• DETROIT—Car enthusiasts milling around the floor at the Detroit auto show this week will get the first public glimpse of the Army’s new main battle tank, as the service prepares to roll out its M1A1 Abrams replacement five years ahead of its original timeline. 

    Rather than wait to field the vehicles until every last sensor and radio is determined, the Army cut the tank’s development time way down by getting the physical vehicle built and allowing the bells and whistles to be installed and upgraded as the technology evolves.

    “The way we used to look at all these boxes…we used to take that box and install the computer,” Col. Ryan Howell, the Abrams’ project manager, told reporters Wednesday. “Today, it's computer first, and it happens to be hardware second. So the box doesn’t matter.”

    With that in mind, the Army is putting “the box” into soldiers’ hands to make sure it maneuvers the way a tank platoon needs it to, and to gather feedback on what it needs for communications, weapons, and sensors.

    “Rather than focusing on the tank, we focused on all the digital backbone and the software and what it's supposed to do, and then we wrapped a tank around it,” said Alex Miller, the Army’s chief technology officer. “So the fact that the hull looks similar is because we figured out a long time ago, that's what armor should look like to be effective.”

    All of the cameras, the counter-drone systems, the gunnery and so on will evolve based on the best commercially available tech.

    “So now Col. Howell and the acquisition team can update our tank in days and weeks on the software side, rather than us taking a year,” Miller said.

    The vehicle itself is made of commercial parts: a Caterpillar engine, SAPA transmission, and a Roush race car cockpit with embroidered Recaro seats.

    It sounds pretty fancy for the Army, but it turns out that using all of these commercial products to build the new tank cut down significantly on the price tag.

    “I won't give you the exact dollar figure, but they can produce them at 10-percent the cost—with the embroidery,” Howell said of the luxe seating.

    The M1E3 is the biggest program yet developed under the Army’s new Continuous Transformation acquisitions model, which eschews exquisite, bespoke systems that take decades to develop and lock the Army into the hardware, software and the company that builds them.

    Instead, the Army has ordered four of the prototypes from Roush, who in their partnership with General Dynamics used the existing Abrams specs to build the vehicle’s skeleton. General Dynamics will take the lead on the next round of test vehicles. 

    “So I think it would be, you know, a vendor comes and says, ‘Hey, I've got something that's better for active protection. There's a better engine, there's a lighter transmission to meet those specs.’ They could, you know, plug in and play in that,” Gen. Randy George, the Army’s chief of staff, told reporters.

    Those specs include a total weight one-quarter less than today’s 70-plus-ton Abrams. It also has a hybrid-electric engine that sips half the fuel while delivering a top speed of about 40 mph.

    “So it doesn't have a fast quarter-mile time, but it can knock out a target at a quarter-mile in about a tenth of a second. You know, shoot an apple off a fence at 3-plus kilometers,” George said. “You can kill drones, do the kinds of things that we would expect of a system like that out there, and you could put it anywhere in the world to do that.”

    The Army has also spent a lot less money than usual before getting it into soldiers’ hands. About $75 million bought the research and deent, the software architecture inside the tank, and the first production models.

    The service has asked for more than $700 million in this year’s budget to start expanding the work. It will take a couple years to get enough built to start sending them out to every tank unit, but the Army was originally planning that it wouldn’t even have soldiers testing them until 2031.

    With that initial feedback expected to start coming in this summer, officials are comfortable taking the resources they would have spent on finding the perfect sensors and sights and radios before testing and spending it on the back end, to continuously upgrade the M1E3 as soldiers test it in the field.

    And George hopes to be able to repeat this success with its forthcoming M2 Bradley replacement. 

    “It's one of our goals that we're back here next year, and sitting in the same room having the same discussion with an XM-30 that’s down there,” he said. 

    ]]>

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

  • Unidentified hackers disrupted Iranian state television to broadcast messages from exiled Crown Prince Reza Pahlavi. Read about the economic crisis, the internet blackout, and the latest reports on the protest death toll.

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

  • HONOLULU—As the Defense Department works to overhaul its antiquated and clunky acquisition system, it wants to hear from you.

    “Bring us your most disruptive, most unconstrained ideas,” Mike Cadenazzi, assistant defense secretary for industrial base policy, said during a keynote speech at the Honolulu Defense Forum last week. “We need radically different outcomes in the defense industrial base. So we need radically different ideas on how to get there.”

    Lt. Gen. James Glynn, commander of Marine Forces Pacific, offered one: Printing munitions on the battlefield.

    “If we all have a need for, say, a type of munition, then why make it in the states and have to ship it where it's going to be utilized? Why not make it right there?” Glynn said during a media roundtable, adding that he’s interested in the possibility of a unit or company in a partner nation using additive manufacturing “to make parts or equipment or munitions or food.”

    “How are we going to sustain the [NASA] Mars mission? We’re very interested, because how do you sustain forces that are under duress for longer, protracted periods of time?”

    Cadenazzi’s take? “I don’t think it’s a stretch at all.”

    Looking at the current state of additive manufacturing, “you’re not going to manufacture, you know, THAAD” on an additive tool, he said. But what the military really needs now is things like drones, smaller munitions, tools, parts, components, things that actually break when you use a howitzer… There are very reasonable expectations for increasing those capabilities forward.”

    Cadenazzi’s comments came amid a major effort formally unveiled in November to remake the way the military buys things—in part by convincing companies to move faster while also investing more of their own money into developing new systems.

    Mike Brown, who led the Defense Innovation Unit from 2018 to 2022 and is now a partner at Shield Capital, said technologies proven on the battlefield in Ukraine have shown that new companies can participate in the defense space without having to build a satellite or designing an airplane. And the growing interest in defense tech has boosted venture capital by “an order of magnitude” in just a few years—which means that technologies are developed without any taxpayer dollars.

    Companies are looking at what the Pentagon is buying “besides ships, tanks, and planes,” Brown said. “We need ships, tanks, and planes, but we also, what we’ve seen in Ukraine, we need other things. We need space-based sensors… we need autonomous systems.”

    The extra venture capital has allowed more companies to compete in areas like the rocket motor industrial base, Cadenazzi said, alluding to the Pentagon’s Jan. 13 announcement that it would invest $1 billion in L3Harris’s new rocket motor business.

    More companies in the space is a good thing, Brown said, because “a lot of things get solved when there’s more competition.”

    And that competition does not necessarily need to stay within U.S. borders. Working more closely with allies and partners, and establishing manufacturing and maintenance facilities forward, is also necessary to produce “expeditionary manufacturing resilience,” Cadenazzi said.

    “I can imagine a diffuse system that can produce parts and even complete systems like drones locally, offering new options for sustained operation,” he said. “And the beauty of a distributed, decentralized system is that innovation ensues.”

    “Often we hear about how large China’s manufacturing capacity is. Creating a distributed and decentralized on-demand capability will help close gaps in ways they don’t yet anticipate.”

    Heather Fortuna Bush, senior vice president and leader of Indo-Pacific businesses for Booz Allen, told Defense One the reforms take “an agile mindset: If you’re going to fail, fail fast, but innovate. Don’t be afraid of failure. And you don’t have to be perfect. You have to be good enough.”  

    It’s a concept Fortuna Bush appreciates. “The desire to enable acquisition at the speed of warfare and not be crippled at times, or have the bureaucracy slow down the ability to procure what is needed to advance the fight, she said. “And also the opening up of the window so that all of industry can participate. That’s something we’re really passionate about, too.”

    The idea of overhauling the Pentagon’s acquisition process is not new. But Cadenazzi said the difference now is that the current administration is actually doing it—with strong support from the White House and Capitol Hill.

    “There’s commitment from the leadership, from the president down,” he said. “The idea of defense manufacturing is a topic that’s active in the White House. We’re getting calls from the [National Security Council]… There’s a new focus from Secretary [Pete] Hegseth on down, to go ahead and do this.”

    The level of attention and expertise brought to the issue “has provided new energy,” he said, but the “geopolitical situation in the Pacific, but also elsewhere, other events happening in Europe and the Middle East have highlighted the gaps we have.”

    Brown agreed.

    “I have to give this administration credit,” he said. “We’ve never had alignment like we’ve had now…the president, I mean, he writes a lot of [executive orders], but there’s been four on defense acquisition. I mean, we haven’t had a president that’s shown any interest in that topic, probably since Eisenhower.”

    Steve Escaravage, defense technology group president for Booz Allen, said he appreciates the “top-down direction” of the reforms and the clear prioritization of changes, “but then, actually, the follow through is the thing that I think has been most impressive, of putting the new policy and the new priorities into action.”

    ]]>

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

  • Anybody need a towed sonar array? Thales has been brainstorming how to repurpose some that were designed for the U.S. Navy, but the service canceled the frigate that was supposed to tow them. It’s a situation that could befall other defense companies as Pentagon leaders urge nimble acquisition and insist that suppliers take on more risk.

    Thales delivered two Compact Active Towed Array Systems to Fincantieri before the Constellation-class program was suddenly axed in November. The systems are now stored in warehouses, and parts for four more are on standby, Tony Lengerich, vice president for naval programs at U.S.-based Thales Defense & Security, told Defense One.

    Lengerich says the sensor system—already installed on 50 NATO-member ships—could be attached to drone boats controlled by a “joystick and a button.” The company is working with companies competing for the Navy’s fast-attack USV program, Modular Attack Surface Craft, to bring the idea to bear. 

    “We've already demonstrated the capability to put it at sea on a not-gray-hulled vessel,” said Lengerich, a retired rear admiral and surface warfare officer. “We could do this tomorrow. This is not something new.”

    It’s an example of how defense companies are handling pressure from the White House, and Pentagon, to take on more risk and self-fund new technology needed for war.

    “Overall, the big theme for what we've been trying to interest the Navy in follows the Navy's operational concept of Distributed Maritime Operations,” Lengerich said. “In an anti-submarine warfare context, you also need to distribute sensors that would find submarines and detect them early.” 

    Since there’s arguably an operational need, let’s see if the Navy likes the idea of putting them on USVs—or maybe even the new frigates.

    Welcome

    You’ve reached the Defense Business Brief, where we dig into what the Pentagon buys, who they’re buying from, and why. Send along your tips, feedback, and rooftop recommendations to lwilliams@defenseone.com. Check out the Defense Business Brief archive here, and tell your friends and foes to subscribe!

    CEO 1:1

    I caught up with Leonardo DRS CEO John Baylouny last week on the sidelines of the Surface Navy Association’s national symposium. Here’s a quick Q&A with him, edited for clarity and length:   

    How are you adapting to White House and Pentagon policy changes?

    • The future of defense really has to do with how fast we change, how fast we adapt. A lot of people look at [the war in] Ukraine and say, ‘what are the lessons from Ukraine?’ That it's drones. I look at it differently. I think that the change is really how quickly they adapt. And drones [are] a tool, but I think it's important to realize that speed is really important here. So I think [Defense Secretary Pete Hegseth] has this right: We've got to move faster because deterrence is really about how fast we move. 

    Golden Fleet thoughts?

    • We are going to need multiple, different kinds of ships. Whether it's a battleship or a destroyer, or a series of medium USVs or small USVs—we're going to have to have that full spectrum. So, focusing on the ability to develop a new ship class, I think, is spot on. I would suggest, though, however, that the nation approach this from a flexible standpoint. That, rather than building a destroyer or a battleship, we say, ‘let's build an architecture that's adaptable.’ 
    • Look at what's happening in the automotive industry. You look at Toyota, you look at Ford, [many of] the cars that come off those lines are built off the same chassis. Let's build a chassis, for lack of a better term, architecture that's adaptable to a battleship or destroyer or a frigate, or a medium USV, or even smaller.
    • We've designed and manufactured and tested the Columbia-class propulsion system components. It turns out that that propulsion system is adaptable [that] way. If you want to build an architecture for a new ship class, or new ship classes, make it full electric, so that now you have the flexibility of pushing energy to the sensors or to the weapons…perhaps the AI infrastructure.

    What’s in store for 2026?

    • You're going to see us moving more and more into autonomous platforms. You'll see us move into USVs, for instance. We put a USV into the water last year that had a counter-UAS mission equipment package—you'll see more of that in ‘26. 
    • You're also going to see [us], as we progress our software capability…bring all these sensors together. We've got infrared cameras, electro-optic cameras, radars, passive [radio frequency] sensing. We've got lasers…Now, we pulled together a software operating system we called SAGEcore…and that pulls all of these [sensor] data together and makes sense out of it. You're going to see more use of that. 
    • One step further, we also put a payload into space late last year. That payload has a software-defined radio in it, so we can talk on, on any waveform that we like, sort of a software-defined [cryptography] that we actually put on that payload. So we now have the ability to encrypt and decrypt in space. 

    What about cloud computing and AI on ships?

    • We found that there's just not enough cooling on board these ships for that capability. And so we've invested money in another cooling technique for immersion cooling. All of these things, I think, are elements of a future ship. It's an electric infrastructure that allows flexibility of where the power goes. It's got modern sensors, modern weapons, a modern cloud computing infrastructure, and adaptability to different ship classes.
    ]]>

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

  • Lawmakers are done asking how the Pentagon is spending $23 billion allocated for the Golden Dome missile-defense program. Now they’re writing their queries into law.

    In the annual defense appropriations bill on Tuesday, House and Senate appropriators wrote that while they “support the operational objectives of Golden Dome for national security,” but criticized the Defense Department’s “decision to date not to provide complete budgetary details and justification of the $23,000,000,000 in mandatory funding” provided by the reconciliation bill passed this summer. 

    “Due to insufficient budgetary information, the House and Senate Defense Appropriations Subcommittees were unable to effectively assess resources available to specific program elements and to conduct oversight of planned programs and projects for fiscal year 2026 Golden Dome efforts in consideration of the final agreement,” appropriators wrote.

    The criticism, tucked into a four-bill package that included the annual defense appropriations bill on Tuesday, marks Congress’ latest concern over secrecy and spending on the missile defense initiative. Lawmakers said they haven’t received a master deployment schedule, cost schedule, performance metrics, or a finalized system architecture for the project.

    The bill needs approval by both houses and the president’s signature to become law. If passed, it would require the Defense Secretary Pete Hegseth and Space Force Gen. Michael Guetlein, the Golden Dome director, to provide a detailed breakdown within two months showing how the discretionary and mandatory funds are used for the initiative through 2027.

    Starting in 2028, the Pentagon comptroller would be required to submit a separate budget justification volume annually detailing program descriptions, justifications, and requested funding for the initiative, according to the joint explanatory statement accompanying the bill.

    Space and defense budget experts say the bill’s provision illustrates how lawmakers have been kept in the dark on Golden Dome and want answers.

    “The fact that Congress is asking about this makes me think that even though you've seen DoD officials saying that they've been briefing Congress, they clearly have not,” said Victoria Samson, the chief director of space, security and stability for the Secure World Foundation. “Because otherwise they wouldn’t be asking for this.”

    The provision would also require Guetlein to provide quarterly updates to congressional defense committees “detailing budget execution and the status of ongoing Golden Dome activities to achieve initial operational capability by 2028,” the appropriators wrote.

    Golden Dome’s architecture—pitched by Trump and Hegseth as an ambitious defense system which can counter ICBMs, hypersonic missiles, and drones—has not been made public. The provision included in the appropriations bill would offer some transparency, and requires the project’s mandatory congressional reports to be “submitted in unclassified form” but added they may include a classified annex.

    “Golden Dome, in particular, has been weirdly classified, and that's a huge priority for this administration,” Samson said. “I think it's encouraging that Congress is saying ‘look if you want all this, you need to be able to have an open discussion about what it is and what you're trying to accomplish.’”

    The Missile Defense Agency, through its SHIELD contract vehicle, has cast a wide net to recruit  defense firms for work on Golden Dome. So far, 2,440 applicants have been approved out of an original pool of 2,463 hoping to bid for the project. 

    ]]>

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

  • As many as 3,136 individual IP addresses linked to likely targets of the Contagious Interview activity have been identified, with the campaign claiming 20 potential victim organizations spanning artificial intelligence (AI), cryptocurrency, financial services, IT services, marketing, and software development sectors in Europe, South Asia, the Middle East, and Central America. The new findings

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

  • U.S. President Donald Trump seems fixated on seizing Greenland, and propagated messages to that effect both before and after traveling to an annual economic summit in Europe on Tuesday. At 1 a.m. ET, he was posting cartoons on social media showing him planting a flag on the Danish island, which the illustration claimed was now American as of this year. The next morning, he was complaining to Europe about the U.S. stock market while repeatedly confusing the islands of Iceland and Greenland. 

    Trump reiterated his ambition of taking Greenland during remarks to reporters Tuesday at the White House, declaring, “We need it for security purposes. We need it for national security and world security, it's very important.” A reporter later asked the president, “Greenlanders have made it clear, they don't want to be part of the U.S. What gives the U.S. the right to take away that self-determination?” Trump replied, “Well, I haven't—I haven't spoken—when I speak to them, I'm sure they'll be thrilled.”

    But in Switzerland, one Danish parliamentarian broke with decorum Tuesday to send a message in response directly to Trump. “Let me put this in words you might understand: Mr. President, fuck off,” Anders Vistisen said at the World Economic Forum in Davos. He was later scolded for his colorful language. 

    In Davos Wednesday, Trump declared of Greenland, “That’s our territory,” telling his European audience, “This enormous unsecured island is actually part of North America.” Later, he added, “When America booms, the whole world booms.” 

    He told the crowd, “I won't use force” to take Greenland. “We probably won't get anything unless I decide to use excessive strength and force where we would be, frankly, unstoppable. But I won't do that.” 

    “I don't have to use force. I don't want to use force. I won't use force,” Trump said, adding at a press conference later, “All we're asking for is to get Greenland, including right, title, and ownership.” 

    He also appeared to threaten Denmark and Greenlanders with retaliation for failure to comply. “So we want a piece of ice for world protection. And they won't give it. They have a choice. You can say yes and we will be very appreciative, or you can say no and we will remember,” the president said. 

    When it comes to the U.S.-led NATO alliance, “no nation or group of nations is in any position to be able to secure Greenland other than the United States,” said Trump. He also told the audience at Davos, “Without us, right now you’d all be speaking German”—the actual main language of Switzerland. “Until the last few days when I told [NATO] about Iceland, they loved me. They called me daddy,” said the U.S. president, mixing up Greenland and Iceland once more. 

    Alliance forecast: “The next major security-related events are a NATO Defense Ministers Conference in Brussels on Feb. 12, then the Munich Security Conference” the next day, analyst Byron Callan of Capital Alpha Partners said Wednesday. NATO has also scheduled an exercise in northern Norway in mid-March, and 3,000 U.S. Marines are expected to attend. “If that exercise is cancelled, it could underscore deeper alliance strains and/or signal preparation for some sort of action,” he writes. 

    Odds on Trump acquiring Greenland? Callan says he has a “40% conviction that Trump escalates [his verbal] threats, Europe responds, and then Trump backs down.” However, things could get much worse. Callan offered up a “35% conviction that the U.S. claims Greenland after reinforcing [its military base at] Pituffik (Thule),” after which “Denmark invokes Article 5, NATO is over, and the U.S. presence would then be settled by the 2026 or 2028 election.” Otherwise, he gives the odds Denmark agrees to sell Greenland to the U.S. at only 5%. 

    “Our core belief is that Trump simply wants Greenland to enlarge the size of the U.S.,” Callan says. “We don’t believe his posturing is to extract some sort of yet-to-be-unveiled economic or security deal with Denmark over Greenland. Greenland’s security is already covered by NATO.” 

    And in case you’re wondering: “The notion that China or Russia could seize it is ludicrous, in our opinion,” Callan writes. 

    Trump also got around to mentioning the Golden Dome missile defense system again Wednesday in Davos. “The Golden Dome is going to be defending Canada. Canada gets a lot of freebies from us, by the way,” Trump said. “They should be grateful but they're not. I watched your prime minister yesterday. He wasn't so grateful. But they should be grateful to us. Canada. Canada lives because of the United States. Remember that, Mark, next time you make your statements.”

    About those remarks from Canada’s leader: “Let me be direct. We are in the midst of a rupture, not a transition,” Prime Minister Mark Carney said in Davos on Tuesday. “We knew the story of the international rules-based order was partially false—that the strongest would exempt themselves when convenient…This fiction was useful, and American hegemony, in particular, helped provide public goods, open sea lanes, a stable financial system, collective security and support for frameworks for resolving disputes.” But now, he said, “This bargain no longer works.” 

    “But let's be clear eyed about where this leads. A world of fortresses will be poorer, more fragile and less sustainable,” Carney said. “And there is another truth. If great powers abandon even the pretense of rules and values for the unhindered pursuit of their power and interests, the gains from transactionalism will become harder to replicate.”

    “On Arctic sovereignty, we stand firmly with Greenland and Denmark, and fully support their unique right to determine Greenland's future,” he announced, and added, “Canada strongly opposes tariffs over Greenland and calls for focused talks to achieve our shared objectives of security and prosperity in the Arctic.” Read over his remarks in full, here

    Additional reading: 

    Dive deeper: For several years, Trump donors have publicly discussed plans to profit from Greenland’s mineral deposits to build private cities governed by their own laws. Many developing these plans have enormous wealth generated from Silicon Valley. That includes Peter Thiel, Sam Altman and Palantir’s Joe Lonsdale. And all of them are friends with Trump’s ambassador to Denmark, Ken Howery. The group also includes Praxis co-founder Dryden Brown, a college dropout who was fired from his last hedge fund job. He now plans to recreate Mars here on planet Earth and in Greenland, specifically, as TechCrunch reported in November 2024. 

    “We must build a prototype of Terminus on Earth before departing for Mars,” Brown explained on Twitter. “I believe Greenland is the place,” he said, and tagged Elon Musk directly before referring to this approach as “A New Monroe Doctrine,” which he says presents an “opportunity to ring in a new age of expansion.” Beside his job title in his social media bio reads just one line: “Rome will still stand at the end.” 

    The idea is to build a post-democratic—and essentially outlaw—“network state,” which is an idea centered around cryptocurrency and popular among wealthy male Silicon Valley entrepreneurs, a class some have referred to as a new “broligarchy.” Plans for these private cities have been floated or are already under development for several locations worldwide, including Honduras, Nigeria, the Marshall Islands, and Panama. The idea is often traced back to the former technology officer of Coinbase Balaji Srinivasan, who says he was motivated by Israel. And as a result, “What I’m really calling for is something like tech Zionism—when a community forms online and then gathers in physical space to form a ‘reverse diaspora.’”

    As Dryden Brown described its potential application in Greenland, “With the ability to create laws and regulations, we could actually experiment with terraforming: for example, we could reflect more sunlight on the frozen terrain, and lengthen winter days. We can create rain when needed in the summer. And more. In a more hospitable climate, we could build a vast industrial base powered by nuclear, using locally-sourced Uranium.”

    Others with investments eyeing Greenland include Mark Zuckerberg, Marc Andreessen, Jeff Bezos and Bill Gates, who have thrown money into a company known as KoBold Metals, which uses artificial intelligence to scour government-funded geological surveys in search of rare earth minerals, as Reuters reported four years ago. Those algorithms have zeroed in on southwest Greenland in a quest for nickel, copper, cobalt and possibly lithium. Geologists had already known for decades that uranium deposits can be found in numerous locations across Greenland, as the Center for Strategic and International Studies pointed out in a new report just two weeks ago. 

    “The entire island, three times the size of Texas, has only 93 miles of road,” CSIS reminded readers in that report. “Furthermore, Greenland has only 16 ports, each with only limited capacity,” which means “Significant investment in energy transmission and capacity will be a necessity for any mining operation,” Meredith Schwartz and Gracelin Baskaran write for CSIS. 

    Another Greenland angle that is likely on Trump’s mind: The island may contain one of the world’s largest reserves of oil and gas, according to findings from a 2008 U.S. Geological Survey. One big obstacle: Regulations put in place by the Greenlanders who call the island home. Either seizing the island or essentially buying off its residents, as one recently-floated White House plan suggested, are a few possible ways around those obstacles. 

    Advice from researchers at CSIS: Buying or invading Greenland is not the best way forward for long-term U.S. interests. Or as Schwartz and Baskaran put it, “The United States has a significant opportunity to deepen strategic ties with Greenland, not through direct purchase or military intervention, but through coordinated investment…While Greenland’s mining future faces steep logistical and political challenges, a targeted and respectful U.S. strategy could help ensure that Greenland becomes not just a mineral supplier, but a trusted Arctic partner.” Read more, here


    Welcome to this Wednesday edition of The D Brief, a newsletter focused on developments affecting the future of U.S. national security, brought to you by Ben Watson with Bradley Peniston. It’s more important than ever to stay informed, so we’d like to take a moment to thank you for reading. Share your tips and feedback here. And if you’re not already subscribed, you can do that here. On this day in 1903, Congress passed the Militia Act, essentially creating the modern National Guard.

    Around the Defense Department

    Shutdown odds plunge after Congress clinches $1.2 trillion spending deal. If the full Congress approves, the Defense Department would get $838.7 billion, a sub-1% increase, for the fiscal year that began 112 days ago. Read more from Government Executive, here.

    Lawmakers bucks Pentagon by reviving Navy’s future fighter-jet effort. While the F/A-XX program was slated to get just $74 million by the National Defense Authorization Act signed into law last month, appropriators moved to give it another $897 million in a four-bill package, including the annual defense appropriations bill, on Tuesday. Appropriators lashed out at DOD’s decision to concentrate on the Air Force’s F-47 and slow-walk the Navy’s sixth-gen fighter effort—and demanded a 45-day report on timeline, budget, and development plans. Defense One’s Thomas Novelly reports, here

    Read more about that defense budget via Breaking Defense, here.

    Defense tech

    How AI companies joined the Pentagon. “At the start of 2024, Anthropic, Google, Meta, and OpenAI were united against military use of their AI tools. But over the next 12 months, something changed,” WIRED writes, excerpting Silicon Empires: The Fight for the Future of AI, a new book by Nick Srnicek, lecturer at King's College London. 

    It’s largely about getting the funds to win market share, Srnicek reports, but AI companies have also appropriated national-security talking points. “Rhetoric about the threat of Chinese competition has been weaponized by a number of tech companies to resist regulation. And the major AI startups have also recently begun pushing the narrative of a zero-sum struggle between the US and China,” Srnicek writes. Read on, here.

    Related:

    And ICYMI: Trump's rush to build nuclear reactors across the U.S. raises safety worries,” NPR’s Geoff Brumfiel reported last month. 

    One chief example: Another startup leveraging Silicon Valley money—including Palmer Luckey and a former officer at Palantir—thinks it can build a 100-kw nuclear reactor by July 4. The company was founded by a self-described high-school dropout from Kentucky, and it broke ground on its nuclear project in Utah this past September. 

    It’s called Valar Atomics—which, like Palantir and Anduril, is another defense-focused Silicon Valley reference to “Lord of the Rings” mythology—and they’re looking to capitalize on the data-center building boom linked to the enormous AI spending that’s largely propping up the U.S. economy during Trump’s second term. Valar is now part of a pilot program from the Energy Department, which is seeking to acquire self-sustaining nuclear reactors by the country’s 250th birthday this summer. 

    The company is already trying to build a nuclear reactor “in the Philippines to avoid the regulatory delays of being licensed by the U.S. Nuclear Regulatory Commission,” according to the Utah News Dispatch, reporting last July. They also joined a lawsuit against the Nuclear Regulatory Commission to drop safety requirements for testing, claiming “its technology was so safe that a person could hold the spent nuclear fuel from its reactor in their hand and get the same amount of radiation as one would expect from a hospital CT scan.” 

    However, when an actual nuclear engineer assessed their claim and its data, “he saw that holding Valar’s spent fuel would result in a fatal dose in 90 seconds. Another nuclear engineer used a more advanced calculation method to argue the fatal dose would actually be as fast as 85 milliseconds.” Read more at the Utah News Dispatch, here

    Additional reading: US science after a year of Trump: what has been lost and what remains,” which is an illuminating multimedia feature published Tuesday in Nature using grant data and personnel terminations. There is perhaps no chart that more starkly shows the year-over-year changes to the federal science workforce than this graphic from that new report.

    ]]>

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

  • Boston, MA, USA, January 21st, 2026, CyberNewsWire Reflectiz today announced the release of its 2026 State of Web Exposure Research, revealing a sharp escalation in client‑side risk across global websites, driven primarily by third‑party applications, marketing tools, and unmanaged digital integrations. According to the new analysis of 4,700 leading websites, 64% of third‑party applications now […]

    The post New Research Exposes Critical Gap: 64% of Third-Party Applications Access Sensitive Data Without Authorization appeared first on GBHackers Security | #1 Globally Trusted Cyber Security News Platform.

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

  • Zoom and GitLab have released security updates to resolve a number of security vulnerabilities that could result in denial-of-service (DoS) and remote code execution. The most severe of the lot is a critical security flaw impacting Zoom Node Multimedia Routers (MMRs) that could permit a meeting participant to conduct remote code execution attacks. The vulnerability, tracked as CVE-2026-22844

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

  • This week in cybersecurity from the editors at Cybercrime Magazine

    Sausalito, Calif. – Jan. 21, 2026

    Read the full story in The CTO Club

    With new cyber vulnerabilities emerging daily, it’s not enough to rely solely on the tools at hand—keeping your team informed and prepared is essential. So, Katie Sanders, executive editor at The CTO Club compiled the must-subscribe cybersecurity newsletters for 2026 that will help your team stay informed on the latest threats and best practices.

    Whether you’re grappling with ransomware attacks, phishing threats, or the challenge of securing your cloud infrastructure, these 17 cybersecurity newsletters, provide a reliable stream of knowledge, according to Sanders.

    The shortlist includes five of our favorites:

    1. SANS for cybersecurity training

    2. The Hacker News for breaking security news

    3. Sophos for enterprise security news

    4. Schneier on Security for security expert insights

    5. Cybercrime Magazine for cybercrime trends (by us!)

    If you wake up and can’t remember where to go for your daily dose of hacking, privacy and security, then type CybersecurityNewsletter.com into your browser and you’ll wind up on Page ONE for Cybersecurity.

    Read the Full Story



    Cybercrime Magazine is Page ONE for Cybersecurity. Go to any of our sections to read the latest:

    • SCAM. The latest schemes, frauds, and social engineering attacks being launched on consumers globally.
    • NEWS. Breaking coverage on cyberattacks and data breaches, and the most recent privacy and security stories.
    • HACK. Another organization gets hacked every day. We tell you who, what, where, when, and why.
    • VC. Cybersecurity venture capital deal flow with the latest investment activity from various sources around the world.
    • M&A. Cybersecurity mergers and acquisitions including big tech, pure cyber, product vendors and professional services.
    • BLOG. What’s happening at Cybercrime Magazine. Plus the stories that don’t make headlines (but maybe they should).
    • PRESS. Cybersecurity industry news and press releases in real time from the editors at Business Wire.
    • PODCAST. New episodes daily on the Cybercrime Magazine Podcast feature victims, law enforcement, vendors, and cybersecurity experts.
    • RADIO. Tune into WCYB Digital Radio at Cybercrime.Radio, the first and only round-the-clock internet radio station devoted to cybersecurity.

    Contact us to send story tips, feedback and suggestions, and for sponsorship opportunities and custom media productions.

    The post Best Cybersecurity Newsletters Shortlist For 2026 appeared first on Cybercrime Magazine.

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶

    ¶¶¶¶¶