OpenAI has reached an agreement with the Defense Department to deploy its models in the agency’s network, company chief Sam Altman has revealed on X. In his post, he said two of OpenAI’s most important safety principles are “prohibitions on domestic mass surveillance and human responsibility for the use of force, including for autonomous weapon systems.” Altman claimed the company put those principles in its agreement with the agency, which he called by the government’s preferred name of Department of War (DoW), and that it had agreed to honor them.

The agency has closed the deal with OpenAI, shortly after President Donald Trump ordered all government agencies to stop using Claude and any other Anthropic services. If you’ll recall, US Defense Secretary Pete Hegseth previously threatened to label Anthropic “supply chain risk” if it continues refusing to remove the guardrails on its AI, which are preventing the technology to be used for mass surveillance against Americans and in fully autonomous weapons.

It’s unclear why the government agreed to team up with OpenAI if its models also have the same guardrails, but Altman said it’s asking the government to offer the same terms to all the AI companies it works with. Jeremy Lewin, the Senior Official Under Secretary for Foreign Assistance, Humanitarian Affairs, and Religious Freedom, said on X that DoW “references certain existing legal authorities and includes certain mutually agreed upon safety mechanisms” in its contracts. Both OpenAI and xAI, which had also previously signed a deal to deploy Grok in the DoW’s classified systems, agreed to those terms. He said it was the same “compromise that Anthropic was offered, and rejected.”

Anthropic, which started working with the US government in 2024, refused to bow down to Hegseth. In its latest statement, published just hours before Altman announced OpenAI’s agreement, it repeated its stance. “No amount of intimidation or punishment from the Department of War will change our position on mass domestic surveillance or fully autonomous weapons,” Anthropic wrote. “We will challenge any supply chain risk designation in court.”

Altman added in his post on X that OpenAI will build technical safeguards to ensure the company’s models behave as they should, claiming that’s also what the DoW wanted. It’s sending engineers to work with the agency to “ensure [its models’] safety,” and it will only deploy on cloud networks. As The New York Times notes, OpenAI is not yet on Amazon cloud, which the government uses. But that could change soon, as company has also just announced forming a partnership with Amazon to run its models on Amazon Web Services (AWS) for enterprise customers.

The NASDAQ-listed company can access discretionary funds through a 36-month agreement with New Jersey’s Yorkville Advisors.

Irish health diagnostic solutions company Trinity Biotech has secured new funding of up to $25m through a standby equity purchase agreement (SEPA), with proceeds going towards R&D programmes and commercialisation initiatives.

The SEPA deal in conjunction with Yorkville Advisors – based in New Jersey, US – gives Trinity Biotech the option, but with no obligation, to sell up to $25m of newly issued American depositary shares to Yorkville at its discretion over a period of up to 36 months.

John Gillard, Trinity Biotech president and CEO, said: “Our key strategic objectives at Trinity Biotech are to grow our existing business profitably and to advance our exciting innovation agenda, including our flagship development CGM+.”

CGM+ is the company’s new continuous glucose monitoring platform, currently in the later stages of device development, which uses a “proprietary needle-free glucose sensor” that eliminates the need for “finger-stick calibration” by users, the company said.

“This financing agreement provides us with significant additional capability to progress these objectives,” Gillard added.

NASDAQ-listed Trinity Biotech, based in Bray, Co Wicklow, is a commercial stage biotech company focused on diabetes management solutions and human diagnostics, including wearable biosensors. It sells direct in the US and through a network of distributors and partners in more than 75 countries.

The company reported revenues of $48.6m over a trailing 12-month period ended September 30 2025, and said it expects continued operational and financial progress into 2026, based in significant part on it catering to continued global demand for HIV testing provisions.

Innovations currently in development at Trinity Biotech include a cancer monitoring technology and a biomarker-based bioinformatics diagnostic platform.

In April 2023, Trinity Biotech agreed to sell its life sciences supply business to Switzerland’s Biosynth for $30m. A year earlier, a $45m investment in the Trinity Biotech from South Korea’s MiCo saw it take a 29.9pc share of the Irish company.

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Microsoft is rolling out new Windows 11 Insider Preview builds that improve security and performance during batch file or CMD script execution.

As Microsoft explained today, IT administrators can now enable a more secure processing mode that prevents batch files from being modified while they run by adding the LockBatchFilesInUse registry value under HKEY_LOCAL_MACHINE\Software\Microsoft\Command Processor.

Policy authors can also enable this mode using the LockBatchFilesWhenInUse application manifest control.

This change is designed to boost performance and security in enterprise environments where admins rely heavily on scripted workflows.

“We are giving administrators and Application Control for Business policy authors additional controls over the processing of batch files and CMD scripts. Starting with this release, administrators may enable a more secure mode for processing batch files that ensures they do not change during execution,” the Windows Insider team said.

“This enhances the performance and security of batch file processing when code integrity is enabled, as signature validation will only be required to be performed a single time, instead of per statement executed in the batch file.”

With today’s Windows Insider builds, Microsoft has also improved the Shared audio feature, introduced in October, which allows sharing audio between two headphones, speakers, earbuds, or hearing aids.

Previously, volume adjustments affected both users equally, but the new update adds individual volume sliders for each listener and device. A new taskbar indicator also appears during active sharing sessions to provide a visual reminder and a one-click shortcut to sharing settings.

The compatible device lineup has also expanded to include more Bluetooth LE Audio accessories, with the Samsung Galaxy Buds 4 and Buds 4 Pro, Sony WF-1000XM6, and Xbox Wireless Headset now also supporting the feature.

These new capabilities are rolling out to Windows Insiders in the Beta and Dev channels who have installed Windows 11 Preview Build 26220.7934 (KB5077242) and Windows 11 Preview Build 26300.7939 (KB5077243), respectively.

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Sodium Chloride has a melting point of 801 C (1,474 F), putting it comfortably between commonly-cast materials like aluminum and bronze. Which led to [Robinson Foundry] asking the question: can you cast salt like a metal? The answer, surprisingly, was yes!

[Robinson] tries casting the salt with two different methods: like it was glass, and like it was metal. In the glass-like casting, he packs a ceramic mold with salt and tosses it into an electric kiln, there to melt and very slowly cool. In metal-like casting, he just tosses salt into a crucible and melts it in the same beer-can kiln we saw when we featured his lost-pla casting a while back. The molten salt is poured very carefully into sand casting molds. If you’re familiar with the technique, you can skip to about 5:20 when he does the reveal.

As it turns out, the sand casting works out much better. While the glass-style casting in the electric kiln grew much larger crystals and so is more translucent, it’s also stuck completely inside the porous ceramic. Perhaps the ceramic would need glazed to pull off that technique?

On the other hand, the sand reacts with the salt in some way– molten salt isn’t exactly a noble gas, after all–to create a lovely gunmetal finish to the parts. They almost look like metal, though the brittleness gives away the game when he opens the mold to show a dagger in several pieces. For the decorative busts and megalodon teeth in the test, though, it is a great success.

Now, we’re not going to say this video came about because of high metal prices, or comment on what sort of trade policies might be driving up the price of metals like aluminum in the USA, but we do think this a great hack. While salt-based castings are obviously going to have very different physical properties than metal, for decorative work, it creates a lovely finish out of a material that’s cheap as dirt. Hopefully he comes back to the glass-style casting; we would not want to trust that black coating around food, and a salt crystal salt shaker sounds too good to pass up.

The only times we’ve seen molten salt around here is in nuclear reactors, and in homemade batteries, though that first one obviously wasn’t table salt.

There have been skirmishes in the desert nations and a plethora of small stage races on the Iberian Peninsula but this is where the warm-up ends and proper racing begins. This is Belgium, and this is the opening weekend.

Read on and we’ll show you how to watch a 2026 Omloop Nieuwsblad live stream from anywhere with a VPN, and potentially for FREE.

2026 Omloop Nieuwsblad event preview

Google and other browser makers require that all TLS certificates be published in public transparency logs, which are append-only distributed ledgers. Website owners can then check the logs in real time to ensure that no rogue certificates have been issued for the domains they use. The transparency programs were implemented in response to the 2011 hack of Netherlands-based DigiNotar, which allowed the minting of 500 counterfeit certificates for Google and other websites, some of which were used to spy on web users in Iran.

Once viable, Shor’s algorithm could be used to forge classical encryption signatures and break classical encryption public keys of the certificate logs. Ultimately, an attacker could forge signed certificate timestamps used to prove to a browser or operating system that a certificate has been registered when it hasn’t.

To rule out this possibility, Google is adding cryptographic material from quantum-resistant algorithms such as ML-DSA. This addition would allow forgeries only if an attacker were to break both classical and post-quantum encryption. The new regime is part of what Google is calling the quantum-resistant root store, which will complement the Chrome Root Store the company formed in 2022.

The MTCs use Merkle Trees to provide quantum-resistant assurances that a certificate has been published without having to add most of the lengthy keys and hashes. Using other techniques to reduce the data sizes, the MTCs will be roughly the same 64-byte length they are now, Westerbaan said.

The new system has already been implemented in Chrome. For the time being, Cloudflare is enrolling roughly 1,000 TLS certificates to test how well the MTCs work. For now, Cloudflare is generating the distributed ledger. The plan is for CAs to eventually fill that role. The Internet Engineering Task Force standards body has recently formed a working group called the PKI, Logs, And Tree Signatures, which is coordinating with other key players to develop a long-term solution.

“We view the adoption of MTCs and a quantum-resistant root store as a critical opportunity to ensure the robustness of the foundation of today’s ecosystem,” Google’s Friday blog post said. “By designing for the specific demands of a modern, agile internet, we can accelerate the adoption of post-quantum resilience for all web users.”

Following the company’s expansion of its X-series lineup in the past few months, Vivo is now gearing up to launch the Vivo X300 FE and Vivo X300 Ultra. The X300 FE has been reported to have obtained certifications from IMDA and TUV, indicating that the handset is close to release in the market. On the other hand, the X300 Ultra is expected to come with a dual lens teleconverter kit.

Vivo X300 FE

Vivo’s upcoming X300 FE, with model number V2537, has appeared on IMDA and TUV certification websites. The TUV listing suggests the phone may support 90W wired fast charging. On the other hand, the IMDA certification confirms that the device will come with 5G, Wi-Fi, Bluetooth, and NFC connectivity. Since devices typically receive these certifications close to launch, the X300 FE’s debut could be just around the corner.

The Vivo X300 FE is looking like a compact flagship with punch. It will be powered by the Snapdragon 8 Gen 5, accompanied by LPDDR5X RAM and UFS 4.1 storage. The phone may feature a 6.31-inch OLED display with a 120Hz refresh rate for smoother and clearer visuals.

Despite the smartphone being compact, the battery appears quite large, measuring around 6,500mAh, and may include silicon-carbon technology to enhance battery life. As far as the camera is concerned, there are rumors of a triple camera system, which will include a 50MP primary sensor, a 50MP periscope telephoto lens, and an ultra-wide lens. The front camera may benefit from a 50MP sensor optimized by ZEISS. The phone is also expected to come with IP68/IP69 ratings and a high-quality glass and metal body.

Vivo X300 Ultra

According to recent rumors, the Vivo X300 Ultra could introduce a dual-lens external teleconverter kit for better zoom photography. The setup may offer a 400mm fixed-focus lens and support 200mm focal-length shooting. Users would likely switch between the two options instead of using them together. Vivo builds the system on its V-mount platform to deliver a more professional optical zoom experience.

The Vivo X300 Ultra is looking like a real flagship, with the best hardware inside. The phone is expected to come with Snapdragon 8 Elite Gen 5, which will provide great gaming performance and multitasking capabilities. The camera system will include a dual-camera setup with two 200MP cameras from Sony and Samsung, along with a 5MP multispectral camera and a 50MP ultra-wide lens.

The camera system may include ZEISS T* coating and optical image stabilization to improve overall image quality. In terms of battery life, rumors suggest the phone will feature a massive 7,000mAh battery that supports 100W wired charging and 40W wireless charging. When combined with an IP69 rating and USB 3.2 support, this phone suddenly feels like a real flagship.