Commissioning software for new-build reactors where tens of thousands of safety-classified components have to be individually proven before the regulator will authorise fuel load.

A first-of-a-kind or replicated reactor build runs mechanical, electrical, I&C and civil contractors in parallel across years of construction, each producing its own ITP records, NCRs and vendor documentation for systems that carry different safety classifications and therefore different QA rigour.

When SC1 pump test records, hold point witness sign-offs and NCR dispositions sit in separate contractor databases, the licensee cannot demonstrate to the regulator at the pre-fuel-load readiness review that every safety-classified hold point was actually witnessed by the right authority, not just documented after the fact.

Deskely tags every component and system to its safety classification and its approved ITP, so hold point status, NCR disposition and QA record completeness are visible per system rather than reconstructed from a document control audit weeks before fuel load.

Cold functional testing proves mechanical and electrical systems function correctly at ambient conditions, with each hold point captured against the specific component, the witness's name and role, and the exact revision of the ITP being executed.

Hot functional testing brings the reactor coolant system to operating temperature and pressure without fuel, exercising safety systems, control logic and I&C response under real thermal-hydraulic conditions, with every deviation logged as an NCR against the affected system.

Punch items and NCRs raised during testing are categorised against their safety significance, so a Category 1 finding on an SC1 system blocks fuel load readiness while a minor cosmetic item on a balance-of-plant system does not stall the whole schedule.

New-build commissioning runs under an independent nuclear assurance function that sits apart from the construction and commissioning teams, sampling completed ITPs, re-witnessing selected hold points and challenging NCR dispositions on SC1 systems specifically because the consequence of a missed defect is highest there. That function needs the same live register the commissioning team works from, not a summarised report prepared for its visit.

Regulatory intervention points are distinct from contractor hold points: a licence condition may require the regulator's own inspector to witness a specific test in person, such as reactor coolant system pressure testing or first control rod insertion, and that witness has to be recorded with the inspector's name and organisation rather than folded into a generic sign-off column alongside a contractor QA engineer.

Deskely separates contractor hold points, licensee hold points and regulatory intervention points as distinct record types on the same ITP, so a resident inspector's schedule of required witness visits is generated straight from the register instead of chased down by phone before every planned test window.