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Effective September 1, 2026, Tim Cook, the CEO of Apple, will resign from his position. Cook took on the role of CEO in August 2011, shortly before the passing of Steve Jobs. During Cook’s tenure, Apple has sustained its reputation as one of the most valuable tech firms globally, achieving a market valuation of $4 trillion in 2025. Additionally, under Cook’s guidance, Apple has broadened its product range, tackled major political challenges, and adjusted to supply chain difficulties. John Ternus, currently the SVP of Hardware Engineering at Apple, will succeed him as the new company leader.

Ternus has been instrumental in several of Apple’s key developmental achievements, which include launching the iPad and AirPods product lines, transitioning from Intel processors to Apple’s proprietary silicon in Macs, and the unveiling of the MacBook Neo. While Cook has an operations background, Ternus comes from hardware and product design, indicating that Apple will once again be overseen by an executive with significant technical know-how. Furthermore, as per a recent Bloomberg article, Ternus exhibits a leadership style that contrasts with Cook’s; according to anonymous, long-term colleagues, Ternus is “ready to make definitive decisions,” which contrasts with “Cook’s more thoughtful, consensus-driven method.”

Yet, despite his assertive style, the incoming CEO will face numerous challenges — such as assuring customers that the new Siri meets expectations, securing Apple’s attainment in emerging product categories, and guiding the future path of the company’s flagship product, the iPhone, amongst other concerns.

The new Siri and AI

Tim Cook assumed the role of Apple CEO just after Steve Jobs had unveiled the iPhone 4S with Siri integration. At that time, Siri’s ability to check the weather, set calendar reminders, place calls, and perform various tasks for users on demand was groundbreaking. However, over time, Siri fell behind rival voice recognition systems, particularly Amazon Alexa and Google Assistant, regarding functionality and external product integration. With a new surge of LLM-powered personal assistants emerging, Apple needs to enhance its vision for iPhone AI to create a compelling alternative.

During Apple’s Worldwide Developers Conference (WWDC) in 2024, the company introduced Apple Intelligence and showcased a version of Siri capable of responding to personalized queries by accessing user-specific data and content, but it was never launched. Following ongoing delays, the company ultimately allied with Google to empower Siri with Gemini. The results of that collaboration are anticipated to be revealed at the WWDC 2026 keynote. Nevertheless, the updated feature will not be available until later this fall, after John Ternus has taken over as Apple’s CEO.

Ternus will not only be accountable for the success of the new Siri but will also guide Apple’s direction in the emerging realm of AI. He will determine whether the company advances further into AI-driven development, including incorporating intelligent AI systems into future Apple products and software updates across iPhones, iPads, or Macs.

Establishing Apple’s success in new product categories

With Ternus at the helm, Apple may experience growth in entirely new directions — if the rumors are accurate, Apple has multiple new products lined up for a sooner-than-anticipated release. These include a smart home hub, the iPhone Fold, smart AR glasses, and even a touchscreen MacBook Pro, all expected to launch later this year or in early 2027. However, it’s important to note that Apple is not typically the pioneer in initiating new product categories; historically, the company has waited to launch product lines to outshine its competitors, as seen in the smartphone, tablet, and wearable markets with the iPhone, iPad, and Apple Watch respectively. Additionally, Apple hasn’t invested as heavily in AI development as its rivals have, which might affect its capacity to innovate and excel in the developing consumer technology landscape.

As numerous other tech giants invest significant resources into AI, AR, robotics, and wearables, Ternus may take a similar approach by directing Apple’s investments more into these areas. However, if he chooses this path, he may need to shift the company’s focus away from its current products. Apple phased out the iconic iPod brand when it ceased production of the iPod Touch under Tim Cook, in response to the rising trend of streaming services. Coinciding with this decision, the classic iTunes software was also discontinued, redirecting users to Apple Music, Apple Podcasts, and Apple TV instead. In a similar vein, Ternus may need to adjust Apple’s existing product lines to align with the broader technological landscape.

Navigating political challenges

Apple’s resilience as a company can be attributed to its ability to endure political turmoil and adapt to governmental demands. Over the past decade, Apple has encountered

when the Windows Runtime Broker causes a surge in your CPU usage. At a quick glance, you can observe CPU, memory (RAM), disk usage, and additional metrics. Many individuals come to depend on this tool as a kind of performance benchmark and to gain a clearer picture of the operating system.

However, it might be wise not to take those figures at face value. According to its original developer, former Microsoft OS engineer Dave Plummer, the task manager may be misleading regarding performance metrics. This relates to how the application retrieves data. As Plummer articulates, assessing CPU and system resource usage is complex. “Either the CPU is engaged, or it’s not, right? It’s silicon, not interpretative dance.” Yet, despite this commonly held belief, that’s not precisely how it functions. More details are needed to decipher why the CPU is active. “The first uncomfortable question is ‘Busy doing what, exactly?'” How many cores are being utilized? What is the typical resource usage during the polling interval? Furthermore, Plummer probes whether it’s busy because of deferred procedure calls, the idle loop, or “some peculiar accounting bucket” because “the scheduler required somewhere to attach the cost?”

Plummer discloses that the task manager tracks resource usage over time, refreshing at multiple intervals to update the figures. It’s not reflecting stats in real-time, and it’s not a “straightforward speedometer,” but “more akin to forensic accounting.”

a battery-activated fire. It’s important to note that triggering this can occur easily; merely having coins touch the terminals or the tip of a screwdriver is sufficient to potentially initiate a short circuit. Luckily, there’s a simple precaution you can take to avert this: Cover the terminals with tape.

strange 3D-printing endeavors, you’ll appreciate this tale about a plane powered by electricity that operates with wings made of tissue paper. Aerospace engineer Tom Stanton aimed to construct a 3D-printed aircraft that could be hand-cranked for extended gliding. He drew inspiration from classic wind-up toys that utilize wound rubber bands to rotate the propeller. Similarly, Stanton’s aircraft employs a supercapacitor charged by a hand-cranked generator in merely four seconds.

While vintage toy airplanes are often crafted from balsa wood, Stanton opted for 3D-printed plastic to get his prototype airborne as quickly as possible. The frame of the plane was printed directly onto tissue paper to form the wings, with a carbon fiber rod fastening the wings to the aircraft’s structure. Stanton required a lightweight supercapacitor to retain an electric charge, so he selected a 2.7-volt capacitor with a capacitance of 10 farads, weighing just 3.2 grams. To complete the model, Stanton 3D-printed a plastic bracket for attaching the propeller, supercapacitor, and a micro-brushed motor to the plane.

In practice, the supercapacitor depleted its charge rather swiftly, but that’s acceptable. Its role is to provide the motor with sufficient initial power at launch so that the propeller can elevate the plane and enable it to fly for a considerable duration based solely on aerodynamics. In its optimal test, the plane achieved roughly 45 seconds of uninterrupted flight.

almost destroyed by Oreos) would be an excellent children’s program.

The “RoboCop” animated series (not to be mistaken for another cartoon, “RoboCop: Alpha Commando”) was a brief cartoon that premiered in 1988. The show utilized several characters from the original film, many of whom pursued their own storylines. Although the cartoon was considerably softened compared to the movie, the animated “RoboCop” series occasionally addressed serious themes like discrimination and racism.

The production of the series was divided between Marvel and Orion Pictures. The “RoboCop” cartoon only ran for 12 episodes, but it was initially intended to include 13. It’s often recounted online that the funding for this missing episode was diverted to create what Marvel Productions CEO Margaret Loesch believed would become the next major cartoon: X-Men, particularly the pilot episode “Pryde of the X-Men.” However, it remains uncertain where this piece of trivia originated, as no sources are referenced in any discussions recounting the tale. While this specific animated version of the team was never approved, it set the stage for the ’90s X-Men cartoon that many recognize and cherish, which subsequently led to the recent revival “X-Men ’97” on Disney+.