MacOS 27 Rumors: End of Intel Support, Smarter Siri, Tweaks to Liquid Glass and More


Apple’s annual developers conference, WWDC 2026, kicks off on Monday. Tim Cook will deliver his last WWDC keynote as Apple CEO, where he’s expected to share previews of the next versions of the company’s various software platforms. Likely to take center stage is iOS 27, but we will also get a glimpse at MacOS 27, which will arrive alongside its mobile sibling in a few months.

The usual cycle is this: a preview and developer beta in June at WWDC, followed by a public beta in July before the official version launches in September. MacOS 27 is expected to focus more on performance and stability improvements than introducing a drastic design shift or a bevy of new features. That said, it appears the next version of MacOS will look and act a bit differently than last year’s MacOS 26 Tahoe. 

Check out what could be coming to your Mac this fall, and find out if your current Mac will be able to run the update.

Watch this: Siri’s Google Brain: What to Expect at WWDC 2026

Buh-bye Intel

Before we get to potential design tweaks and new capabilities, let’s start with hardware support for MacOS 27. It will mark the end of the road for Intel-based Macs. Basically, if you have a prepandemic Mac, it’s not making the leap to MacOS 27 and will need to stay on MacOS 26 Tahoe. 

It’s not all bad news if you’d like to squeeze out another year or two of your Intel Mac: Apple will continue to issue security updates to Intel-based Macs for three more years.

The following Macs that can currently run MacOS 26 Tahoe will not support MacOS 27:

  • 13-inch MacBook Pro (2020, four Thunderbolt 3 ports)
  • 16-inch MacBook Pro (2019)
  • 27-inch iMac (2020)
  • Mac Pro (2019)

If you have a Mac with Apple silicon and use Rosetta 2 to run x86 apps built for Intel chips, you should know that Rosetta 2 support is ending soon. It isn’t going away this year, but MacOS 27 will be the last version to support Rosetta 2.

Macs with Apple’s M-series chips will be able to update to MacOS 27, from the M1 and onward, including the A18 Pro-based MacBook Neo

Apple MacBook Neo laptop in blush on a wooden dining room table in front of a staircase

Powered by an A18 Pro chipset, the MacBook Neo will be able to run MacOS 27 along with any MacBook with an Apple M-series chip.

Matt Elliott/CNET

Smarter Siri

AI dominates every tech event, and WWDC 2026 will be no different. Apple Intelligence is almost assured a starring role, the thrust of which will be a smarter version of Siri for iOS 27. This new Siri is expected to get its own standalone chatbot app and act more like ChatGPT. And what the iPhone gets with Siri, Macs will get, too.

Instead of only answering simple questions and performing basic tasks, the new Siri will reportedly be able to search the web and analyze the content on your screen and apps to perform more complex workflows. And do so in a more conversational tone where it understands context and pronouns. The new Siri will be able to access your data stored in Mail, Messages, Photos, Notes, Contacts, Calendar and Reminders to summarize information and assist in other ways. It’s also expected to be able to generate images.

The revamped Siri will use Apple Intelligence to handle many queries on-device, but will rely on the cloud and Google Gemini for more complicated requests. Given the head start that ChatGPT, Claude and Gemini itself have enjoyed over Siri, Apple faces an uphill battle to convince Mac users to drop their go-to AI chatbot in favor of Siri.

Siri logo on the screen of a smartphone and also on a reflective surface behind it

A revamped version of Siri is coming to iPhones and Macs this fall.

Samuel Boivin/NurPhoto/Shutterstock

Liquid Glass polish

Apple unveiled the Liquid Glass design last year. It was a major departure, and not everyone is a fan. I find the reflections and blurred opacity distracting, especially when elements overlap, but I have grown used to it on my iPhone, Apple Watch and MacBook. Or maybe I’ve just gotten better at ignoring it. 

With iOS 26.2, Apple added a slider that lets you adjust the opacity of the lock screen’s clock between Glass and Solid. Perhaps we’ll get a similar transparency control slider for elements in MacOS. If you’re into the glassy look, you could dial it up. And if you want text and icons to be more legible, you could scale back the translucent effects for a more solidly opaque look.

Apple might also clean up the overall Liquid Glass look with sharper edges and clearer contrast, so things don’t look so blurry when elements overlap.

Touch support hints

There have been whispers for months that Apple is working on a touchscreen OLED MacBook Pro that could arrive as early as this fall. If we ‘e getting close to seeing a MacBook with touch support, then Apple must be working on a touch-enabled version of MacOS. 

Since WWDC is geared toward software developers, it’s highly unlikely that we’ll see any new MacBooks next week. And it’s equally unlikely that Apple will share details of touch support in MacOS before it’s ready to show off the touchscreen MacBook itself. But could we see hints of touch friendliness in MacOS 27? Probably not, but it’ll be fun to try to sleuth out changes in the design and figure out what MacOS with a touchscreen might look like.





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Digital Evidence Has Reshaped Criminal Defense – and the Defense Bar Is Still Catching Up

A decade ago, a felony case file might have run to a few hundred pages of police reports, witness statements, and lab results. Today, that same case can include a full cell phone extraction, hours of body-worn camera footage, surveillance video from multiple cameras, social media exports, license-plate-reader hits, and digital forensic reports running thousands of pages. The substantive law has not changed nearly as fast as the evidence it operates on.

For criminal defense practitioners, the shift is not just about volume. It is about how cases are investigated, how discovery is reviewed, how plea calculations are made, and how trials are tried. A defense lawyer who treats digital evidence as an afterthought — to be skimmed close to trial, with the cell phone dump opened only if something obvious surfaces — is no longer providing competent representation in most serious cases.

The Volume Problem

Modern law enforcement investigations generate digital evidence at a scale that traditional defense workflows were never designed to handle.

A single cell phone extraction using forensic tools commonly used by prosecutors can produce a report tens of thousands of pages long. Multiply that across co-defendants. Add cloud account data subpoenaed from providers. Add body-cam footage from every responding officer, often running an hour or more per officer per incident. Add interview recordings, surveillance video, ALPR records, and any wiretap or pen register data.

The defense lawyer’s obligation is to review all of it — or at least to review it competently enough to identify what matters. Doing that without a workflow is impossible. Cases get lost not because the exonerating evidence was hidden, but because it was buried in the third week of message history nobody had time to read.

The practical response involves a combination of technology and process: e-discovery review platforms scaled for criminal cases, paralegal-level review with defined search protocols, and clear allocation of which categories of evidence the attorney personally reviews versus which are screened first. Firms that handle digital-evidence-heavy cases without that infrastructure tend to discover, late in the process, that something important was missed.

Authentication and Chain of Custody Have Become Central

Volume is half the problem. The other half is that digital evidence is harder to authenticate than the physical evidence it has displaced.

A surveillance video recovered from a business has to be tied to a specific camera, on a specific system, with verified timestamps, with continuous custody from the moment of seizure to the moment of presentation. A cell phone extraction has to be tied to a specific device, performed using a documented forensic process, with hash values demonstrating that the data has not been altered. A social media export has to be authenticated either through the provider’s certification or through circumstantial evidence connecting the account to the defendant.

Each of these chains has potential breaks. Cameras get the wrong time. Forensic extractions get performed with outdated software. Social media accounts get used by people other than the registered user. Defense counsel who understands the technical underpinnings of how evidence was collected can identify gaps that opposing counsel may have assumed were settled.

Federal procedure in particular has evolved around these issues. Practitioners working in federal court should be familiar with the Federal Rules of Evidence governing authentication and the best-evidence rule, both of which apply to electronic records in ways that often surprise lawyers more accustomed to paper-era practice.

Discovery Obligations and the Brady Problem

The growth of digital evidence has also complicated the prosecution’s obligations under Brady and its progeny, which require disclosure of material exculpatory and impeachment evidence to the defense.

When the relevant evidence universe was a few hundred pages, prosecutors could reasonably review the file and identify Brady material. When the universe is a hundred thousand pages of cell phone data and dozens of hours of video, identifying what is exculpatory becomes a much harder problem — and not always a problem prosecutors solve well. Defense counsel cannot rely on the prosecution to flag what the defense will find useful. The defense has to find it themselves, which loops back to the volume problem.

Courts have been inconsistent in how they handle Brady obligations in the digital age. Some jurisdictions require prosecutors to provide searchable, organized productions; others permit document dumps that effectively shift the search burden to the defense. The practical implication is that defense lawyers in serious cases must budget significantly more time for discovery review than would have been required even a few years ago, and must do so on schedules that prosecutors and courts often have not adjusted to reflect the new reality.

How Digital Evidence Changes Plea Negotiations

Plea negotiations have always been driven by each side’s assessment of trial risk. Digital evidence has changed both sides of that calculation.

For the prosecution, video and digital records often appear to lock in factual elements that previously turned on witness credibility. A clear video of an alleged assault, or a series of incriminating messages, can shift a case from a battle of testimony into a battle of interpretation. Prosecutors evaluating cases with strong digital evidence often offer less, because they perceive their trial position as stronger.

For the defense, the same evidence frequently contains nuance that changes how a jury would actually receive it. Body-cam footage that the prosecution thinks is damning often shows context that supports the defense theory. Cell phone messages read in full rather than excerpted often tell a different story. The defense lawyer who has actually watched the video and read the messages — rather than relying on the prosecution’s characterization — is often in a meaningfully stronger negotiating position than the case file would initially suggest.

This is part of why pretrial preparation has become more decisive. The cases that resolve favorably are usually the cases where the defense did the digital evidence work early enough to see what was actually there, rather than what the police reports said was there. Resources from the California Courts and the State Bar of California outline the procedural framework within which this work has to happen, but the framework alone does not produce results — sustained attention to the evidence does.

What Effective Defense Looks Like Now

Competent criminal defense in 2026 looks different than it did even five years ago. The lawyers who get the best outcomes for clients tend to share a few characteristics: they take digital evidence seriously from intake forward, they have the infrastructure to review it at scale, they understand the technical questions well enough to challenge authentication where appropriate, and they treat plea calculations as something to be made after the evidence has been examined rather than after the police reports have been read.

For people facing serious charges in California, the practical implication is that the choice of counsel matters more, not less, in the digital evidence era. A firm like Angelo Reyes Law, built around trial-ready preparation rather than volume-driven plea processing, reflects what effective representation tends to look like in cases where the evidence record is large and where the difference between a good and a poor outcome turns on what defense counsel actually finds in the file.

The volume of evidence will keep growing. Defense practice has to keep up.



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