Tesla has begun hiring senior semiconductor engineers in Taiwan for its Terafab artificial intelligence chip complex, according to job postings dated April 17, 2026. Listings seek candidates with more than five years' experience across advanced fabrication steps — lithography, etching, thin films, chemical mechanical planarization, process integration and yield engineering — and reference nodes below 7nm and 2nm-class technologies. Tesla describes Terafab as a vertically integrated facility combining logic, memory, packaging, testing and lithography mask production under one roof. Roles also call for familiarity with advanced packaging flows such as CoWoS and SoIC, and the factory is expected to support edge-inference processors, space-hardened chips for satellites and high-bandwidth memory. The hiring push follows CEO Elon Musk’s public unveiling of the Terafab initiative last month and comes amid global demand for AI-capable chips and capacity constraints at major contract foundries. TSMC responded that it would not underestimate competitors but cautioned there are “no shortcuts,” noting typical fab build timelines of two to three years. Tesla did not immediately comment beyond the posted listings.

Dozens of humanoid robots from Chinese developers raced in the Beijing E-Town Half Marathon on April 19, 2026, with an autonomous entry from smartphone maker Honor completing the 21.1km course in 50 minutes 26 seconds—faster than the current human world record of about 57 minutes. A separate Honor machine, remote-controlled, logged an even quicker 48:19 but was not declared champion under the event’s weighted scoring that favoured autonomous navigation. The event, held in Yizhuang, featured more than 100 teams, roughly 40% of robots running autonomously, and parallel tracks for ~12,000 human runners to prevent collisions. Organisers put the course through varied terrain to test stability, endurance and navigation; some robots still stumbled or hit barriers. The result marks a sharp improvement from last year’s inaugural race, when the fastest robot needed about 2 hours 40 minutes, and underscores growing investment and engineering advances—leg design, liquid cooling and embodied AI—in China’s robotics sector.

On April 19, 2026, multiple reports said Apple is testing undo and redo controls for Home Screen customization in iOS 27. The buttons would be added to the long‑press edit menu used to add widgets, change pages and edit wallpaper, letting users quickly reverse or reapply app and widget layout changes without manually restoring arrangements. The feature is part of an iOS 27 cycle widely reported as a “refinement‑first” update — likened to Mac OS X Snow Leopard — that prioritises performance, stability, bug fixes and battery life over major new features. Other rumored additions include a dedicated Siri app, Apple Intelligence enhancements and a new Liquid Glass slider for visual adjustments. Sources indicate beta testing will begin in June with a public release expected in September 2026. The change is aimed at improving daily usability, particularly on iPad where layouts can become complex, and fits a broader effort to tidy legacy code and polish the user experience.

WrestleMania 42’s two-night show at Allegiant Stadium in Las Vegas was hit by persistent streaming problems for millions of viewers worldwide, according to multiple reports on April 19-20, 2026. In the United States the first hour aired on linear ESPN before switching to the ESPN app/ESPN Unlimited; viewers reported an early audio echo during John Cena’s opening, repeated app freezes and intermittent outages through Night 2. International audiences watching on Netflix also experienced crashes, lag, search failures and difficulty finding the live event. Fans in the arena even booed ESPN when the network was mentioned during the opening. The disruption came amid WWE’s shift to a fragmented, streaming-led distribution model that places marquee content across multiple platforms. Social posts show users threatening cancellations and demanding fixes; outlets report the issues affected both the broadcast mix and app-based streams as the company and partners scrambled to stabilise service.

Apple may postpone launches of its next Mac Studio and touch-screen MacBook Pro models as a global memory shortage tightens supplies, industry reports said in April 2026. Bloomberg columnist Mark Gurman and other tech outlets reported that demand for high-bandwidth memory from AI servers, GPUs and data-centre hardware has squeezed availability of RAM and advanced storage components, forcing Apple to reconsider timing. A Mac Studio refresh originally expected around mid-2026 is now likely to slip toward October 2026, while the heavily revised MacBook Pro — previously slated for late 2026 to early 2027 — could land nearer the start of 2027. Apple is already seeing shipment delays for memory-intensive machines, and outlets note the company may avoid launching new models into constrained supply. Rumoured upgrades include M5/M6-class chips for desktops and laptops, OLED displays, Dynamic Island and touch-friendly macOS 27 software tweaks intended for the pro notebook.

Alphabet's Google is in discussions with Marvell Technology to design two custom chips for running AI models, multiple reports said on April 19, 2026. One chip would be a memory processing unit (MPU) intended to work alongside Google's Tensor Processing Units (TPUs); the other would be a TPU optimized for inference workloads. The talks have not produced a signed contract and were not immediately confirmed by the companies. According to reporting, Google and Marvell aim to finalise the MPU design potentially as soon as 2027 before moving to test production. The move would add Marvell as a design partner alongside existing suppliers such as Broadcom, MediaTek and TSMC, reflecting Google's strategy to diversify its custom silicon supply chain and to halve serving costs as inference becomes the dominant compute expense. The partnership, if concluded, would bolster Marvell’s position in cloud custom silicon while advancing Google’s efforts to offer TPUs as an alternative to Nvidia GPUs.