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Tesla stars Optimus robot production in California as profit falls 43%

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Tesla has started production of its Optimus humanoid robot at its factory in Fremont, California, a manufacturing space once dedicated to making electric vehicles, the company announced Wednesday.

“The bots coming off this line are the first production-quality bots that we have manufactured,” Tesla wrote in its third-quarter letter to shareholders. “While we will continue to iterate on the hardware and manufacturing process, we have proven that the current manufacturing process for Optimus is suitable for a commercial product.”

That fordward-looking development wasn’t enough to lift the company’s otherwise middling third-quarter earnings, results that typify a company at the midpoint of a major bet. Tesla’s revenue was flat and its expenses skyrocketed as it pressed the accelerator on its Optimus robots, AI, and autonomous driving. The end result was a 43% drop in profits.

The company’s revenue was largely driven by EV sales, which were flat year-over-year at $20 billion. Tesla delivered 486,532 vehicles in the third quarter, about 6,000 more than the previous quarter, but fewer than in the same period last year. 

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Tesla’s total third-quarter revenue was $28.04 billion, a skosh below the $28.09 billion it generated in the third quarter of 2025. Tesla’s third-quarter revenue was also about $200 million lower than the previous quarter’s haul of $28.23 billion.

Tesla saw a 16% year-over-year drop in its solar and energy storage business to $2.8 billion, which it blamed on tariff-related customer refunds. There was some positive revenue growth in its services business, a category that includes customer subscriptions to its Full Self-Driving advanced driver-assistance software. Tesla’s services business grew 33% year-over-year, bringing in $4.6 billion. 

None of this was enough to outpace Tesla’s spending on artificial intelligence projects and its Optimus robot, which took a big bite out of profits.

The company reported $787 million in net income, a 43% drop from the same period in 2025 when it earned $1.37 billion. Lower regulatory credit sales also put pressure on its profitability. The company stayed in the black in large part because of a big boost from its “services and other” segment, which accounted for a record $734 million in gross profit for the quarter.

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Google Maps brings Gemini to Apple CarPlay: Here’s how to use it

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Google Maps is one of the most useful apps for your car’s dashboard, especially when you’re going somewhere. But let’s say you’re heading out for the weekend and haven’t quite figured out where to go. You could spend a few minutes searching for places on your phone, checking the weather, and figuring out the best route. Or you could ask Gemini to handle it.

That’s exactly what Google is bringing to Apple CarPlay. Gemini is rolling out in Google Maps on CarPlay, giving you a conversational AI assistant that can help you find places, plan trips, and navigate without typing multiple searches. The best part is you don’t need to know where you’re going before asking for directions.

Your Google Maps experience is getting a lot more conversational

Until now, using Google Maps on CarPlay has largely meant searching for a destination, choosing a route, and following directions. Gemini adds another layer by letting you describe what you’re looking for in plain language. For example, if you’re visiting a new city and want to find a scenic spot with a great view, you can ask Gemini to recommend somewhere that fits the description. 

Gemini is coming to Google Maps navigation on CarPlay, bringing you a helpful, conversational assistant right to your in-car display. Try asking things like:

🚗 “What park is famous for gorgeous views overlooking the city?”
🌤️ “I want to go at a time when it’s not too busy and… pic.twitter.com/HovkzHBDe7

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— Google Maps (@googlemaps) October 21, 2026

Once it suggests a destination, you can keep the conversation going. You might want to know whether the weather is suitable for a visit or if there’s a better time to avoid crowds. Gemini can help answer those questions before you decide to head out. When you’re ready, you can ask it to start navigation while avoiding toll roads, all in the same conversation. Basically, it’s a much more natural way to interact with Google Maps, especially when you’re behind the wheel and would rather keep your attention on the road than fiddle with your car’s screen.

Here’s how you can try Gemini on Apple CarPlay

Once the feature reaches your device, open Google Maps on your CarPlay display and tap the Gemini icon. From there, you can ask questions, discover new places, and get directions without jumping between apps or typing multiple searches.

Google says Gemini is rolling out to Google Maps on CarPlay wherever the AI assistant is already supported, although availability may vary as the rollout progresses. Interestingly, this also gives CarPlay users another option beyond Siri. I’ve already received the feature on my CarPlay setup, and it’s nice to see Google bringing more of Gemini’s capabilities to Apple’s in-car platform. If you use Google Maps while driving as often as I do, this could make everything from your daily commute to an unplanned weekend getaway a little more convenient.

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‘Laser weapons will fundamentally change air defense’: South Korea’s Cheongwang laser downs 3 drones in live military trial

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  • South Korea deploys Cheongwang, a laser weapon designed to destroy hostile drones
  • Hanwha estimates each Cheongwang engagement costs approximately $1.50
  • Laser weapons could reduce dependence on expensive interceptor missiles against drones

South Korea has deployed Cheongwang, a laser-based air defence system designed to destroy hostile drones without using conventional ammunition.

Developed by Hanwha Systems alongside the Agency for Defense Development, the weapon has entered operational service.

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Hackers chain Plex flaws in Plex2Shell attacks to breach servers

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CISA: Hackers chain Plex flaws in Plex2Shell attacks to breach servers

The U.S. Cybersecurity and Infrastructure Security Agency (CISA) is warning that attackers are actively exploiting four vulnerabilities in Plex Media Server.

The security issues are collectively called Plex2Shell. When chained in an exploit, an attacker can obtain the owner’s admin token and execute code with elevated privileges.

Plex Media Server is a popular media suite that helps users organize personal collections of movies, TV shows, music, and photos, and stream them to other devices at home or remotely over the internet.

CISA has directed federal agencies to prioritize patching systems affected by Plex2Shell vulnerabilities or apply mitigations by October 23.

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The security issues were discovered by security researcher Zach Main, who reported them responsibly to Plex on July 27.

The individual flaws are rated medium to high in severity, but the researcher assigns the full exploit chain a critical score of 9.8.

  • CVE-2026-96652 – An SSRF flaw in /player/timeline that allows unauthenticated attackers to make Plex send POST requests to arbitrary destinations, including its own internal APIs.
  • CVE-2026-96654 – A URL injection flaw in searchOne that allows attackers to invoke other plugins’ functions with attacker-controlled parameters.
  • CVE-2026-96655 – An authenticated SSRF flaw in the transcoder endpoint that allows users to make Plex request arbitrary internal or external addresses.
  • CVE-2026-96656 – An arbitrary file write flaw in the transcoder settings that allows administrators to plant malicious shared libraries that Plex subsequently loads, leading to code execution.

Zach Main published full technical details for the Plex2Shell vulnerabilities on October 16, followed by a proof-of-concept (PoC) exploit three days later.

On October 17, reports of Plex2Shell being exploited in the wild started to emerge, intially targeting  Plex honeypots to deploy a cryptominer.

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Plex2Shell impacts Plex Media Server versions before 1.43.3.10861, which was released on August 4.

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Hackers also target Siemens Software Center

Alongside Plex2Shell, CISA has added to its catalog of Known Exploited Vulnerabilities (KEV) an uncontrolled search path element flaw, tracked as CVE-2026-110936, in Siemens Software Center (SSC).

The German technology giant warned on October 19 that hackers were leveraging the vulnerability in campaigns linked to a multi-payload ClickFix delivery platform called Romulus.

Recent research from operational technology (OT) cybersecurity company Forescout notes that Romulus “may be a privately operated panel, a commercial cybercriminal delivery service, an affiliate framework, or software that has been copied between operators.”

Siemens’s alert on CVE-2026-110936 shares indicators of compromise (IoCs) and advice on identifying compromised systems, urging administrators to update Siemens Software Center to version 4.0.9.8 or later.

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CISA has also added CVE-2026-106931 to KEV, an OS command injection flaw that affects affecting the SiteGuard Server Edition web application firewall (WAF). 

Both the vendor and Japan’s CERT flagged CVE-2026-106931 as actively exploited late last week.

The vendor urged users to upgrade to SiteGuard Server Edition for Apache httpd, Nginx, and IIS version 8.00 Update 5, and SiteGuard Server Edition for Apache httpd and Nginx on FreeBSD version 7.00 Update 6 and later.


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Overall prevention scores can hide what happens after initial access. Once attackers are using valid credentials, prevention drops sharply.

The Blue Report 2026 measures defenses technique by technique across 338 million simulations run in customer production environments.

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OpenAI agents disabled safety monitoring, one lied about it

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OpenAI agents disabled safety monitoring, one lied about it

OpenAI agents powered by the GPT-6.1 Sol and GPT-6 Astra models weakened misalignment monitoring during two internal tasks, interpreting coding instructions as authorization to do so.

AI alignment refers to how well an AI system’s goals and behavior align with human values, intentions, and instructions. It is a key focus of AI safety research aimed at preventing harmful actions and unintended outcomes.

One of the incidents occurred on October 3, when an agent powered by GPT-6.1 Sol extended an earlier human instruction “don’t send any messages” related to a Slack history search to automatic monitoring alerts.

It directed a sub-agent to empty notification recipient lists and suppress notifications. Although monitoring continued to run and save findings, it disabled alerts to humans.

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OpenAI says this happened even though the agent earlier reasoned that alerts should remain enabled.

A second incident on October 6 involved a GPT-6 Astra-powered agent tasked with migrating a program. The agent removed existing monitoring integration to match a reference implementation and then denied doing so.

After reporting the migration was complete, the agent did not tell the user that monitoring was disabled. Furthermore, when asked directly, the agent lied to the human.

GPT-6 Astra agent lies to human about disabling monitoring
GPT-6 Astra agent denies disabling monitoring
source: OpenAI

OpenAI says that the agent also replaced a test intended to preserve monitoring with one asserting that the monitor context was absent.

Although both incidents involved agents weakening alignment monitoring despite explicit instructions not to, OpenAI classified neither as P0 (“Priority Zero”), its highest urgency level for issues requiring immediate attention.

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Ongoing investigation

OpenAI says it is investigating whether the unintended behavior stems from excessive persistence in task-completion goals, a poor understanding of monitoring requirements, or a specific tendency to evade monitoring.

“We are also developing evaluations to test whether models might have a propensity to evade misalignment monitoring in particular and exhibit motivated reasoning in order to do so,” OpenAI explained.

“We don’t yet have a satisfying explanation for this behavior, and will investigate this behavior through the creation of paired evaluations, resampling of agent continuations, and experiments on models’ internal activations.”

The AI firm says it has updated its internal Auto-Review system to now detect and block attempts to disable misalignment monitoring. At the same time, it will also reject all workloads that lack valid monitoring requirements.

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Overall prevention scores can hide what happens after initial access. Once attackers are using valid credentials, prevention drops sharply.

The Blue Report 2026 measures defenses technique by technique across 338 million simulations run in customer production environments.

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Portal Space Systems reaches orbit for the second time this year with Starburst-1 launch

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Starburst 1 Release Photos Credit SpaceX Livestream 2
Portal Space Systems’ Starburst-1 spacecraft is shown in orbit aboard a SpaceX Falcon 9 rocket prior to deployment. (SpaceX Webcast Image)

Portal Space Systems has reached Earth orbit for the second time this year, successfully launching the startup’s first free-flying spacecraft, Starburst-1, aboard a SpaceX Falcon 9 rocket.

Portal’s Starburst-1 lifted off Tuesday at 7:04 a.m. EDT from Space Launch Complex 40 at Cape Canaveral Space Force Station. The spacecraft separated from SpaceX’s Falcon 9 on the Bandwagon-5 rideshare mission about 57 minutes later.

Within hours of deployment, the Bothell, Wash.-based company reported that the desk-sized craft had established ground communications, stabilized itself, and successfully deployed its solar array to become power positive.

It marks the second significant milestone for Portal this year, following the March debut of Mini-Nova — a tissue-box-sized technology demonstration payload that flew on a SpaceX Falcon 9 mission to test critical control and power systems in orbit.

Starburst 1 Release Photos Launch1 Credit SpaceX Livestream
SpaceX’s Bandwagon-5 mission lifts off from Cape Canaveral, Fla., carrying Portal Space Systems’ Starburst-1 satellite. (SpaceX Webcast Image)

Portal self-funded Starburst-1 to accelerate its flight timeline and prove out hardware for prospective customers, achieving orbit in less than a year since introducing the Starburst vehicle concept in November 2025.

Co-founder and CEO Jeff Thornburg emphasized that urgency is baked into the startup’s operational philosophy, noting that customers require spacecraft that can shift rapidly in orbit.

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“Speed can’t just be part of the product. It has to be part of the company building it,” Thornburg said in a statement. “Our customers need spacecraft that move quickly in orbit and a company that moves with the same urgency to get them there. We put our own capital behind Starburst-1 because proving hardware in flight is how we earn their confidence.”

Thornburg shared video of the launch and deployment of Starburst-1 on LinkedIn.

Starburst is an ESPA-class spacecraft designed to execute rapid maneuvers within a specific orbital regime, giving commercial and defense operators greater operational flexibility. The vehicle shares the majority of its core systems and manufacturing processes with Supernova, Portal’s larger upcoming spacecraft built for rapid travel across different orbital regimes, with flight data from Starburst-1 directly informing both platforms.

Starburst 1 Release Photos Founders Credit Portal Space Systems
Portal Space Systems co-founders Jeff Thornburg, left, the startup’s CEO, and Prashaanth Ravindran, VP of engineering, call fellow co-founder Ian Vorbach from Kennedy Space Center immediately after the launch of Starburst-1. (Portal Space Systems Photo)

Starburst-1 is carrying experimental technologies from three partner companies to test in orbit:

  • Zenno Astronautics’ Supertorquer: A superconducting magnetic attitude-control system designed to orient the spacecraft using Earth’s magnetic field — conserving onboard propellant — while testing whether its magnetic field can shield sensitive electronics from radiation.
  • TRL11’s Fovea M1: A specialized camera system providing live video of Starburst-1 and its surroundings, including visual confirmation of the solar array deployment.
  • Atomic-6’s Space Armor: Protective tiles engineered to shield the spacecraft from high-speed orbital debris without creating additional secondary debris.

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Since emerging from stealth in 2024, Portal has raised $75 million in funding — including a $50 million round in April — from investors including Geodesic Capital, Mach33, Booz Allen Ventures, AlleyCorp, and FUSE, alongside receiving critical SBIR and STRATFI support from the U.S. military.

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GeekWire got an inside look at Portal’s 8,000-square-foot Bothell development and testing lab earlier this year. To prepare for future demand — including a dedicated 2028 Falcon 9 mission known as Motus Via Sol that will carry multiple Starburst spacecraft and the first Supernova — Portal has been expanding its footprint.

The company is in the process of transitioning its satellite manufacturing operations into a new 65,000-square-foot facility in Bothell, which is slated to be fully operational by next year and capable of producing up to 16 Starburst and 12 Supernova spacecraft annually.

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Tesla-SpaceX Merger Being Considered

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Elon Musk says a merger between Tesla and SpaceX is under active consideration, with special committees at both companies evaluating a deal that could combine businesses valued at roughly $3.5 trillion. “Do I think it would be a good idea? Yes,” Musk said during a call with financial analysts over the quarterly business results of SpaceX on Tuesday. The BBC reports: While Musk noted the certainty of such a merger should not be assumed, and it would need shareholders’ support, he said special committees within both companies have been formed to examine the move. “The special committees have not reached agreement on terms of any transaction and there’s no guarantee that they will,” Musk added. “But I do think there is a lot of merit to merging and a lot to be gained.”

[…] The company, which builds space rockets and Starlink internet satellites, is now expanding into offering cloud compute capacity for other tech companies, like Anthropic and Google. That line of business has become the most profitable part of SpaceX, bringing in $7.5bn according to the latest quarterly results (PDF). Starlink also tallied revenue of $5.2bn. SpaceX as a whole, however, is not profitable and has lost $1.1bn so far this year.

[…] Musk said on Tuesday a full merger between the two companies would make sense for the work each is doing around chips, artificial intelligence, software and more. He described himself as a “conflicted party” as the chief executive of Tesla and of SpaceX. Even commenting on the possibility of a merger between the two companies, Musk compared to “tap dancing through a minefield.” He added a merger would ultimately be decided by shareholders. At least 50% of Tesla’s shareholders would need to approve the merger, which Musk described as “quite a high hurdle to achieve.”

Read more of this story at Slashdot.

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PHP warns it plans to release 2 emergency patches imminently

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Website admins, brace yourselves. Fixes for what are believed to be uncommonly severe vulnerabilities are scheduled to drop in a little more than 12 hours for PHP, a programming language that powers websites and Web applications everywhere.

PHP maintainers said Monday that they planned to release patches for two vulnerabilities, both with severity ratings of 9.2 out of a possible 10.

Waiting for PHP2Shell

“All PHP users are encouraged to prepare now so they can upgrade as soon as the release is available,” the advisory stated. “We reserve the right to release earlier should details of either vulnerability become public, or should evidence of active exploitation appear in the wild.”

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Google Chrome’s new early warning system could help you spot scam sites

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Anyone who has used Google Chrome has probably seen the red warning screen when they click a suspicious link or try to visit a potentially dangerous website. Google is now beefing up this warning system by adding a new layer that will flag websites that seem fishy, even when Safe Browsing does not have enough confidence to classify them as outright dangerous.

The new Suspicious sites category is being added to Chrome’s Enhanced Protection mode and will sit below the existing Dangerous sites classification. Google says these are pages that show deceptive patterns commonly associated with malicious websites, but where Safe Browsing has a lower-confidence verdict.

Chrome will warn you before it is completely sure

Instead of immediately showing the familiar full-page red screen, Chrome will show a different warning when it suspects something is wrong but doesn’t have enough evidence to call the website dangerous. Google is using different colors, icons, text, and formatting for these alerts, making the two warnings easier to tell apart. Known malicious websites will continue getting the existing red screen.

The extra warning could help older users or people unfamiliar with the tricks used in phishing and other online scams. These days, scammers often use AI to make very convincing copies of e-commerce or support websites, so an early warning could be quite useful in deterring a user from putting in sensitive information like logins, passwords, or financial information on these websites.

Gemini is helping Chrome catch more scams

Google is also upgrading the system behind Enhanced Protection. Chrome is moving from its earlier on-device Gemini model to a more powerful server-side version that can examine the brand a page claims to represent, its apparent intent, and how likely it is to be a scam. Safe Browsing combines that information with domain reputation and other security signals before reaching a verdict.

Chrome is also adding protection against ClickFix scams, which trick people into copying and running malicious commands. If Chrome detects a suspicious copied command, Safe Browsing can analyze it and show another warning if it is considered dangerous.

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Technics SL-1210MKX DJ Turntable Delivers More Precision, Less Anniversary Theater

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Technics has introduced the SL-1210MKX, a new flagship professional direct-drive DJ turntable that builds on the legendary SL-1200 series with a heavier chassis, revised isolation system, expanded pitch control, and several practical refinements developed with input from working DJs and sound engineers. Priced at $1,899.99, the new model sits above the existing SL-1210MK7 and is designed for professional clubs, touring, and live performances.

We’ve covered more than a few SL-1200 variations over the years, including the recent 55th Anniversary Edition with its seven color options and gold accents, along with the Aimé Leon Dore collaboration. Both demonstrated that Technics knows how to keep collectors and design enthusiasts interested, even when the underlying engineering remains largely unchanged.

The SL-1210MKX takes a different approach. Rather than dressing up the existing platform, Technics has focused on improving precision, stability, and the physical interaction between DJs and their equipment. It’s a sensible direction for a turntable family that has influenced professional music playback since 1972.

technics-sl-1210mkx-dj-turntable-angle
Technics SL-1210MKX DJ Turntable

Improved Isolation Without Sacrificing Control

The SL-1210MKX introduces a significantly heavier, balanced chassis designed to resist external vibration more effectively than the existing MK7 platform. Technics has also developed new isolation feet intended to reduce unwanted mechanical energy reaching the turntable.

This is particularly important in clubs and live performance environments, where vibration can travel through stages, floors, and DJ booths. Excessive vibration can interfere with cartridge tracking and create acoustic feedback, problems that aren’t easily solved by simply adjusting the volume.

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However, isolation is only part of the equation. Scratch DJs and turntablists need a deck that remains stable when they’re physically manipulating a record, so the suspension can’t be excessively compliant or unpredictable.

Technics says the new arrangement addresses both requirements, although it hasn’t disclosed the additional chassis weight or published comparative isolation measurements. Those numbers would help establish precisely how much improvement the MKX delivers over its predecessor.

technics-sl-1210mkx-top

More Precise Pitch Control and Greater Creative Freedom

One of the most useful additions is a dedicated ±4% pitch adjustment range, introduced for the first time in the SL-1200 series. The narrower adjustment range offers finer control when matching tracks with similar tempos, allowing DJs to make smaller corrections during transitions.

At the opposite extreme, the MKX introduces a ±50% pitch range, giving turntablists considerably greater flexibility for experimental mixing and manipulating playback speed. The existing MK7 offers ±8% and ±16% ranges, so the new model provides options for both more precise and more dramatic adjustments.

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Technics has also redesigned the reset switch for quieter operation, taking inspiration from earlier SL-1200 models. That might seem like a relatively minor refinement, but tactile consistency matters when equipment is being operated quickly in a dark booth.

The familiar coreless direct-drive motor remains, with adjustable start-up torque and brake speed. Reverse playback and 78 rpm support also carry over from the MK7, reinforcing the point that Technics has retained a proven foundation rather than replacing it unnecessarily.

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Classic SL-1200 Styling Without the Gold Treatment

Visually, the SL-1210MKX pays tribute to the SL-1200MK2, the 1979 model that helped establish the series as a professional DJ standard. Its black cabinet and polished silver tonearm create a familiar appearance that should appeal to longtime Technics owners.

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The layout reflects decades of refinement, with controls positioned where experienced DJs expect to find them. Familiarity is an advantage in professional environments, particularly when performers move between different clubs and equipment installations.

Technics says the X designation stands for Extreme and Expert, which is a little enthusiastic for a company that usually lets its engineering do the talking. Fortunately, there are no commemorative gold-plated accessories or designer slipmats required to justify the asking price.

technics-sl-1210mkx-tonearm-support

Specifications Compared

SL-1210MKX SL-1210MK7
MSRP $1,899 $1,299
Dimensions (HxWxD) 169 x 453 353 mm 169 x 453 353 mm
Weight 11.9kg 9.6kg
Type Direct Drive Direct Drive
Turntable Platter Aluminium diecast
Diameter:332 mm
Weight:Approx. 1.8 kg (Including slipmat and slipsheet)
Aluminium diecast
Diameter:332 mm
Weight:Approx. 1.8 kg (Including slipmat and slipsheet)
Turntable Speed 33-1/3 rpm, 45rpm (with switch 78 rpm) 33-1/3, 45 rpm (with switch 78 rpm)
Variable range pitch ±4%, ±8%, ±16%, and ±50% ±8 %, ±16 %
Starting torque 0.18 N・m (1.8 kgf・cm) 0.18 N・m / 1.8 kg・cm
Build-up characteristics 0.7 s from standstill to 33-1/3 rpm 0.7 s from standstill to 33-1/3 rpm
Braking system Electronic brake Electronic brake
Cartridge Weight 5.6 – 12.0 g (without auxiliary weigh)14.3 – 20.7 g (including the head shell) 5.6 – 12.0 g (without auxiliary weigh)14.3 – 20.7 g (including the head shell)
Tone arm height adjustment range 0-6 mm 0-6 mm
stylus pressure adjustment range 0-4 g (Direct Reading) 0-4 g (Direct Reading)
Audio Output PHONO (Pin Jack)
EARTH terminal (larger)
PHONO (Pin Jack)
EARTH TERMINAL
Anti-glare stylus light Yes –
Dust Cover Yes Yes
technics-sl-1210mkx-rear-inputs
The SL-1210MKX provides a larger PHONO ground terminal that makes it easier to tighten and remove during setup, helping ensure a stable ground connection.

Who Is the SL-1210MKX For?

The MKX is aimed primarily at professional vinyl DJs, particularly those who perform regularly in clubs, at festivals, or on tour. The improvements should also interest permanent nightclub installations, rental companies, and professional backline providers who prioritize consistent operation and equipment durability.

However, two alternatives are worth considering before spending nearly $1,900.

Technics SL-1200MK7 ($1,299.99): The current MK7 remains an excellent choice for DJs who want the established Technics platform without paying for the new refinements. It shares the familiar control layout and coreless motor architecture, making the $600 price difference an important consideration. For home practice and less demanding environments, the MK7 may offer everything most users need.

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Pioneer DJ PLX-CRSS12 ($1,599): Pioneer’s hybrid approach combines conventional analog vinyl playback with digital vinyl system control, including tonearm-free DVS operation using its MAGVEL CLAMP. Compatibility with Serato DJ Pro and rekordbox makes it particularly attractive to performers who combine physical records with digital music libraries. It costs approximately $301 less than the Technics, although the two models emphasize different performance priorities.

Home audiophiles who don’t need professional pitch manipulation or scratch-oriented controls should consider the Technics SL-1200GR2 instead. That model incorporates more sophisticated drive-control and power-supply engineering intended specifically for high-fidelity playback.

technics-sl-1210mkx-strobe-lighting
The SL-1210MKX adds an anti-glare stylus light

The Bottom Line

The SL-1210MKX is an interesting development because Technics has resisted the temptation to reinvent a product that already works exceptionally well. Instead, the company has concentrated on refinements that professional DJs are likely to notice during everyday use, particularly when accuracy, physical control, and long-term reliability matter more than appearance.

The price premium over the MK7 is substantial, and it’s too early to determine whether the improvements justify upgrading an existing deck. For clubs replacing older equipment or professionals who earn their living behind a pair of turntables, however, the MKX makes a more convincing argument than another cosmetic special edition.

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Technics has spent more than five decades establishing the SL-1200 as a professional standard. The MKX doesn’t need to rewrite that history. It needs to demonstrate that careful engineering still matters.

technics-sl-1210mkx-platter-top

Pricing & Availability

The Technics SL-1210MKX will make its public debut on October 21, 2026, at Amsterdam Dance Event, with additional appearances planned for the Paris Audio Video Show and Poland Audio Video Show.

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The first units are expected to be available by January 2027 at select Technics retailers for $1,899 in the U.S. or £1299 and €1499 across Europe.

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How AI Is Breaking the Way We Reward High-Achieving Students

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For generations, schools have rewarded the correct answer, the polished essay and other finished products of learning. Now that artificial intelligence (AI) can effortlessly write the papers and produce the results that used to come only from high achievers, what does “high achievement” mean? And which student behaviors should be rewarded?

As someone who became a high achiever after years of low academic effort, my own school experiences remind me that it’s critical to consider how AI is affecting the full range of students in our classrooms — not only those who are struggling.

Throughout my first two years of high school, I was what I like to call an “academic minimalist.” I wasn’t trying to fail, but I also wasn’t chasing academic greatness either. I often thought, Why exhaust myself earning a 95 when the diplomas don’t come with a footnote explaining that I passed algebra with enthusiasm? I went to class, did enough to pass and went home. I did not build my identity around earning all A’s or being the student whose hand shot up first. School was something I needed to get through. 

Then, during my junior year, something shifted. I sat in one of my English courses, with a teacher named Mr. Poska. He saw that I had a secret love for reading and writing, and I began to slowly blossom as a scholar in his class. He then suggested that I challenge myself and recommended I take his Advanced Placement (AP) English course, The Faustian Bargain in Literature. Intrigued, I enrolled.

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The class centered on the Faustian legend, the centuries-old story of a person who bargains away something essential in exchange for knowledge, immortality, beauty, power or desire. For the first time during my high school career, I felt a sense of intrinsic motivation and internal desire to immerse myself and to push myself, which eventually spilled over into my other classes senior year.

We traced the legend across literature, researched its evolution and analyzed how different writers reinvented the same questions about ambition, temptation and consequence. I had to read closely, do substantial research, make connections between texts and defend interpretations that did not come packaged with one correct answer. 

After taking this class, I fell in love with researching and discovering that a text could hold multiple meanings. For the first time, academic achievement wasn’t just something measured by my report card. Being a scholar became part of how I understood myself. Somewhere along the way, I transformed from “academic minimalist” into “high achiever.”

Once I entered college, I fell even more in love with learning when I decided to major in English and psychology. I continued on to earn a master’s degree in education, followed a decade later by a second master’s degree in leadership. By then, I strove for A’s in my classes, and a 4.0 GPA became a goal I had to hit. Being a high-achieving scholar became part of my identity. 

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A New Perspective

As AI transforms education, I find myself looking at my students and seeing reflections of my former self, particularly those who have built their identities around being high-achieving scholars. 

Over my 13 years in education, I have come to recognize these students in my classes immediately. They want the 90, then ask what they can do to make it to a 95. They want extra credit when they already have an A. They revise and research beyond what I assigned. 

For years, schools have rewarded these behaviors. We’ve told students that becoming strong writers, researchers, critical thinkers and independent learners would distinguish them. Then, we handed them technology that can produce a polished essay, summarize a 100-page reading, generate research questions, reorganize notes and offer a sophisticated analysis before they have finished typing the prompt.

That creates a strange existential question for a teenager whose confidence has been built around academic competence: If AI can do the one thing I am good at faster and more accurately than I can, what exactly am I good at and why am I even doing it?

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When AI can effortlessly write the essays and synthesize the texts that once defined academic worth, the traditional definitions and metrics of high achievement begin to fracture, and these students begin to feel displaced. 

AI forces educators to move beyond transactional grading and redefine authentic scholarship around human curiosity rather than automated perfection. As this technology continues to evolve and be a part of our classrooms, we have to work to discover how to cultivate genuine resilience and keep academic excellence at the forefront. 

When Confidence Is Outsourced

I have started noticing traits among some of my academically stronger students that concern me more than an obvious AI-generated essay — hesitation, lack of self-trust, low confidence and apathy.

One student offers an insightful interpretation and then wants to check AI to make sure it is “right.” Another student has an original idea but trusts the polished version generated by AI more than their own language. Students who once approached assignments independently increasingly want technological confirmation before trusting their thinking. Students who used to respond first to complex questions now just shrug when I ask them a question and jump straight to AI for an answer.

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As an educator, I find the irony unfolding painful to watch. Students who have spent years becoming capable begin outsourcing their thinking because they care more about being correct.

Students themselves seem to recognize some of this tension. In an August 2026 survey of U.S. teens by Common Sense Media, 70% reported using AI for schoolwork. Among teens who use AI, 38% said its availability leads them to generate fewer ideas of their own, while 39% said they feel they miss out on learning when they use AI to complete assignments.

This complicates the conversation about AI and achievement, shifting the focus away from struggling students to high-achieving scholars. It introduces a vital new narrative: A student does not have to be struggling academically to become cognitively dependent on technology, as efficiency and polished outputs quietly erode the productive struggle essential to true mastery.

In fact, perfectionism may create its own vulnerability. Research examining educational identity, achievement and perfectionism among adolescents found complicated reciprocal relationships between these factors, including potentially harmful connections between externally driven perfectionism and educational commitment. For high-achieving students whose academic identities are closely tied to measures of performance and achievement, AI may create an additional layer of pressure by producing seemingly flawless work in seconds. 

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As AI increasingly performs tasks that once required intellectual curiosity, persistence and independent thinking, students may begin questioning the value of their own academic contributions and the skills they have worked so hard to develop, potentially undermining the confidence and intellectual independence that have shaped their identities as high-achieving scholars. This leaves us, as educators, with an important question: When students no longer see their own intellectual efforts as essential to academic success, what happens to the motivation and scholarly identity that once drove them to excel?

For a student accustomed to producing excellent work, AI offers something seductive — fewer mistakes. But learning has never required perfection. Learning requires enough confidence to get it wrong before getting it right.

Honoring the Wrong Things

This brings me to an uncomfortable possibility: Perhaps AI is not only disrupting student achievement, but exposing how narrowly schools have defined it.

For generations, we have rewarded the polished essay, correct answer, immaculate notes, high GPA and completed product. AI is exceptionally good at producing products. So if the product is all we measure, AI will inevitably make it harder to identify human achievement.

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In my previous EdSurge opinion piece, ‘Protecting Student Cognition in the Age of AI,’ I argued that educators need to preserve productive struggle because the thinking behind an assignment matters as much as the finished product. That becomes even more important for high-achieving students.

Instead of asking “How good is this essay?” I increasingly want to know: How did you arrive here? Show me the question that started your research. Show me your first claim and explain why you abandoned it. Tell me which source changed your thinking. Defend your conclusion when I challenge it. Explain where AI contributed and where you rejected its recommendation. Let me see you change your mind.

Those things are much harder to automate because they reveal intellectual ownership, the very thing we should be protecting.

Redefining High Achievement

This does not mean high-achieving students should avoid AI. They will enter colleges and workplaces where understanding how to use AI will itself be an important skill. Digital Promise’s AI literacy framework emphasizes not simply using AI, but understanding and evaluating it, with human judgment remaining central.

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That gives schools an opportunity to expand rather than erase what high achievement means. Maybe tomorrow’s high-achieving scholar is not the student who produces the most flawless essay. Maybe it is the student who can produce an original argument, interrogate an AI-generated one, identify what both missed and explain why their final judgment is their own.

Maybe achievement should be measured through curiosity, intellectual resilience, ethical judgment, creativity, revision, self-advocacy and the confidence to say, “AI suggested this, but I disagree because ….”

School leaders also have a responsibility here. If teachers are independently deciding what AI use counts as learning, cheating or excellence, students are navigating a moving target that will look different in each classroom. Schools and districts need shared language about what human achievement looks like when AI is present and what evidence shows students still own their learning.

I want to encourage educators to consider whether, in this new age of AI, we should continue to reward polished, “perfect” products over original thinking and productive struggle. If we do nothing, we risk sending the message that efficiency and accuracy matter more than the human process of learning.

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Today’s ‘Faustian Bargain’

I often think back to the Faustian Bargain in Literature class all those years ago, and it feels almost too fitting to remember that course now. AI has come to offer students an extraordinary bargain: speed, polish, information and accurate answers with less struggle. But education has to make sure students understand what should never be part of the exchange.

When I entered that AP English classroom in high school, I did not become a scholar because every paper I produced was perfect. I can assure you they weren’t. I became one because I discovered that I loved the process of thinking deeply enough to have something of my own to say. 

Our high-achieving students deserve the opportunity to make that discovery too, and to keep the part of their identity that makes coming to school and striving for better worth it.

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