In a significant move to modernize the nuclear reactor licensing process in the United States, Microsoft and the Idaho National Laboratory (INL) have announced a collaboration to develop artificial intelligence (AI) technologies aimed at streamlining the creation of engineering and safety...
advanced reactors
ai documentation automation
ai in nuclear
artificial intelligence
azure cloud
clean energy
digital twin
energy sector
energy sustainability
energy technology
inl
microsoft
nuclear energy
nuclear innovation
nuclear licensing
nuclear power modernization
nuclear regulatory framework
nuclear safety
nuclear safety analysis
regulatoryinnovation
The Idaho National Laboratory (INL) and Microsoft have embarked on a pioneering initiative that may fundamentally alter how the United States approaches nuclear permitting and licensing, tapping both artificial intelligence (AI) and advanced cloud infrastructure to modernize and streamline what...
advanced reactors
ai in energy
ai report generation
automation in nuclear
cloud computing
cybersecurity
digital transformation
digital twins
doe
energy sector innovation
inl
microsoft azure
nrc
nuclear industry
nuclear licensing
nuclear regulation
nuclear safety
nuclear technology
regulatoryinnovationregulatory modernization
In a rapidly shifting energy landscape, the collaboration between Idaho National Laboratory (INL) and Microsoft marks a significant milestone in advancing the efficiency and urgency of nuclear licensing processes. Their shared endeavor leverages cutting-edge Microsoft Azure cloud technologies...
advanced reactors
ai automation
ai in energy
artificial intelligence
azure ai
cloud computing
cloud security
cybersecurity
decarbonization
digital transformation
digital twin
energy department
energy innovation
energy sector
inl
innovation in nuclear
microsoft azure
nrc
nuclear energy
nuclear industry
nuclear licensing
nuclear power
nuclear regulation
nuclear regulations
nuclear safety
nuclear technology
public-private partnership
regulatoryinnovationregulatory modernization
safety analysis