Two Times tech reporters and their editor talk about assessing the sky-high valuation of the rocket and satellite maker, the potential economic impact of its public debut and the role of the world’s richest man in it all.
Apple warned us this was coming, but macOS 27 will not support Intel at all. The company will deliver three more years of security updates for those devices, and you will still be able to use Rosetta to get Intel app binaries to run legacy apps on Apple Silicon. But if you still rely on any Intel apps or Macs, it really is time to plan your upgrade.
DDM becomes the present
It was the future once, but when it comes to Declarative Device Management (DDM) that future is now. Apple is removing all its legacy MDM mechanisms to replace them with DDM. “For IT admins, WWDC 2026 is a migration year,” wrote Fleet. “Apple is removing legacy MDM mechanisms and replacing them with Declarative Device Management (DDM). Some of it is urgent. Some of it just needs a plan.”
It’s a great step, though IT admins will need to ensure they aren’t relying on legacy MDM to handle any of their device fleets. That’s a particular issue around software and security update management. In most cases, your MDM provider has probably already introduced DDM support. But if you aren’t certain, now is the time to find out before your systems fail.
Apple has also added new DDM tools across various systems, apps, identities and more. Some of the highlights include:
VPN and Network configurations can be provisioned using DDM; they also become credential-reliant, which should make management more streamlined.
Apple Intelligence, Siri, and keyboard settings can also be configured via DDM, and admins can manage individual Apple Intelligence tools.
Web content filter and content caching both become controllable with DDM.
A new privacy key lets IT manage things like camera or microphone access.
Apple has added a device system health reporting function to verify that hardware components on iPhone and iPad are genuine.
IT will be able to detect whether a device is in Lockdown Mode.
“One of the new features I’m most excited about is the ability to set permission defaults for managed apps and websites viewed in Safari,” said Adam Henry, senior product manager at Iru. “While the user is still prompted to allow these permissions, we can now present those requests as a unified prompt immediately upon app launch, along with a custom explanation as to why those permissions are important — think a teleconferencing app or website that always needs access to camera and microphone.
“Overall, I think this is a much more user-friendly solution that will likely increase permission compliance.”
Siri and AI
Although, Apple has introduced new management tools for AI, it’s important to remember some advice from Joel Rennich, senior vice president for product management at JumpCloud: “Traditional IAM models assume users directly interact with applications, but agentic systems change that assumption. AI intermediaries can now retrieve data, execute workflows, and make decisions across systems. Enterprises will need identity frameworks that govern both human and non-human actors consistently.”
He also noted: “The separation between where data lives and where it is used becomes increasingly invisible to the user. Intent becomes the primary input, not app selection.”
At the same time, the evolution of AI on Apple’s devices promises a lot for enterprise users. Matt Vlasach, Jamf senior vice president, enterprise products and solutions engineering, told me: “Most notable for me was Siri AI and the push towards on-device and more capable models that can do more with user context. While obvious for consumer use cases as illustrated in the keynote, the opportunity to evolve this to the work context using a more advanced Apple Intelligence framework is an exciting evolution.”
Farewell AFP
Apple has finally eradicated Apple Filing Protocol (AFP) in macOS. This will be an issue for any business that uses legacy Time Capsule or NAS storage devices, though in most cases those products are already obsolete and should be replaced. This is unlikely to be a huge challenge for most, given that Apple began using SMB as its primary file sharing protocol back in 2013 and support for AFP server disappeared in 2020. (Time Capsule fans might want to take a look at the TimeCapsuleSMB open-source project.)
Hello AppleCare log collection
Apple will introduce a new remote log collection capability that integrates directly with the company’s support infrastructure. So, when AppleCare support engages with an organization’s IT team, they can provide an enhanced logging token which can be shared to get the device to collect diagnostic logs to upload to AppleCare. You just know this will expedite remedy.
Single Sign-On improvements
As I noted here, there are some significant Single Sign-On (SSO) updates; two that caught my eye include:
IT can now insist on biometric as well as password ID on managed devices.
Authenticated Guest Mode with Platform SSO allows users to quickly and securely login to a shared Mac in a temporary session.
Platform SSO on macOS 27 adds web-based authentication.
Network and more
Another change affects the system processes used in device management at a network level. Apple now requires that you use TLS 1.2 or later. If you or your MDM systems are not doing so, get ready for things to break. (Apple has published a support article to help IT test their network environments in preparation for this change.)
Apple also announced that IT admins will be able to purchase and manage app subscriptions directly in Apple School Manager and Apple Business Manager. And it introduced a managed migration feature that should help migrate data, while preserving device management enrollment and settings.
More information
I’ve really only offered a flavor of some of the IT improvements introduced at WWDC. To find out more, watch the Apple sessions on “What’s new in managing Apple devices” and take a look at the Apple Platform Deployment guide; it should be updated before the new operating systems ship this fall
O próximo processador de IA da Google terá uma arquitetura de fabrico dividida. A TSMC deverá produzir o núcleo computacional, cabendo à Samsung o fabrico do componente de interligação à memória. A Intel poderá também entrar na equação com a produção da TPU.
Elon Musk’s rocket company is spending big and losing money. That has raised questions about whether it can justify its valuation for its blockbuster initial public offering.
I have tested more portable MIDI controllers than I can keep track of, and I will tell you right now: 37 keys is the ideal size. While Arturia's 25-key MiniLab MK3 is a solid controller that easily fits in a backpack, it feels a bit claustrophobic. The new $149 MiniLab 37 adds another octave, giving you much more room to play bass and lead simultaneously, or just play more expansive chords.
Physically, the MiniLab 37 isn't very different from its smaller sibling. It's got the same solid (if slightly springy) keybed, eight pads, eight endless encoders, four faders, a pair of touch strips, USB-C, and a full-size five-pin MIDI DIN out on the b …
As co-chief executive of the start-up Prometheus, the Amazon founder is using A.I. to improve how devices ranging from computers to jet engines are made.
Researchers from the private nuclear fusion energy company Commonwealth Fusion Systems have published a series of papers that they claim confirm that their flagship ARC reactor will produce more usable energy than it consumes if built as designed.
Although the company projects it will deliver the first commercial fusion plants by the early 2030s, other researchers say there are remaining challenges to overcome, and won’t declare the ARC reactor successful until an operational version is constructed to validate the research team’s theoretical predictions.
ARC Fusion Reactor ‘Will Work’ When Built
Scientists have long dreamed of capturing the nuclear fusion reaction that fuels our Sun and using it to generate clean, renewable power. Private fusion firms like CFS have received nearly $10 billion in funding over the last decade alone.
The first laboratory “net-energy” controlled fusion reaction, which fusion scientists call “ignition,” didn’t occur until 2022, when physicists at the US National Ignition Facility in Livermore, California, successfully produced more energy than was used to generate the reaction. Although brief, that moment has fueled speculation that practical fusion energy generation may be right around the corner.
Now, the Commonwealth team, which includes 58 researchers from the company and partner institutes, has published scientific papers outlining the physics of their ARC reactor, including new models that they say account for the “expected behavior” of the superhot plasma at the heart of the design.
Brandon Sorbom, the company’s chief science officer, said that the published works “confirm that when we build the ARC fusion power plant, it will work”.
Company Claims ARC Will Produce 400 Megawatts of Net Electricity
After nearly a decade of research, CFS, founded in 2018, is currently preparing its prototype for a 2027 demonstration it calls ‘SPARC.’ The company said they expect that trial run, which will demonstrate their technology’s ability to generate more energy than it needs to heat the plasma, will help them fine-tune ARC’s final design.
A peek inside the Commonwealth Fusion Systems magnet production facility. Image Credit: CFS.
According to the Commonwealth-led team, ARC will generate more energy than is required to operate the entire facility, including plasma heating, resulting in a true net-positive power-generation facility. This includes producing approximately 400 megawatts of net electricity, which the team noted is enough to power 280,000 average US homes. For comparison, recent census data indicates that Boston, Massachusetts, near the company’s headquarters in Cambridge, has around 271,000 U.S. homes.
Like SPARC, the ARC reactor uses high-temperature superconducting magnets to compress the plasma, which remains suspended by the magnetic fields, preventing it from damaging the chamber walls and terminating any potential fusion reaction. Under this extreme pressure, the nuclei of heavy hydrogen trapped inside the chamber fuse to form helium, the same reaction that takes place inside the Sun.
This fusion reaction results in the release of energy, primarily high-speed neutrons. At its hottest, the donut-shaped ring of plasma reaches seven times the temperature of the Sun.
Critics Applaud Publication While Highlighting Unproven Concepts and Systems
Tony Roulstone, a nuclear engineer at the University of Cambridge, UK, conceded that the CFS team and its collaborating authors are “some of the best in the fusion business” and noted the company’s ARC reactor concept is the result of “good work over many years.” However, Roulstone also warned of the pressure on researchers in privately funded companies to “claim things before the evidence is fully in place.”
David Hammer, a nuclear engineer at Cornell University in Ithaca, New York, said it is a good sign that the team is publishing at a high volume, but also warned that published papers will not guarantee that the built device will work as intended.
Their modeling “has to be proven correct by a fusion reactor that works as designed”, he adds. If the firm can get SPARC operating successfully next year, “it will be an important step forward”, he says.
Hamner also noted that several of the design’s subsystems require further development before it can be declared complete. This includes addressing how plasma will behave in the real world when it becomes unstable versus its modeled behavior, proving out the process for extracting usable energy from the generated heat, and demonstrating that the reactor is robust enough to operate for long periods.
The scientists also noted the challenges in sourcing tritium, the isotopic fuel the reactor requires to operate. Although CFS has outlined its tritium generation process, Hamner noted that the series of published papers neither details the process nor demonstrates its viability.
“There are candidate blanket materials and blanket designs, but there are many engineering person-years needed” to bring a functional ARC-style plant to fruition, he explained.
“We certainly have to build more on top of that foundation laid out in these papers,” a company spokesperson said, adding that they will “be able to produce tritium for operations and for future power plants.”
Editor’s Note: This article was updated to correct a previous version that described neutrinos, rather than fast-neutrons, in the context of the reporting, and to clarify that the first achievement of a “net-energy” controlled fusion reaction (ignition) occurred in 2022.
Christopher Plain is a Science Fiction and Fantasy novelist and Head Science Writer at The Debrief. Follow and connect with him on X, learn about his books at plainfiction.com, or email him directly at christopher@thedebrief.org.
O Claude Fable 5 é a primeira versão pública da classe Mythos da Anthropic e supera todos os modelos anteriores em praticamente todos os benchmarks testados. Mas chegou ao mercado com salvaguardas tão conservadoras que perguntas básicas de biologia ativam o sistema de segurança.
Anthropic has apologized for stealthily throttling its new AI model, Claude Fable 5, with hidden guardrails that undermine both researchers and rivals using it to develop competing systems. The company says it is reversing course and will be more transparent about when the restrictions kick in, even if that means Fable refuses more queries.
Fable is the first widely available model in Anthropic's Mythos class of AI systems, a group the company has spent months warning are too dangerous for public release. Anthropic says it has addressed some of those risks by launching Fable with safeguards that prevent it from responding to certain "high-r …
Global logistics player LX Pantos made a major move around robotics, tasking LG’s consulting unit with helping to research the potential around using humanoid and shuttle variants.
LG CNS is to work with LX Pantos on an automation system to incorporate the two types of robots into the specialist’s Megawise Cheongna Logistics Centre, a fulfilment facility in South Korea spanning 142,852 square metres
The facility is one of 380 logistics hubs LX Pantos operates globally. Shuttle robots are to be used to retrieve items which humanoid versions would then sort and dispatch.
Robots are to be trained using LX Pantos’ field data through a proprietary learning platform. The machines themselves are being sourced from US specialist Dexmate, a company which LG CNS previously invested in.
Park Sang-kyun, EVP and head of Telecommunications, Distribution and Service Business division at LG CNS, said the companies would look to “verify the applicability of various robots”, learning and “operation platforms to logistics sites”.
The company explained the Dexmate mobile shuttle robot has a velocity of 1.5 metres per second and can handle goods weighing up to 1,500kg.
LG CNS and LX Pantos intend to establish a demonstration zone to showcase the potential of their robotics collaboration later this year, pitching possible benefits including a reduction in repetitive tasks at the logistics facility.
Pendant longtemps, prédire le vainqueur d’une Coupe du monde relevait presque de la divination. Aujourd’hui, les algorithmes sont à l’œuvre. En combinant statistiques, expertise sportive et apprentissage automatique, des chercheurs simulent des milliers de scénarios pour estimer les chances...
This is the Trump phone, but it could just as easily be an HTC. | Image: Trump Mobile
After getting its hands on a Trump phone and tearing it apart, iFixit has confirmed what I first reported back in February: the T1 Phone is an almost exact duplicate of the HTC U24 Pro.
iFixit partnered with NBC to get hold of the network's media sample of the Trump phone, along with a U24 Pro. They ran the phones through a CT scanner, tore them down to parts, and even put them back together into a functional Frankenstein phone with the U24 Pro's board inside the T1 Phone's chassis, confirming along the way that the two phones are functionally identical.
There are minor differences: The flash has been moved slightly, the speaker grille was …
Investors who bought the automaker’s shares in its initial public offering became rich. As a result, many have a deep faith in Elon Musk, the chief executive of Tesla and SpaceX.
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