Reactor Atlas

What it does

Reactor Atlas is an interactive map and database of nuclear reactors worldwide. The platform displays reactor locations, technical specifications, and real-time or near-real-time operational signals. It includes a timeline of reactor development dating back to 1954 and provides detailed technical sheets for individual installations.

Who it is for

The stated audience is nuclear engineers. The platform appears designed for professionals who need to understand the global nuclear infrastructure, track reactor status, or conduct comparative analysis across facilities. It may also serve policy researchers, energy analysts, and investment professionals evaluating the nuclear sector.

Pricing

The site does not show prices.

How it stands out

Reactor Atlas combines three elements: a visual map interface, historical timeline data, and operational monitoring. Most nuclear data exists in fragmented form across national regulators, IAEA databases, and individual operator websites. Consolidating this into a single searchable platform with real-time signals could reduce research friction. The platform is built by someone with direct nuclear engineering experience at a national atomic energy commission, lending credibility to data accuracy and relevance to domain needs.

What a founder should check

First, verify the data accuracy and update frequency. Real-time operational signals require reliable data sources. National regulators guard nuclear data carefully, and some countries restrict access. Understand which data is publicly available, which requires licensing agreements, and which may be restricted for security reasons.

Second, assess switching costs and incumbents. The IAEA maintains an extensive public reactor database. National regulators publish operational data. Many energy analysts and investors already use established commercial platforms like Bloomberg or specialized nuclear databases. Determine what specific workflow gap Reactor Atlas solves better than existing tools and whether users will actually switch.

Third, examine the business model sustainability. If the product targets engineers at utilities and regulatory bodies, these are institutions with long procurement cycles and budget constraints. Consider whether B2B licensing is viable or whether a freemium model with premium analysis features is necessary. Nuclear facility operators may resist paying for data they believe should be public, especially given regulatory requirements for transparency.