The nuclear industry is at a once-in-a-generation inflection point. The largest build pipeline in four decades is underway. New programs across North America and Europe are standing up quality systems, supplier frameworks, and project delivery infrastructure largely from scratch, and the software decisions being made in the next 18 to 36 months will still be in effect when those plants retire.
Across every conversation we have with quality managers, procurement leads, and project teams, a clear picture emerges: this moment is genuinely different. The scale of what is being built, the pace at which decisions are being made, and the stakes of getting those decisions right have no modern parallel in the industry.
Here is our read of the two dynamics that matter most.
New Nuclear is choosing its operating model right now
New Nuclear is the most significant thing happening in the industry right now, not just as an energy story but as a software story. Organizations like Ontario Power Generation, X-energy, and a dozen others are in the middle of a build phase that hasn't been seen since the 1970s. They are standing up quality programs, supplier qualification frameworks, and project delivery infrastructure largely from scratch.
That is a rare and time-limited opportunity. The decisions being made in the next 18 to 36 months about which platforms these programs run on will define their operating model for the life of the plant. Nuclear doesn't swap out enterprise systems casually. Once a document control platform is embedded in a licensed quality program, once a supplier portal is woven into 200 vendor relationships, the switching cost is enormous.
The decisions New Build programs make about software in the next two years will still be in effect when those plants retire.
The risk is that New Nuclear programs, under investor and government pressure to show schedule progress, reach for the familiar: the same document-heavy, email-and-spreadsheet approaches that have defined nuclear program management for decades. The operating stations they are learning from were built that way, and their quality advisors came up in that environment. The gravity toward the familiar is strong.
But the economic case for new nuclear, which rests on the promise that modular construction and standardized design will make nuclear cost-competitive, depends on operational efficiency that simply cannot be achieved with legacy tooling. A program that needs several people to manage supplier qualification and weeks of manual assembly to produce an audit-ready compliance package is not competitive. The efficiency has to come from somewhere, and software is the most tractable lever.
The data problem is a platform problem, not a tools problem
The nuclear industry produces enormous quantities of data: inspection records, non-conformance reports, engineering changes, procurement documents, corrective actions, audit findings. The problem is not that the data doesn't exist. The problem is that it lives in systems that were never designed to work together.
A typical nuclear organization today has a document management system that doesn't talk to its supplier portal, a corrective action tracker that doesn't connect to its project schedule, and procurement records that live in a different system from its qualified supplier list. Each team has a local view. Nobody has a complete one.
What we see in practice: initial supplier qualification cycles end up taking far longer than they should, not because the assessment is harder, but because the questionnaire is in email, the quality manual review happens in a shared drive, the audit report is in a separate system, and reconciling findings requires calendar coordination across three teams.
This is not a technology failure. It is an architecture failure. The answer is not more integrations between disconnected point solutions. It is a platform that treats quality, compliance, supplier management, and project delivery as interconnected domains sharing a single data model.
Data silos are not an IT problem. They are a program risk problem. The knowledge that a supplier has a pattern of repeat deficiencies is in the records. It is just distributed across systems in ways that make it invisible until an auditor assembles it for you.
The platform argument, treating quality, compliance, supplier management, and project delivery as interconnected domains, is the foundational decision for any new nuclear program. Get that right, and the efficiency gains compound over decades. Miss it, and you inherit the same fragmentation that has defined the industry's operating cost structure for the past generation.
Two companion articles explore the specific challenges that come downstream of this choice.
State of Nuclear 2026: Series
These are the problems Forged Operations was built to solve. If you are standing up a new program, extending an existing one, or trying to get your quality data out of its silos we'd like to hear about it.