Motorola is gearing up to launch the successor to last year’s Razr 60 Ultra. Early CAD renders recently offered a first look at the device, suggesting that the upcoming Razr 70 Ultra won’t change much in terms of design. However, a new leak now hints that Motorola could focus on unique colors and finishes to help it stand out.

What are the new color options?

Reliable tipster OnLeaks has shared press renders (via Android Headlines) of the Razr 70 Ultra in two standout finishes: Orient Blue Alcantara and Pantone Cocoa Wood. The Orient Blue variant is expected to feature a faux leather back with a diamond stitch pattern, giving it a premium look and feel. The Cocoa option, on the other hand, could feature a wood-like texture with visible grain.

Instead of just offering the device in different shades like most smartphone makers, Motorola appears to be giving each color a distinct finish, adding a tactile element that goes beyond standard glossy or matte coatings. With the overall design expected to remain unchanged, the finishes should help the company differentiate the new model from its predecessor.

Motorola has already taken this approach with previous Razr models, offering vegan leather backs and Pantone-inspired colors. The Razr 70 Ultra seems to be taking that a step further by pairing bold colors with more noticeable textures. It’s a subtle shift, but one that could make the device feel more unique.

What else do we know about the Razr 70 Ultra?

Although Motorola hasn’t officially shared any details yet, the device is expected to pack Qualcomm’s Snapdragon 8 Elite Gen 5 chipset, paired with 16GB of RAM and 512GB of storage. The images also suggest that Motorola may stick with a dual-camera setup, though it’s unclear if there will be any sensor upgrades.

More details should surface in the coming weeks ahead of the official launch, which could take place later this month. Motorola unveiled the Razr 60 Ultra in April last year, so it’s likely the successor will arrive around the same time.

Verne, the autonomous mobility company spun out of Croatian hypercar maker Rimac, launched commercial robotaxi rides in Zagreb on 8 April alongside Pony.ai and Uber. The vehicles operate with safety operators onboard for now. Waymo is targeting London for Q4 2026.

Verne, the autonomous mobility company spun out of Croatian electric hypercar maker Rimac Group, has launched what it is calling Europe’s first commercial robotaxi service in Zagreb, Croatia. From 8 April, members of the public can book and pay for autonomous rides through the Verne app.

The service will shortly also be available through the Uber platform, following a three-way partnership announced on 26 March between Verne, Pony.ai, and Uber.

The vehicles in service are Arcfox Alpha T5 robotaxis equipped with Pony.ai’s seventh-generation autonomous driving system. They operate autonomously, but trained safety operators are onboard during this early phase of the rollout.

The three companies have said they aim to transition to fully driverless operations as soon as regulatory approvals and safety performance benchmarks allow.

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Under the partnership structure, Pony.ai provides the autonomous driving technology; Verne owns the fleet and manages operations on the ground, including regulatory approvals; and Uber integrates the service into its ride-hailing platform.

Uber is also investing in Verne as a strategic partner.

The result is surprising in geographic terms. Zagreb is a city of under a million people, and Europe’s most prominent autonomous mobility efforts have been concentrated in larger western markets, Waymo has announced plans for a fully driverless service in London in the fourth quarter of 2026, and Germany has hosted multiple competing programmes for years.

Verne’s Croatian origins explain part of the answer. The company has spent years in close discussion with Zagreb’s regulators and local authorities, a process made easier by its ties to Rimac, which is headquartered in the city and is one of Croatia’s highest-profile technology companies.

Marko Pejković, Verne’s co-founder and CEO, said the launch delivered on a commitment the company had made publicly: “We said we would launch in Zagreb in 2026. Today, we did. This is just the start.”

Verne’s current service uses Pony.ai’s technology rather than its own platform, which is still in development. The company originally planned to use Mobileye’s autonomous driving system before switching to Pony.ai ahead of the launch.

Verne has a factory near Zagreb that is expected to begin producing its own purpose-built robotaxi this year, a compact two-seat vehicle with no steering wheel or pedals, designed from the ground up for driverless ride-hailing.

The Arcfox Alpha T5 deployment is understood to be a bridging arrangement while that vehicle reaches production readiness. Beyond Zagreb, Verne has begun permitting discussions with 11 cities across the EU, UK, and the Middle East, with more than 30 additional cities under active consideration.

For Pony.ai, which listed on Nasdaq in late 2024, the Zagreb launch is the first deployment of its technology in commercial service outside China, where it recently reached unit economics breakeven in two tier-one cities.

AI developer Anthropic says its newest Claude artificial intelligence model is so good at finding cybersecurity vulnerabilities that it’s not releasable to the public. The company is instead providing the tool to big tech infrastructure providers so they can patch the flaws it finds.

In late March, word began to leak that Anthropic’s latest AI model, dubbed Claude Mythos (PDF), was going to be a leap forward for the company’s AI technology. Now, the company has previewed its capabilities and warned that Mythos represents a major cybersecurity threat, as its capabilities represent a leap forward in finding and exploiting online security vulnerabilities. 

“AI models have reached a level of coding capability where they can surpass all but the most skilled humans at finding and exploiting software vulnerabilities,” the company said in a blog post Tuesday. Anthropic said Mythos Preview, which has not been released to the public, has already found what it says are thousands of severe security vulnerabilities “in every major operating system and web browser.” Asked for comment, a representative for Anthropic directed CNET to the company’s blog post.

To address the cybersecurity risks, Anthropic said it’s launching a consortium called Project Glasswing that includes Apple, Amazon Web Services, Broadcom, Cisco, CrowdStrike, Google, JPMorgan Chase, the Linux Foundation, Microsoft, Nvidia and Palo Alto Networks. Anthropic said those organizations and more than 40 others will have access to Mythos in order to start the work of shoring up defenses against AI attacks and exploits. It’s committing $100 million in usage credits for Mythos and $4 million in donations to open-source security organizations. 

“The dangers of getting this wrong are obvious, but if we get it right, there is a real opportunity to create a fundamentally more secure internet and world than we had before the advent of AI-powered cyber capabilities,” Anthropic CEO Dario Amodei posted on X.

In a video posted to YouTube about Project Glasswing, leaders from companies including Microsoft, the Linux Foundation and Anthropic discussed the damage that software vulnerabilities can cause. 

Large cloud computing companies have already been working with the new model to find vulnerabilities. “What we have found has been illuminating,” Anthony Grieco, chief security and trust officer at Cisco, wrote in a blog post. “Now the real work begins. AI-powered analysis uncovers data at a scale and depth that legacy frameworks were not designed to accommodate.”

Amazon Web Services said the model has already found ways to strengthen code even in its most well-tested systems. Amy Herzog, vice president and chief information security officer at AWS, called Claude Mythos Preview a “step-change in reasoning and AI capabilities for cybersecurity.”

How significant is this new model?

The phenomenon of AI being able to discover, and potentially exploit software vulnerabilities, is not new — the DARPA Cyber Grand Challenge has had several instances of AI drawing attention in this area, said Michal Salát, threat intelligence director for Norton.

But now, AI tech that’s available to anyone has some of those capabilities. “Anthropic’s Project Glasswing is focused on safeguarding this powerful technology, which can transform vulnerability research but also pose a serious risk if misused for malicious purposes,” Salát said in an email to CNET. “While it represents a major step forward from current top models such as Opus 4.6, the underlying capability already exists today, and vulnerability research is rapidly emerging as one of the primary, real-world use cases for AI in cybersecurity.”

National policymakers, who have been going back and forth on the need for federal AI regulation, will likely watch the consortium’s progress closely.

Sen. Mark Warner praised the initiative in a statement. “I applaud these leading companies for recognizing this threat and proactively sharing information, capabilities and computing capacity to better protect our critical infrastructure,” the Virginia Democrat said. “As AI dramatically accelerates the discovery of new vulnerabilities, I hope industry will correspondingly accelerate and reprioritize patching.”

Warner, whose state is a hotbed of AI data centers, recently called a proposed moratorium on data center construction “idiocy,” but has also warned about the risks to society posed by rapid AI development leading to massive job losses.

Advance Paris is bringing its new NOVA flagship series to AXPONA 2026, and it feels like the next deliberate step in a push that has already kicked down more than a few doors on this side of the pond. The French brand, which has quietly built momentum in the U.S. and Canada with its retro-leaning aesthetic and feature-rich designs, is officially unveiling a five-product NOVA range built around two integrated amplifiers, a modular streaming cartridge, a bi-directional Bluetooth dongle, and a rotary remote that leans hard into tactile control.

Unlike some of its compatriots; YBA, Devialet, Metronome, and Jadis, that tend to favor either stark minimalism or full blown luxury theatrics, Advance Paris has found a middle ground that actually resonates with North American listeners. NOVA sits at the top of that strategy, combining amplification, streaming, and wireless connectivity into a modular system designed to evolve over time rather than lock users into a single box solution.

A-i130 & A-i190 Integrated Amplifiers

Both the A-i130 and A-i190 are built on the same core idea: this isn’t just an integrated amplifier, it’s the control center for an entire system. Advance Paris is combining hybrid amplification, DSP, DAC, and subwoofer management into one chassis and then letting you expand it later with modular add-ons. That’s the play.

At their core, both models use a hybrid design with an ECC81 tube preamp stage feeding a Class A/B output section. You get some harmonic texture without sacrificing control. On the digital side, both rely on an ESS9017 DAC running in Quad mode, paired with a 4 channel DSP that handles EQ and room correction across left, right, and up to two subwoofers. 

Subwoofer integration is taken seriously here. Both support 2.1 or 2.2 configurations with a proper crossover and independent control, which immediately separates them from a lot of integrated amps still pretending subs don’t belong in two channel systems.

Add HDMI eARC, USB with DSD support, multiple optical and coaxial inputs, five line level RCA inputs, MM phono (with ground), pre-out, record out, dual sub outs, and a 6.35 mm headphone jack, and both units are clearly designed to replace a stack of separates without feeling compromised. 

They also share the same expansion path. Both include slots for the optional A NTC streaming cartridge and A BTC Bluetooth module, enabling full streaming or bi-directional wireless audio including headphone transmission. And yes, both support the rotary remote if you want tactile volume control without getting off the couch.

Physically, these are not compact lifestyle boxes.

The A-i130 measures 43 x 17.5 x 35.1 cm (16.9 x 6.9 x 13.8 inches) and weighs 13.3 kg (29.3 lbs). Think of it as the Marion Cotillard of the lineup; refined, composed, and quietly in control of the room.

The A-i190 grows in every direction at 43 x 19.2 x 45.4 cm (16.9 x 7.6 x 17.9 inches) and 19 kg (41.9 lbs), which tells you exactly what’s going on inside before you even turn it on. This one is Vincent Cassel; leaner than you expect, hits harder than it should, and absolutely not here to play nice.

Where they diverge is power, architecture, and connectivity.

The A-i130 delivers 130 watts per channel into 8 ohms using a single toroidal transformer. Its connectivity is extensive but entirely single ended on the analog side. You get five RCA line inputs, an MM phono input with grounding terminal, and RCA outputs for pre out, record out, and dual subwoofers. Digital inputs include three optical, three coaxial, USB audio with DSD support, and HDMI eARC for TV integration. There’s also a 6.35 mm headphone output on the front. It’s a complete, modern hub without unnecessary complexity—and for most systems, it’s not leaving anything on the table. 

The A-i190 takes that foundation and pushes it into more serious territory. It moves to a dual mono design with two toroidal transformers, effectively isolating each channel and increasing output to 190 watts per channel with greater headroom. Connectivity expands where it actually matters: in addition to the same five RCA line inputs and digital suite (optical, coaxial, USB, HDMI eARC), the A-i190 adds balanced XLR inputs and a balanced XLR pre out alongside the RCA pre out. The phono stage is upgraded to support both MM and MC cartridges, and it retains dual subwoofer outputs and record out. In other words, it’s not just more power—it’s built to integrate into more demanding, higher-end systems without forcing compromises. 

A-NTC Streaming Cartridge Turns NOVA into a Real Network Player

The A-NTC is Advance Paris’ modular answer to streaming, and it’s designed to work two ways without overcomplicating things. On its own, it can function as a standalone streamer via its optical output, adding network playback to any system with a compatible digital input. Install it into the expansion slot on the A-i130 or A-i190, and it disappears into the chassis; no extra cables, no extra box, just a fully integrated streaming amplifier.

It supports the platforms that actually matter: Spotify Connect, TIDAL Connect, Qobuz Connect, AirPlay 2, Chromecast, DLNA, and Roon, with connectivity over Ethernet or Wi-Fi. Output is capped at 24-bit/192 kHz, which covers the vast majority of real world streaming use cases without pretending to chase numbers for marketing.

The key point here is integration. This isn’t another streamer fighting for shelf space, it’s part of the ecosystem. Clean, functional, and exactly what most people will use.

A-BTC Bluetooth Dongle Adds Wireless Flexibility Without Pretending It’s Perfect

The A-BTC is a bi-directional Bluetooth 5.4 module that uses the same expansion slot, adding both transmit and receive functionality to the NOVA platform. You can stream from your phone to the amplifier or send audio out to a single pair of Bluetooth headphones; useful for late night listening or keeping the peace when the rest of the house is asleep.

Codec support includes aptX HD, aptX Adaptive, aptX Low Latency, and AAC, which gives you solid coverage for both sound quality and low latency video use. Lip sync should be tight with aptX LL, and aptX Adaptive handles variable bitrate conditions more gracefully than older standards.

What it does not include is just as important: there’s no LDAC and no aptX Lossless. That’s going to matter if you’re running newer wireless headphones that rely on those codecs for maximum resolution. In other words, this is a well executed, practical Bluetooth solution, but it’s not chasing the bleeding edge of wireless audio.

A-RTR Rotary Remote Brings Back Tactile Control

The optional A-RTR rotary remote is exactly what it looks like: a solid, weighty metal control designed to live on your coffee table or listening surface, not get lost between couch cushions. It connects wirelessly to the A-i130 and A-i190 via the A-BTC Bluetooth module, so yes—you need that piece in place for this to work.

Functionally, it keeps things simple. The rotating crown handles volume, while additional controls manage input selection and power. No screen, no app dependency, no nonsense. Just direct control with a physical interface that mirrors the design language of the amplifiers themselves.

This is clearly aimed at listeners who are tired of poking at phones or dealing with plastic remotes that feel like they came free with a toaster. It’s not about adding features, it’s about restoring a more tactile way to interact with the system.

As Cédric Léon, Product Manager at Advance Paris, puts it: “With these new products, we are offering a future proof audio solution that is both powerful and versatile—and really leans into the modern and sleek aesthetic Advance Paris is known for. Whether you’re looking for the best possible sound quality, streaming flexibility, or an amplifier that can adapt to a variety of needs, this new product lineup has it all.”

The Bottom Line

The NOVA range stands out because it combines a hybrid tube front end, Class A/B power, 4-channel DSP with real subwoofer integration, and a modular expansion path that lets you decide how far down the streaming and wireless rabbit hole you want to go. Two slots, two modules, and a clear upgrade path.

The execution matters. Both integrated amplifiers function as serious control centers with proper inputs and outputs, HDMI eARC, and flexible bass management, which is something a lot of competitors still treat like an afterthought. The A-i190, in particular, leans into higher end territory with dual mono architecture and balanced connectivity, making it viable in more ambitious systems.

The modular approach will feel familiar to anyone who has spent time with NAD and its MDC ecosystem, especially in the Master Series. Same idea: don’t lock the user into a fixed feature set that ages out in two years. Let them add what they need. The difference here is that Advance Paris is applying that concept to a more stylistically distinctive platform.

That said, there are tradeoffs. At these prices, a lot of competing integrated streaming amplifiers already include network streaming out of the box. Here, it’s a paid add-on. And while the Bluetooth module is well executed, the lack of LDAC and aptX Lossless means it’s not chasing the highest tier of lossless wireless audio performance.

The A-RTR remote is another interesting play. It’s tactile, heavy, and clearly designed to be part of the experience, but it will look very familiar if you’ve seen what Devialet and MOON by Simaudio have been doing for years. Whether that’s homage or imitation depends on your level of cynicism.

So who is this for? Someone who wants a modern, feature rich integrated amplifier with real system flexibility, but doesn’t want to be locked into an all in one streaming platform that may age poorly. Someone who values tactile control, clean system integration, and the ability to evolve over time.

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Toronto-based Paradigm is debuting its Premier Series v2 loudspeaker series at AXPONA 2026 which is priced from $800 to $2,300 per pair. Although the company is leaning hard into its usual talk of trickle-down tech and refined engineering, the real story is far simpler: they’ve managed to keep this line genuinely affordable in a market that’s been sprinting in the opposite direction.

The new lineup is a full-system play, covering the 820F and 720F floorstanding speakers, 220B and 120B bookshelf models, the 620C center channel, and the 520LCR for flexible front-stage or custom-install use. Built as a ground-up redesign of the original 2018 Premier Series, the v2 range pulls design cues and driver technology from Paradigm’s higher-end offerings without dragging pricing into five-figure territory.

Like DALI, Paradigm remains one of the few speaker manufacturers still doing everything in-house; from driver design to cabinet construction, backed by extensive testing and measurements in its own anechoic chamber. That level of control tends to show up where it counts: tighter tolerances, more consistent performance, and fewer surprises once the speakers hit real rooms.

The Premier v2 Series is clearly designed as a complete, accessible ecosystem, but the headline isn’t just the redesign or the model count. It’s that Paradigm didn’t lose its grip on reality with the pricing. In 2026, that alone makes this launch worth paying attention to.

“With the Premier v2, we wanted to make a reference-grade acoustics platform available at a more attainable price point,” says John Bagby, Managing Director at PML Sound International. “By using some of the technologies and materials developed for our award-winning Founder Series and tuning them for this new line, we’ve delivered a strong level of value—and an experience that we are incredibly excited to share with our dealers and fans.”

Advanced Driver and Enclosure Technologies

The v2 series integrates a range of driver and enclosure technologies designed to deliver balanced, accurate sound across the full frequency range:

• AL-MAC High-Frequency Drivers: A blend of aluminum, magnesium, and ceramic designed to reduce resonances and deliver a clean, controlled treble response without added harshness.
• AL-MAG Midrange Drivers: Engineered for high sensitivity and responsiveness, these drivers keep vocals and instruments clear, focused, and tonally accurate.
• Carbon-X Unibody Bass Drivers: One-piece cone construction designed to maintain rigidity under load, delivering deeper bass with better control and less distortion at higher output levels.

Patented Sound Guides: The PPA (Perforated Phase-Aligning) Lens and OSW (Oblate Spheroidal Waveguide) work together to focus sound toward the listener, ensuring a wide “sweet spot” regardless of the room’s layout. Paradigm’s Oblate Spheroidal Waveguide (OSW) is a proprietary tweeter waveguide designed to improve sound dispersion. It focuses the tweeter output on the listening area, reducing off-axis reflections and enhancing clarity

Outrigger Shock-Mount Isolation Feet: An adjustable system that decouples the speaker from the floor to reduce vibration, helping deliver tighter, more controlled bass on any surface using the included spikes or rubber feet.

From Affordable Entry Point to Serious High Performance

The Premier v2 is positioned as a clear step up for listeners ready to move beyond entry-level gear and into a more refined, higher-performance home audio system.

“We designed the Premier v2 for the enthusiast who is ready to move into a higher tier of performance without the typical high-end cost,” says Badar Qureshi, CEO of PML Sound International. “This series represents the future of our brand by proving that truly exceptional audio can be both approachable and attainable. We are committed to ensuring that Paradigm remains the standard for performance in its class, giving our customers a clear path to owning a world-class listening experience.”

Premier v2 820F

The 820F v2 sits at the top of the Premier v2 lineup, built to anchor a serious two-channel or home theater system. With multiple 7-inch Carbon-X bass drivers and a high-volume enclosure, it’s designed to move a lot of air; delivering deep, controlled bass and a wide, room-filling soundstage without losing composure as volume climbs.

Premier v2 720F

The 720F v2 delivers floorstanding scale without dominating the room. Its 3-way design uses dual Carbon-X unibody bass drivers for low-frequency control and rigidity, paired with a dedicated AL-MAG midrange and AL-MAC tweeter for a more cohesive, full-range presentation. Adjustable Outrigger Shock-Mount feet help keep things stable and isolated, so the speaker maintains composure and clarity even when pushed harder.

Premier v2 220B

The 220B v2 is a larger bookshelf or standmount design built around a 1-inch AL-MAC tweeter and a 6-inch AL-MAG driver, paired with a cabinet that offers more internal volume than you’d expect at this size. The result is deeper bass extension and greater dynamic range, making it viable in both smaller rooms and more open spaces. It’s a strong option for listeners who want something close to floorstander performance without committing to full-size towers.

Premier v2 120B

The Premier 120B v2 is positioned as the entry point into the lineup, built for smaller spaces without giving up on sound quality. This compact 2-way bookshelf pairs a 1-inch AL-MAC tweeter with a 5.5-inch AL-MAG mid-bass driver to deliver a detailed, surprisingly expansive soundstage for its size. It works equally well as a dedicated stereo pair or as part of a larger home theater system.

Premier v2 620C Center Channel 

The 620C v2 is a substantial center channel built for larger home theater systems. It uses a 4-driver array paired with dual passive radiators to deliver deeper, more impactful low-end while retaining the placement flexibility of a sealed cabinet design. The goal here is straightforward: clear, intelligible dialogue with enough weight and presence to anchor even bigger, more demanding setups.

Premier v2 520LCR

The 520LCR v2 is a dedicated left, center, right solution built for high-performance home theater systems. Its sealed acoustic suspension design allows for flexible placement—inside cabinetry or out in the open—without sacrificing clarity or control. A coaxial AL-MAG midrange helps lock in dialogue and imaging, creating a more cohesive and seamless front soundstage. It can be positioned horizontally as a center channel or vertically for left, right, or even surround duties, making it one of the more versatile options in the lineup.

Paradigm Premier Series V2 Speakers Comparison

The Bottom Line

Chasing better sound usually ends the same way: higher prices, diminishing returns, and a lot of second-guessing. The Premier Series v2 doesn’t pretend to rewrite that reality, but it does offer a more grounded path through it.

What makes this lineup stand out isn’t some radical new concept. It’s execution. Paradigm is leveraging its in-house design, driver development, and anechoic testing to deliver a complete, coherent speaker family that pulls meaningful technology down from its higher-end lines without dragging the price into absurd territory. That balance, real engineering, full system flexibility, and pricing that still feels tethered to reality is the hook.

What’s missing? No dedicated subwoofer in the Premier v2 lineup. You’ll need to look at Paradigm’s Defiance or Essentials series, or elsewhere if you want to round out a full-range system. Not a dealbreaker, but it’s part of the equation.

Who should be looking at these? Anyone ready to move beyond entry-level speakers but not interested in playing the five-figure game. The Premier v2 series makes the most sense for listeners building a serious two-channel or home theater system who want consistency across channels, solid engineering, and performance that doesn’t collapse when pushed.

In a crowded sub-$10,000 category, that’s not a small thing. Paradigm isn’t chasing hype here. They’re offering a system you can actually live with and afford.

Price & Availability 

The Paradigm Premier Series v2 Loudspeakers are priced individually (not in pairs) and the stands for smaller bookshelf models are not included. Look for them in June 2026 from Authorized Paradigm Dealers at the following prices:

• Premier 820F v2 (Floorstanding) — $1,299.99 /each 
• Premier 720F v2 (Floorstanding) — $999.99 /each 
• Premier 220B v2 (Bookshelf) — $549.99 /each 
• Premier 120B v2 (Bookshelf) — $399.99 /each 
• Premier 620C v2 (Center Channel) — $1,299.99 /each 
• Premier 520LCR v2 (LCR Channel) — $899.99 /each 

The Premier v2 series will make its public debut at AXPONA 2026 (April 10-12) at the Renaissance Schaumburg Hotel & Convention Center, where attendees will be the first to experience the new lineup through live demonstrations.

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Just as everyone else these days, cybercriminals use emojis, too. But they’re not just using them to make their messages fun or exciting, they’re also using them to hide their communication in plain sight and evade security analysts’ scrutiny.

This is according to a new report from threat intelligence experts, Flashpoint. Published earlier this week, Flashpoint says threat actors may substitute emojis for keywords associated with fraud techniques, financial activity, as well as specific platforms or services.

Intel CEO Lip-Bu Tan said Tuesday that the chipmaker will “work closely” with Elon Musk to support the billionaire entrepreneur’s Terafab project, a potentially massive chip development and fabrication operation that will be jointly developed by SpaceX and Tesla. A photo posted by Intel’s official X account shows the two executives shaking hands last weekend in front of a large Intel sign. Musk’s 1-terawatt, ultra-high performance chip fabrication facility, which may span multiple locations, could cost billions of dollars.

“Terafab represents a step change in how silicon logic, memory and packaging will get built in the future,” Tan said in a social media post. “Intel is proud to be a partner and work closely with Elon on this highly strategic project.”

Exactly how Tan and Musk plan to execute such an ambitious venture remains unclear. Musk has been talking about the need to develop a so-called Terafab for months, viewing the endeavor as a way to produce the vast number of chips his companies will need for cars, robots, and data centers. Some chip industry analysts are highly skeptical that Musk can pull off such a complex and capital-intensive venture.

Intel, meanwhile, has been attempting to make a mighty comeback after years of stagnation, and part of its efforts include pitching its capacity to manufacture advanced semiconductors to tech companies hungry for chips to power the AI boom. As WIRED recently reported, Intel’s ability to secure these outside customers is critical to its success. And Musk could be a huge whale of a customer.

Musk did not respond to WIRED’s questions about the partnership. A spokesperson for Intel referred WIRED to the company’s posts about the deal on social media and declined to comment further. For now, here are five outstanding questions about how Intel’s involvement could affect Terafab’s chances of success.

How Big Is The “Deal”?

Hard to say. Neither Intel nor Tesla has filed any paperwork with the US Securities and Exchange Commission, which is typically required if a new partnership or deal materially changes the capital investment or manufacturing capacity of a public company.

For example, when chipmaker AMD and Meta announced a “multi-year, multi-generation” partnership in February to deploy up to 6 gigawatts of AMD GPUs for Meta’s AI services, AMD disclosed the deal in an SEC filing. As of publishing, no such forms have been filed yet by Intel or Tesla. That indicates Tan and Musk’s agreement may be mostly handshakes and vibes at the moment. As one chip industry insider put it, “It makes quite a headline for a couple days, no?”

What Is Intel Actually Contributing?

Intel’s public statement about the mashup with Musk is almost comically vague. The company said that its “ability to design, fabricate, and package ultra-high-performance chips at scale” will help accelerate Terafab’s goal of producing 1 terawatt of computing power a year to support “future advances in AI and robotics.”

Pat Moorhead, a longtime chip industry analyst and founder of Moor Insights & Strategy, predicts that Musk will lean on Intel for its advanced packaging capabilities to start. He notes that Tesla “doesn’t need [chip] design engineering; they’re already very capable of that.” Moorhead adds that Musk may also want to license Intel’s chip architecture, which Terafab could build upon and customize.

Intel handling advanced packaging is a safe bet in the near term, because it gives all of the companies involved a chance to test their partnership without alienating TSMC, which runs the world’s biggest fabs, Moorhead says. “If you do packaging first, you’re not going to infuriate TSMC as much as you would if you used Intel for wafers,” he says. (Tesla has existing chip partnerships with TSMC and Samsung.)