated with taking design and turning it into the actual components or assembling the components with the integration in the field.
There's a tremendous advantage there. What we will need to do in order to have this build-out is to all work towards getting the first of a kind. We will have to make sure we do the preparation for the nth of a kind, so that once we prove the technology through the first of a kind, we are ready to execute through the supply chain in manufacturing to support the nth of a kind. We've done supply chain studies in New Brunswick. We are basically working with organizations within Canada to make sure we understand what's ahead of us from a manufacturing standpoint.