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Daily Hard Tech Headlines: - Array Labs has secured a $21M funding round led by Mitsubishi Electric Corporation. The Bay Area startup develops radar satellites. - Quantum Cyber has produced its first mini-interceptor drone at its Connecticut manufacturing facility, marking the start of production at another American drone factory....

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Atoms Not Bits

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11,000 просмотров • 2 месяцев назад •via X (Twitter)

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Фото профиля Atoms Not Bits
Atoms Not Bits2 месяцев назад

Shoutout those moving hard tech forward: @milenovic925501, @williewockets

Фото профиля Alexa | Indie hacker
Alexa | Indie hacker2 месяцев назад

@ArrayLabs one of the best on here 🤩 following along with interest

Фото профиля a
a2 месяцев назад

@ArrayLabs here, competition is in the air (literally)

Фото профиля 未知
未知2 месяцев назад

@ArrayLabs 模型越大，幻觉越难控制。这是 Scaling Law 的阴暗面。当 AI 开始一本正经地胡说八道时，你甚至不知道它哪里错了，也不知道它为什么会错。大模型在生产环境比在实验室里更诚实。

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Arizona Secures Critical American Biofactory Hard Tech Headlines: - REGENT, the American seaglider startup, has successfully demonstrated its autonomous seaglider at Silent Swarm. It is the first defense-specific wing-in-ground-effect craft in U.S. history. - Textron Inc. has secured a $230M+ deal with the U.S. Navy for two Ship-to-Shore Connectors, amphibious hovercraft designed to move troops, vehicles, and supplies from ships offshore directly onto beaches. - Precigenetics, the startup developing real-time living-cell imaging technology, is expanding to a new biofactory in Arizona, where it plans to manufacture critical biohardware in the U.S. - Smack Technologies has secured a $61M Series B led by Costanoa Ventures. Smack is developing a frontier AI lab for defense, enabling autonomy decisions to be made at the campaign level. The startup is using the funding to develop custom hardware to deploy its models on-prem. - EdgeRunner AI, in partnership with the U.S. Army’s AI2C, has introduced a new military-focused large language model that reduced error rates by 37% across Army-specific tasks and is designed to run locally at the tactical edge. - Grounded has raised a $5M seed round. The Detroit startup develops software-defined, modular commercial electric vehicles and is expanding production into a new 50,000-square-foot facility. - Eoptic, Inc., the advanced imaging firm, has secured a deal to supply multiple payloads for strategic space imaging programs, with first deliveries planned for early 2027. - Aerogen Systems has launched out of Y Combinator, developing self-cleaning infrastructure for semiconductor manufacturing that creates ultra-clean environments around wafers. - Saildrone has opened a European HQ in Copenhagen and is expanding USV production in Europe, including its next-generation Surveyor at Umoe Mandal’s facility in Norway. - Skanska and Stacy Witbeck secured a $2.43B contract to expand LA Metro’s rail infrastructure in the San Fernando Valley. - Einride is purchasing 500 Tesla Semi trucks, the largest Tesla Semi order in history. - The U.S. Army has awarded Elroy Air $46M to advance autonomous heavy-lift aircraft for moving cargo across contested environments. The VTOL can carry 500+ pounds of cargo, fly up to 450 miles, and operate without runways in austere environments. - Valinor Enterprises announced HarborPOD, designed to turn autonomous systems into casualty evacuation or resupply platforms. We break it down in today’s Hard Tech Headlines video.
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Arizona Secures Critical American Biofactory Hard Tech Headlines: - REGENT, the American seaglider startup, has successfully demonstrated its autonomous seaglider at Silent Swarm. It is the first defense-specific wing-in-ground-effect craft in U.S. history. - Textron Inc. has secured a $230M+ deal with the U.S. Navy for two Ship-to-Shore Connectors, amphibious hovercraft designed to move troops, vehicles, and supplies from ships offshore directly onto beaches. - Precigenetics, the startup developing real-time living-cell imaging technology, is expanding to a new biofactory in Arizona, where it plans to manufacture critical biohardware in the U.S. - Smack Technologies has secured a $61M Series B led by Costanoa Ventures. Smack is developing a frontier AI lab for defense, enabling autonomy decisions to be made at the campaign level. The startup is using the funding to develop custom hardware to deploy its models on-prem. - EdgeRunner AI, in partnership with the U.S. Army’s AI2C, has introduced a new military-focused large language model that reduced error rates by 37% across Army-specific tasks and is designed to run locally at the tactical edge. - Grounded has raised a $5M seed round. The Detroit startup develops software-defined, modular commercial electric vehicles and is expanding production into a new 50,000-square-foot facility. - Eoptic, Inc., the advanced imaging firm, has secured a deal to supply multiple payloads for strategic space imaging programs, with first deliveries planned for early 2027. - Aerogen Systems has launched out of Y Combinator, developing self-cleaning infrastructure for semiconductor manufacturing that creates ultra-clean environments around wafers. - Saildrone has opened a European HQ in Copenhagen and is expanding USV production in Europe, including its next-generation Surveyor at Umoe Mandal’s facility in Norway. - Skanska and Stacy Witbeck secured a $2.43B contract to expand LA Metro’s rail infrastructure in the San Fernando Valley. - Einride is purchasing 500 Tesla Semi trucks, the largest Tesla Semi order in history. - The U.S. Army has awarded Elroy Air $46M to advance autonomous heavy-lift aircraft for moving cargo across contested environments. The VTOL can carry 500+ pounds of cargo, fly up to 450 miles, and operate without runways in austere environments. - Valinor Enterprises announced HarborPOD, designed to turn autonomous systems into casualty evacuation or resupply platforms. We break it down in today’s Hard Tech Headlines video.

Atoms Not Bits

12,083 просмотров • 1 месяц назад

In the last five months, stocks building the infrastructure behind AI and data centers went up 30-200% while the S&P did 3%. These companies are WINNING government contracts to rebuild America's power grid. - A nuclear startup is building mini reactors for Meta - The largest grid contractor in North America has a $44 billion backlog of signed deals - A fuel cell company just signed a contract to power Oracle's data centers with the electricity of 2 million homes - The only US company producing uranium from two active mines is up 30% The executive orders, contracts, and backlogs were all public. Institutional money saw it and positioned then. I posted a thread breaking down all 14 companies - what each company does, why they're most likely to win the contracts and the framework behind finding them. Read the full thread below.
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In the last five months, stocks building the infrastructure behind AI and data centers went up 30-200% while the S&P did 3%. These companies are WINNING government contracts to rebuild America's power grid. - A nuclear startup is building mini reactors for Meta - The largest grid contractor in North America has a $44 billion backlog of signed deals - A fuel cell company just signed a contract to power Oracle's data centers with the electricity of 2 million homes - The only US company producing uranium from two active mines is up 30% The executive orders, contracts, and backlogs were all public. Institutional money saw it and positioned then. I posted a thread breaking down all 14 companies - what each company does, why they're most likely to win the contracts and the framework behind finding them. Read the full thread below.

Felix Prehn 🐶

96,122 просмотров • 5 месяцев назад

Today, I was delighted to open the historic U.S.–Ukraine Reconstruction Investment Fund (URIF) Managing Board meeting in Kyiv that delivered its first investment approval 🇺🇦🇺🇸 It is in a Ukrainian dual-use technology company, Sine Engineering, that operates in the fields of communications and navigation. Their infrastructural solutions are used by 150 Ukrainian manufacturers of UAVs and interceptor systems. I am grateful to US Secretary of the Treasury Scott Bessent Treasury Secretary Scott Bessent for his leadership in ensuring the Fund’s efficiency. I also thank DFC Invests Chief Investment Officer Connor Coleman, US Deputy Under Secretary for International Finance Jonathan Greenstein, and all members of the US delegation who travelled to Ukraine this week despite ongoing large-scale attacks. Special thanks to Chargé d’Affaires of the United States in Ukraine U.S. Embassy Kyiv, Ambassador Julie Davis, for her continued engagement, support, and close coordination. The pace our Fund has taken shows an important role it plays in our relations. In less then a year, the Fund has already made its first investment and continues to review over 200 applications, more than half from Ukrainian companies. The pace our Fund has taken shows an important role it plays in our relations. In less than a year, the Fund has already made its first investment and continues to review over 200 applications, more than half from Ukrainian companies. The largest number of proposals has been submitted in the energy sector, which has become one of the key priorities following the winter. Other priority areas include dual-use technology manufacturing, infrastructure, and critical minerals. The U.S.-Ukraine Reconstruction Investment Fund is part of our strategic partnership with the United States. Its successful operation demonstrates that Ukraine offers unique expertise and technologies and can be as a successful business case.
0:48

Today, I was delighted to open the historic U.S.–Ukraine Reconstruction Investment Fund (URIF) Managing Board meeting in Kyiv that delivered its first investment approval 🇺🇦🇺🇸 It is in a Ukrainian dual-use technology company, Sine Engineering, that operates in the fields of communications and navigation. Their infrastructural solutions are used by 150 Ukrainian manufacturers of UAVs and interceptor systems. I am grateful to US Secretary of the Treasury Scott Bessent Treasury Secretary Scott Bessent for his leadership in ensuring the Fund’s efficiency. I also thank DFC Invests Chief Investment Officer Connor Coleman, US Deputy Under Secretary for International Finance Jonathan Greenstein, and all members of the US delegation who travelled to Ukraine this week despite ongoing large-scale attacks. Special thanks to Chargé d’Affaires of the United States in Ukraine U.S. Embassy Kyiv, Ambassador Julie Davis, for her continued engagement, support, and close coordination. The pace our Fund has taken shows an important role it plays in our relations. In less then a year, the Fund has already made its first investment and continues to review over 200 applications, more than half from Ukrainian companies. The pace our Fund has taken shows an important role it plays in our relations. In less than a year, the Fund has already made its first investment and continues to review over 200 applications, more than half from Ukrainian companies. The largest number of proposals has been submitted in the energy sector, which has become one of the key priorities following the winter. Other priority areas include dual-use technology manufacturing, infrastructure, and critical minerals. The U.S.-Ukraine Reconstruction Investment Fund is part of our strategic partnership with the United States. Its successful operation demonstrates that Ukraine offers unique expertise and technologies and can be as a successful business case.

Yulia Svyrydenko

19,297 просмотров • 6 месяцев назад

Will humanoid robots become superhuman soldiers? A San Francisco–based robotics startup, Foundation, is in discussions with the U.S. Department of Defense, aiming for its humanoid robot, Phantom MK1, to assist or even replace soldiers in dangerous missions. The company has already secured about $10 million in government contracts and plans to enable the robot to operate around the clock within the coming months. Phantom MK1 can learn skills through various defense-related applications, such as maintaining and refueling aircraft or breaching obstacles in combat zones. It stands 5 feet 9 inches tall, weighs 176 pounds, features eight cameras on its head, supports a continuous payload of 44 pounds, and can handle up to 80 pounds at maximum. Foundatio was founded by Sankaet Pathak, former CEO of the fintech company Synapse, along with former U.S. Marine Mike LeBlanc.
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Will humanoid robots become superhuman soldiers? A San Francisco–based robotics startup, Foundation, is in discussions with the U.S. Department of Defense, aiming for its humanoid robot, Phantom MK1, to assist or even replace soldiers in dangerous missions. The company has already secured about $10 million in government contracts and plans to enable the robot to operate around the clock within the coming months. Phantom MK1 can learn skills through various defense-related applications, such as maintaining and refueling aircraft or breaching obstacles in combat zones. It stands 5 feet 9 inches tall, weighs 176 pounds, features eight cameras on its head, supports a continuous payload of 44 pounds, and can handle up to 80 pounds at maximum. Foundatio was founded by Sankaet Pathak, former CEO of the fintech company Synapse, along with former U.S. Marine Mike LeBlanc.

CyberRobo

36,467 просмотров • 10 месяцев назад

‼️‼️🇺🇲 BIG | The USA for the first time shot down a fiber-optic drone The American company Epirus reported a significant breakthrough in the field of countering drones. Its microwave system "Leonidas" for the first time hit a drone with fiber-optic control - one of the most difficult targets for modern electronic warfare means. Previously, the complex had already hit a swarm of 49 drones, but the new test was particularly significant. In December 2025, at a closed test range of the US Army, the system was able to disable a fiber-optic UAV, depriving it of control and causing an uncontrolled fall. Fiber-optic drones, which are widely used today, including in the Ukrainian theater of operations, do not use radio control channels. The signal is transmitted via a thin fiber-optic cable, which makes such drones extremely difficult to detect and suppress. In a report by the US Army in 2024, such drones were called "one of the main threats to air defense systems and anti-drone warfare". The CEO of Epirus noted that the mass spread of fiber-optic UAVs has become a turning point in the evolution of unmanned warfare and has revealed a serious gap in anti-drone defense systems - a gap that "Leonidas" is designed to close. In 2025, Epirus received a contract for $43.5 million for the supply of two second-generation "Leonidas" systems. Its range of destruction is more than twice that of the first version; a 30% increase in power; there are built-in high-energy batteries; a reduction in dependence on external power supply. The system can be installed on: Stryker 8×8 armored vehicles, light tactical vehicles, other mobile platforms. See the latest updates with us: Visioner
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‼️‼️🇺🇲 BIG | The USA for the first time shot down a fiber-optic drone The American company Epirus reported a significant breakthrough in the field of countering drones. Its microwave system "Leonidas" for the first time hit a drone with fiber-optic control - one of the most difficult targets for modern electronic warfare means. Previously, the complex had already hit a swarm of 49 drones, but the new test was particularly significant. In December 2025, at a closed test range of the US Army, the system was able to disable a fiber-optic UAV, depriving it of control and causing an uncontrolled fall. Fiber-optic drones, which are widely used today, including in the Ukrainian theater of operations, do not use radio control channels. The signal is transmitted via a thin fiber-optic cable, which makes such drones extremely difficult to detect and suppress. In a report by the US Army in 2024, such drones were called "one of the main threats to air defense systems and anti-drone warfare". The CEO of Epirus noted that the mass spread of fiber-optic UAVs has become a turning point in the evolution of unmanned warfare and has revealed a serious gap in anti-drone defense systems - a gap that "Leonidas" is designed to close. In 2025, Epirus received a contract for $43.5 million for the supply of two second-generation "Leonidas" systems. Its range of destruction is more than twice that of the first version; a 30% increase in power; there are built-in high-energy batteries; a reduction in dependence on external power supply. The system can be installed on: Stryker 8×8 armored vehicles, light tactical vehicles, other mobile platforms. See the latest updates with us: Visioner

Visioner

55,027 просмотров • 8 месяцев назад

The Fordow Enrichment Facility – Iran’s nuclear facility at Fordow is located approximately 100 kilometers southwest of Tehran. It was built under a mountain near the city of Qom and is protected by anti-aircraft batteries. The facility appears to have been designed to withstand aerial attacks. According to satellite imagery, its construction began between 2002 and 2004, but Iran only reported its existence to the International Atomic Energy Agency (IAEA) in 2009, after Western intelligence agencies, led by the United States, exposed the facility. Fordow is a relatively small facility, capable of housing only about 3,000 centrifuges. This led analysts to believe that the site could be used to divert and rapidly enrich low-grade uranium (from 60% to 90% — the level required for nuclear weapons). Under the nuclear deal form 2015 (JCPOA), Iran agreed to halt enrichment at Fordow and convert the facility into a research center. However, after the U.S. withdrew from the agreement, Iran resumed its enrichment activities there. Recent IAEA reports indicate that Iran has increased its production of uranium enriched to 60% at the Fordow facility, which currently houses approximately 2,700 centrifuges. Reports suggest that Iran could convert its current stockpile of 60%-enriched uranium into roughly 233 kilograms of weapons-grade uranium within three weeks — enough for nine nuclear bombs. Fordow is a central focus in Israel’s efforts to disrupt and dismantle Iran’s nuclear program. However, the United States is the only country that possesses the type of bomb necessary to successfully strike the underground Fordow nuclear site from the air.
3:05

The Fordow Enrichment Facility – Iran’s nuclear facility at Fordow is located approximately 100 kilometers southwest of Tehran. It was built under a mountain near the city of Qom and is protected by anti-aircraft batteries. The facility appears to have been designed to withstand aerial attacks. According to satellite imagery, its construction began between 2002 and 2004, but Iran only reported its existence to the International Atomic Energy Agency (IAEA) in 2009, after Western intelligence agencies, led by the United States, exposed the facility. Fordow is a relatively small facility, capable of housing only about 3,000 centrifuges. This led analysts to believe that the site could be used to divert and rapidly enrich low-grade uranium (from 60% to 90% — the level required for nuclear weapons). Under the nuclear deal form 2015 (JCPOA), Iran agreed to halt enrichment at Fordow and convert the facility into a research center. However, after the U.S. withdrew from the agreement, Iran resumed its enrichment activities there. Recent IAEA reports indicate that Iran has increased its production of uranium enriched to 60% at the Fordow facility, which currently houses approximately 2,700 centrifuges. Reports suggest that Iran could convert its current stockpile of 60%-enriched uranium into roughly 233 kilograms of weapons-grade uranium within three weeks — enough for nine nuclear bombs. Fordow is a central focus in Israel’s efforts to disrupt and dismantle Iran’s nuclear program. However, the United States is the only country that possesses the type of bomb necessary to successfully strike the underground Fordow nuclear site from the air.

Israel-Alma

75,660 просмотров • 1 год назад

It just keeps getting more strange. In a 2020 interview, Erika Kirk (then Erika Frantzve) stated that her family moved to Arizona because her mother “was getting involved with the Government…Homeland Security and Department of Defense.” The company is AzTech International. 🔴 Has a current GSA contract (Multiple Award Schedule). Listed in GSA eLibrary as AZTECH INTERNATIONAL, INC under contract 47QRAA24D003Y—that’s a direct federal contracting vehicle. 🔴 Registered with federal procurement identifiers. The company posts a CAGE code (1FRE7) and DUNS (808092670) on its site—standard for vendors doing U.S. government work. Address shown: 25132 Ocean Knoll, Dana Point, CA 92629. 🔴 Third-party compiled FPDS data shows $2.6M in Department of Defense awards to AZ-TECH INTERNATIONAL INC (Scottsdale, AZ location) between 2000–2020 across 8 contracts (primary NAICS 541990). 🔴 The company’s site highlights Defense industry work and compliance with DoD program management / EVMS directives 🔴 GSA Multiple Award Schedule (MAS) Contract •Contract Number: 47QRAA24D003Y •Contractor: AzTech International, Inc. •Contract covers NAICS codes including 541611 and 541330ENG (professional services, engineering, etc.) 🔴 The company’s website states that it delivers project & Earned Value Management (EVM) solutions to DoD (Department of Defense) and DOE (Department of Energy) agencies & their contractors.
0:49

It just keeps getting more strange. In a 2020 interview, Erika Kirk (then Erika Frantzve) stated that her family moved to Arizona because her mother “was getting involved with the Government…Homeland Security and Department of Defense.” The company is AzTech International. 🔴 Has a current GSA contract (Multiple Award Schedule). Listed in GSA eLibrary as AZTECH INTERNATIONAL, INC under contract 47QRAA24D003Y—that’s a direct federal contracting vehicle. 🔴 Registered with federal procurement identifiers. The company posts a CAGE code (1FRE7) and DUNS (808092670) on its site—standard for vendors doing U.S. government work. Address shown: 25132 Ocean Knoll, Dana Point, CA 92629. 🔴 Third-party compiled FPDS data shows $2.6M in Department of Defense awards to AZ-TECH INTERNATIONAL INC (Scottsdale, AZ location) between 2000–2020 across 8 contracts (primary NAICS 541990). 🔴 The company’s site highlights Defense industry work and compliance with DoD program management / EVMS directives 🔴 GSA Multiple Award Schedule (MAS) Contract •Contract Number: 47QRAA24D003Y •Contractor: AzTech International, Inc. •Contract covers NAICS codes including 541611 and 541330ENG (professional services, engineering, etc.) 🔴 The company’s website states that it delivers project & Earned Value Management (EVM) solutions to DoD (Department of Defense) and DOE (Department of Energy) agencies & their contractors.

NewsTreason Channel 17

2,901,923 просмотров • 1 год назад

enCore Energy celebrated the restart of the Alta Mesa Plant and Wellfield in south Texas on October 3rd, featuring an exclusive conversation with George W. Bush, 43rd President of the United States. 🇺🇸 enCore Energy’s In-Situ Recovery Uranium Processing Plants play a significant role in the local economy; enCore has a workforce of 134 employees, the majority of whom attended the Grand Opening. 👏 With the restart of Alta Mesa (as well as the Rosita Plant that restarted last year), enCore creates new jobs, affording local residents the convenience of working nearby and reducing the necessity for long-distance travel. The restart of these Plants is also crucial to provide the U.S. with domestically produced uranium to fuel carbon-free nuclear energy; most of the uranium consumed by the United States is currently exported from geopolitically unstable countries. 😃 The event, co-hosted by Boss Energy Ltd, was attended by over 300 people and honored Dr. Dennis Stover, PhD, who has played a crucial role in shaping the uranium industry over the last 50+ years. 🤝 To learn more about our Alta Mesa Plant, and enCore Energy, click here: #uranium #nuclearenergy #GoNuclear #cleanenergy #EU #energy #nuclear #stocks #nuclearpower #investor #invest #nasdaq #mining #carbonfree
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enCore Energy celebrated the restart of the Alta Mesa Plant and Wellfield in south Texas on October 3rd, featuring an exclusive conversation with George W. Bush, 43rd President of the United States. 🇺🇸 enCore Energy’s In-Situ Recovery Uranium Processing Plants play a significant role in the local economy; enCore has a workforce of 134 employees, the majority of whom attended the Grand Opening. 👏 With the restart of Alta Mesa (as well as the Rosita Plant that restarted last year), enCore creates new jobs, affording local residents the convenience of working nearby and reducing the necessity for long-distance travel. The restart of these Plants is also crucial to provide the U.S. with domestically produced uranium to fuel carbon-free nuclear energy; most of the uranium consumed by the United States is currently exported from geopolitically unstable countries. 😃 The event, co-hosted by Boss Energy Ltd, was attended by over 300 people and honored Dr. Dennis Stover, PhD, who has played a crucial role in shaping the uranium industry over the last 50+ years. 🤝 To learn more about our Alta Mesa Plant, and enCore Energy, click here: #uranium #nuclearenergy #GoNuclear #cleanenergy #EU #energy #nuclear #stocks #nuclearpower #investor #invest #nasdaq #mining #carbonfree

enCore Energy Corp. (NASDAQ:EU | TSX.V:EU)

13,101 просмотров • 2 лет назад

🚨 BREAKING 🚨 A major fire has broken out at the Valero Energy refinery in Port Arthur, Texas — one of the largest and most critical refineries in the United States, known for producing JP-8 military jet fuel and diesel supplied to Israel and U.S. forces. The blaze started in a diesel hydrotreater unit (Unit 243) after a process fluid release and explosion on March 23. Thick black smoke is visible for miles, and the refinery has been temporarily shut down to contain the fire. No injuries have been reported so far, and a shelter-in-place order was issued for nearby residents before being lifted after air quality checks. JP-8 is a specialized military-grade jet fuel with additives for corrosion protection and anti-icing, critical for high-performance aircraft like F-35s and other fighter jets. Valero’s Port Arthur facility is one of the key U.S. producers of this fuel. This incident comes at a highly sensitive time amid the ongoing US-Israel-Iran conflict and global fuel supply strains caused by disruptions in the Strait of Hormuz. The refinery (380,000 barrels per day capacity) is expected to restart later this week, but the diesel unit damage could tighten already strained fuel markets further. Developing situation — more updates as they come in. 🔥🛢️ #ValeroRefinery #PortArthurFire #JP8 #FuelCrisis
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🚨 BREAKING 🚨 A major fire has broken out at the Valero Energy refinery in Port Arthur, Texas — one of the largest and most critical refineries in the United States, known for producing JP-8 military jet fuel and diesel supplied to Israel and U.S. forces. The blaze started in a diesel hydrotreater unit (Unit 243) after a process fluid release and explosion on March 23. Thick black smoke is visible for miles, and the refinery has been temporarily shut down to contain the fire. No injuries have been reported so far, and a shelter-in-place order was issued for nearby residents before being lifted after air quality checks. JP-8 is a specialized military-grade jet fuel with additives for corrosion protection and anti-icing, critical for high-performance aircraft like F-35s and other fighter jets. Valero’s Port Arthur facility is one of the key U.S. producers of this fuel. This incident comes at a highly sensitive time amid the ongoing US-Israel-Iran conflict and global fuel supply strains caused by disruptions in the Strait of Hormuz. The refinery (380,000 barrels per day capacity) is expected to restart later this week, but the diesel unit damage could tighten already strained fuel markets further. Developing situation — more updates as they come in. 🔥🛢️ #ValeroRefinery #PortArthurFire #JP8 #FuelCrisis

U R B A N S E C R E T S 🤫

12,268 просмотров • 6 месяцев назад

Here's my full testimony and transcript from the House Science Committee hearing today. Grateful for the opportunity to share our story. -- Chairman Weber, Ranking Member Ross, and Members of the Subcommittee, thank you for the opportunity to testify. Less than three years ago, Aalo Atomics was two people. Today, we are 200, and we are about to expand into a MILLION square foot manufacturing facility. On the 4th of July, at 12:20 a.m. near Idaho National Lab, we brought our first reactor to initial criticality. We moved from groundbreaking to a sustained nuclear chain reaction in less than eight months. The reactor used a full-scale core, representative of our 10-megawatt-electric commercial design. One year ago, the Department of Energy established a clear authorization pathway, and set deadlines. Aalo brought the design, the team, the capital, and the execution. Together, we demonstrated that America can build and test new reactors quickly. This work matters. Aalo is developing a critically important technology for the US people: sodium reactors, starting in the thermal spectrum, and eventually expanding to the fast spectrum. With this latter technology, we will be able to use nuclear waste as fuel. Few people realize that there is as much energy contained in US nuclear waste as there is in Global known Oil and Gas reserves. Additionally, the volume of nuclear waste would be reduced significantly by using it as fuel. Lastly, by unlocking Thorium and U-238, we can extend the usable lifespan of nuclear fuel on earth from 100 years, to millions of years. Sodium fast breeder technology unlocks all these things, and Aalo will push hard to make this a reality. To do this, we need HALEU, 20% enriched fuel. Fortunately, that supply chain is getting spun up as we speak by several great American companies. In the meantime, we are using off-the-shelf UO2, LEU. Why? Because the nation has a far more pressing challenge than dealing with nuclear waste, or the limitations of oil and gas in the long term. Artificial Intelligence has arisen in the past 3 years, and is now accelerating faster than ever. AI is an incredibly important national security issue. It is imperative that we not lose to China on this massively impactful technology. The best way to power the development of more AI is with nuclear. Advanced nuclear needs no water, uses a small amount of land, is clean, baseload, and we are proving that it can be affordable and fast to deploy. By using off-the-shelf UO2 fuel, Aalo’s reactors will be able to scale rapidly to meet the growing demand of AI. And thanks to the choice of sodium as our coolant, we will have a very compact, mass-manufacturable design. We are excited to continue working hard to bring these incredible technologies to bear for the American people. Based on our experience, I would offer Congress three priorities to help us continue this momentum. First, ensure that the DOE's Reactor Pilot Program remains a durable pathway, connecting the dots from initial criticality through to sustained full-power operations. Second, ensure that the demonstration data generated under DOE oversight can be credited or adopted in subsequent NRC licensing. Third, continue supporting the full-stack domestic nuclear fuel cycle, including advanced fuels such as HALEU, and ultimately recycling and waste burning. America pioneered much of the world’s nuclear technology. We now have an opportunity to lead again. We are grateful to Congress, the Administration, Secretary Wright, Bob Boston, the Department of Energy, Idaho National Lab, and the career public servants who helped make our demonstration possible. Aalo intends to repay that trust by building reactors, factories, creating American jobs, and by helping restore U.S. leadership in nuclear energy. Thank you.
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Here's my full testimony and transcript from the House Science Committee hearing today. Grateful for the opportunity to share our story. -- Chairman Weber, Ranking Member Ross, and Members of the Subcommittee, thank you for the opportunity to testify. Less than three years ago, Aalo Atomics was two people. Today, we are 200, and we are about to expand into a MILLION square foot manufacturing facility. On the 4th of July, at 12:20 a.m. near Idaho National Lab, we brought our first reactor to initial criticality. We moved from groundbreaking to a sustained nuclear chain reaction in less than eight months. The reactor used a full-scale core, representative of our 10-megawatt-electric commercial design. One year ago, the Department of Energy established a clear authorization pathway, and set deadlines. Aalo brought the design, the team, the capital, and the execution. Together, we demonstrated that America can build and test new reactors quickly. This work matters. Aalo is developing a critically important technology for the US people: sodium reactors, starting in the thermal spectrum, and eventually expanding to the fast spectrum. With this latter technology, we will be able to use nuclear waste as fuel. Few people realize that there is as much energy contained in US nuclear waste as there is in Global known Oil and Gas reserves. Additionally, the volume of nuclear waste would be reduced significantly by using it as fuel. Lastly, by unlocking Thorium and U-238, we can extend the usable lifespan of nuclear fuel on earth from 100 years, to millions of years. Sodium fast breeder technology unlocks all these things, and Aalo will push hard to make this a reality. To do this, we need HALEU, 20% enriched fuel. Fortunately, that supply chain is getting spun up as we speak by several great American companies. In the meantime, we are using off-the-shelf UO2, LEU. Why? Because the nation has a far more pressing challenge than dealing with nuclear waste, or the limitations of oil and gas in the long term. Artificial Intelligence has arisen in the past 3 years, and is now accelerating faster than ever. AI is an incredibly important national security issue. It is imperative that we not lose to China on this massively impactful technology. The best way to power the development of more AI is with nuclear. Advanced nuclear needs no water, uses a small amount of land, is clean, baseload, and we are proving that it can be affordable and fast to deploy. By using off-the-shelf UO2 fuel, Aalo’s reactors will be able to scale rapidly to meet the growing demand of AI. And thanks to the choice of sodium as our coolant, we will have a very compact, mass-manufacturable design. We are excited to continue working hard to bring these incredible technologies to bear for the American people. Based on our experience, I would offer Congress three priorities to help us continue this momentum. First, ensure that the DOE's Reactor Pilot Program remains a durable pathway, connecting the dots from initial criticality through to sustained full-power operations. Second, ensure that the demonstration data generated under DOE oversight can be credited or adopted in subsequent NRC licensing. Third, continue supporting the full-stack domestic nuclear fuel cycle, including advanced fuels such as HALEU, and ultimately recycling and waste burning. America pioneered much of the world’s nuclear technology. We now have an opportunity to lead again. We are grateful to Congress, the Administration, Secretary Wright, Bob Boston, the Department of Energy, Idaho National Lab, and the career public servants who helped make our demonstration possible. Aalo intends to repay that trust by building reactors, factories, creating American jobs, and by helping restore U.S. leadership in nuclear energy. Thank you.

Matt Loszak | Aalo Atomics

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