u/Anon_96818

The White House released its new National Security Science and Technology Strategy (NSSTS). There is a lot in the document, but several parts are directly relevant to Oklo.

Probably the most important:

"improving energy resilience by establishing microgrids powered by advanced nuclear reactors”

This is specifically listed as a way to modernize infrastructure critical to national security. That should sound familiar. The Air Force has already issued Oklo a Notice of Intent to Award for the Eielson AFB microreactor project. Oklo will design, construct, own, and operate the reactor and provide power and heat to the base. Eielson AFB describes the goal as providing a reliable, independent power source for the installation.

In other words, Oklo is already pursuing essentially the exact use case that the White House just identified in its NSSTS.

The document goes further. Nuclear energy is listed alongside AI, hypersonics, semiconductors, directed energy, advanced manufacturing, etc. as one of the key enabling technologies needed to maintain US military technological advantage. Appendix A specifically identifies advanced fission reactors as a Critical and Emerging Technology.

Another interesting piece is acquisition. The strategy says agencies should shorten development and acquisition cycles and specifically encourages the use of Other Transaction Authorities (OTAs) for eligible research, prototype, and production projects, along with milestone-based contracting and other faster acquisition methods.

Oklo already has a DOE OTA supporting the design, construction, and operation of Aurora-INL under the Reactor Pilot Program.

The strategy even calls for new certifications, credentialing, and workforce programs specifically for advanced nuclear reactor construction and operation.

None of this means Oklo just received another contract, and it certainly doesn't mean Oklo will be the only company benefiting, but the direction of travel is becoming pretty clear. A few years ago, advanced nuclear was mostly discussed as an energy/climate technology. Now the federal government is explicitly treating advanced fission as a national security technology, identifying nuclear-powered microgrids as part of national resilience, reforming acquisition to move these technologies faster, and building the workforce needed to deploy them.

Meanwhile, Oklo already has a DOE reactor under construction and an Air Force microreactor project moving through the acquisition process.

From an energy security point of view, there are a lot of military bases that could benefit from a constant power supply that doesn't come from off-base. Oklo can provide that to them.

Two senior Oklo fuel cycle executives are scheduled to speak at ANS Global 2026 in Chicago next week, and the subject matter may provide new insight into Oklo’s current plutonium/recycling strategy.

On Tuesday, August 18, 9:00-10:30 a.m. CDT, Oklo VP for Fuel Recycling Ed Petit de Mange will participate in the conference’s Reprocessing Fireside Chat, moderated by Oklo Director of Fuel Cycle Technology Christina Leggett. The session is specifically focused on advanced reprocessing, isotope recovery, fuel utilization, and commercial nuclear fuel cycle strategies.

This is worth watching because Leggett oversees design of Oklo’s planned Oak Ridge Fuel Recycling Facility, while Petit de Mange leads Oklo’s used fuel recycling program. With Oklo simultaneously pursuing DOE surplus plutonium access and bridge fuel options, this is a plausible venue for incremental detail on plutonium utilization, recycling commercialization, Oak Ridge timing, or third-party fuel-cycle business plans.

ANS Global 2026 runs August 16-20 and also includes DOE, ORNL, Argonne, Centrus, and other fuel cycle participants, including an August 19 panel on the DOE’s HALEU allocation process.

A lot of people assume the grid is automatically the fast option and nuclear is the slow one. For very large industrial/data center loads, I’m not sure that assumption holds anymore.

Reuters reported in July that large substation transformers are now pushing past a three-year wait, with some utilities ordering equipment five years ahead of when they expect to need it. Wood Mackenzie has also cited roughly three-year lead times for very large transformers, with some supplier quotes stretching toward five years.

The transformer is only one piece of the problem. A 500 MW+ data center doesn’t just plug into the nearest transmission line. You may need transmission upgrades, a new substation, transformers, breakers, switchgear, interconnection studies, utility construction, permitting, and potentially years of queue time before the site can actually take full load.

That creates an interesting possibility for Oklo and other advanced nuclear developers. If you can put generation behind the meter, colocated with the data center, you can avoid a meaningful portion of the transmission/interconnection bottleneck. You still need transformers and electrical equipment on site, obviously, but you’re no longer necessarily waiting for the utility to build out enough grid infrastructure to deliver hundreds of megawatts to you.

With ideas ranging from forcing data centers to pay the electricity bills of local residents to requiring them to generate their own electricity on site, the Ohio Governor's race is a look into the political backlash that we are seeing across the country. Semiconductors and software don't work without electricity. The more restrictive and expensive the political climate gets for data centers, the more appealing Oklo's product gets.

OKLO's thesis is only going to get stronger.

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Love to see it... Long overdue love from Sam Altman. Foreshadow of an OpenAI deal in the works?

"Last week, the U.S. Department of Commerce awarded the Intermountain West Nuclear Energy Corridor Tech Hub $31 million dollars. Then, the hub received another about $9 million in private matching funds...

...“There are certain things that will choke them out, and two of those things are supply chain availability and workforce availability,” said Morrow.

The goal is to reduce those barriers, she said. For example, funding will go toward helping one company, Silicon Valley-based Oklo, develop its own fuel and a plan for transporting it."

State-level nuclear efforts don't hit the news as much as federal efforts, but they are out there, and they will continue to increase in number and size. About 27 States are participating in organized state or regional advanced nuclear development efforts, while at least 12 have progressed to a concrete program, fund, authority, hub, or project development process comparable in some respect to this effort in Idaho and Wyoming.

14 States have pending legislation to at least temporarily an data center construction. New York just passed the first moratorium, for one year.

https://www.ncsl.org/fiscal/which-states-are-banning-data-centers

36 States have current or pending legislation to charge higher rates for large electrical loads, like data centers.

https://www.utilitydive.com/news/large-load-tariffs-proliferate-as-states-take-more-active-role-in-data-cent/816184/

The backlash will continue until energy production improves. Oklo's solution is selling clean energy behind-the-meter for decades at a time.

For any StarFox 26 devs out there...

What if all four pilots had their own playable perspective for every level? You make them cross over where they currently do from Fox's perspective. Maybe give each pilot a unique ability. You make what you do in the level affect Fox's ability to trigger different paths/bosses. Nearly four times the gameplay, just building on existing maps.

I want to address a post about DoE approval carrying over to NRC approval, and whether such projects would have to essentially "start from zero" when applying for an NRC license.

In short, when a proposed NRC rule goes into effect in August 2026, the NRC will be allowed to "reference a prior DOE or DOW authorization and successful testing and demonstration of the ability of the authorized design to function safely as another means for NRC license applicants to show that the design can accomplish its safety functions." This means that, so long as there are no design changes to be addressed, Aurora's DoE approved Design Safety Analysis (DSA) could be referenced without further technical evaluation.

I also want to highlight the MoA between the DoE and the NRC from October 2025. It involves the NRC in the DoE DSA review, likely in direct support of the proposed rule above. This MoA also says that they will work towards "an expedited pathway to approve advanced reactor designs that have been authorized and tested by DOE and have demonstrated the ability to function safely that focuses on risks or safety issues identified during the NRC licensing review that may arise from, among other things, design changes in new applications to be licensed by the NRC, rather than revisiting risks that have already been addressed in the DOE review."

This DoE press release highlights the use of AI tools to convert a DoE Preliminary DSA into an NRC licensing document, cutting a six-week process into a one-day job.

So, no, projects approved by the DoE will not "start from zero" with the NRC.

The thesis for SMRs continues to get reinforced. Other States will likely follow suit in charging higher rates for large loads on the grid, if not explicitly targeting data centers, because it's a politically winning stance.

Raising energy costs for large energy-consuming facilities not only makes generating their own energy even more cost-effective, it also undercuts the idea that large-scale nuclear projects will be the solution, as those supply the entire grid.

Edit: Adding that this applies to large industrial facilities beyond data centers, potentially expanding the consumer base for SMRs.

NRC is proposing eliminating non-radiological portions of environmental impact reviews, along eliminating routine public comment requests for draft impact statements. This would mean a significantly cheaper and quicker process for site approval, which would pair very well with Oklo's repeatable Part 57 combined license application strategy.

Details are limited, but this agreement seems to lower barriers between Japan, South Korea, and the US with regards to nuclear technology export controls. Oklo has an MoA with KHNP that could benefit from lowered barriers. Bigger picture, this could open Asian markets to US SMR companies.

Op-Ed: Solving the data center conundrum – America's next boomtowns may be nuclear towns

Brian Gritt, a Senior VP at Oklo, discusses how their reactors can shift AI data centers from being a drain on the local community to a huge boon.