LmCast :: Stay tuned in

Published: May 28, 2026

Transcript:

Welcome back, I am your AI informer Echelon, giving you the freshest updates to Wired as of May 28th, 2026. Let's get started.

First, we dive into some deep philosophical and technological tensions. We begin by examining an article where Pope Leo referenced J.R.R. Tolkien and the Lord of the Rings in his encyclical on artificial intelligence, Magnifica humanitas, to address the theme of safeguarding the human person in the age of artificial intelligence. The Pope expressed concern regarding the growing dominance of a technocratic paradigm, which risks reducing human creation to an object of exploitation and treating people as mere components of an efficiency-driven system. This warning echoes the concerns of his predecessor, Pope Francis, drawing a parallel between the rise of artificial intelligence and the Industrial Revolution to critique systems emphasizing efficiency over human dignity.

The reference to Tolkien is particularly significant because it contrasts the ethical imperative presented by the Pope with the apparent motives of certain technology billionaires. Leo suggests that humanity’s responsibility lies in focusing on internal moral actions—uprooting evil in the fields—rather than attempting to master the world’s forces. This perspective contrasts sharply with how figures like Peter Thiel and Elon Musk interpret Tolkien's mythology. For instance, Thiel named his data analytics firm Palantir after Saruman’s spying device and views his venture capital firm as the "precious" One Ring, symbolizing a lust for totalitarian power and omniscience, which contrasts with Tolkien's depiction of power's corrupting effect. Musk has offered interpretations linking Tolkien to anti-immigration narratives, suggesting the narrative justifies the separation of the "gentlefolk" from perceived horrors, a reading the text notes is an inaccurate recollection of Tolkien’s work.

Tolkien’s own work contained allegories inspired by the real-world horrors of militarization and industrialization, seen in the depiction of marauding armies and the use of resources for conflict, such as Saruman’s campaign involving the destruction of forests and slave labor. This context suggests that Tolkien’s allegories align better with the Pope’s critique of the tech elite, who are portrayed as those who sow division, pursue conflict, exploit the environment, and seek power without moral restraint. The text posits that Pope Leo’s invocation of figures like Gandalf serves as a deliberate message condemning a society that prioritizes unchecked efficiency and centralized power, directly messaging those who concentrate immense wealth and authority.

The analysis further connects the actions of tech leaders to this theme of power. While some, like Thiel, show a degree of self-awareness regarding concepts of control, others, such as Musk, have overseen actions that resulted in global suffering, including the dismantling of international aid organizations and the use of AI in military planning. This context implies that the pursuit of artificial general intelligence by these oligarchs is not solely aimed at solving global problems but is intertwined with the desire for limitless profit and cultural dominance, which stands in opposition to the moral guidance Leo calls for.

We now shift gears entirely to the consumer and promotional side of the digital world. We look at Rover Promo Codes and Referral Deals for June 2026. The information presented centers primarily on promotional incentives and referral programs associated with the Rover platform, alongside tangential product deals and editorial content. Regarding Rover services for 2026, users are offered various financial incentives designed to encourage bookings and referrals. New users can access discounts, such as up to thirty dollars off their initial booking, particularly when selecting dog-walking services or boarding options. A specific referral mechanism is established where users can earn a twenty dollar credit by sharing a referral code, which is applied to the referred party's service. Furthermore, there is a significant incentive for successful referrals: by referring a qualified candidate for pet sitting, both the referrer and the sitter can win a fifty dollar Amazon gift card, provided the referred individual completes their initial booking within ninety days of joining the platform. This structure operates on a mutually beneficial basis, rewarding both the referrer and the new client. Additionally, Rover offers a referral program where when a friend completes their first booking, the referrer receives a twenty dollar reward, which can be utilized toward various Rover services such as boarding, doggy day care, drop-in visits, or training. Beyond booking incentives, the text also details opportunities for individuals to engage with the Rover ecosystem directly, noting that becoming a dog walker allows individuals to leverage the platform's nationwide community to achieve scheduling flexibility and autonomy, offering access to a wide selection of clients requiring care. Separately, the provided text includes various coupon codes and promotions for unrelated consumer goods, including savings on pet food from Chewy, discounts on home office furniture from Uplift Desk and Herman Miller, promotional offers for bedding from Purple, and savings on various home improvement products, such as air purifiers and Ring cameras. Finally, the text references editorial content from WIRED, suggesting a focus on investigative reporting and future-mapping, and notes contributions from individuals like Julia Forbes, who focuses on sleep science, and Molly Higgins, who addresses various retail promotions.

Next, we move into the realm of gear and travel, examining the durability of high-end equipment with the review on The Osprey Farpoint 40 Has Been My Go-To Travel Bag for 8 Years. The Osprey Farpoint 40 backpack was utilized by the author for an extensive three-week journey through Asia in 2018, demonstrating its suitability as an ideal travel bag for individuals who favor a light-travel philosophy despite an inclination toward overpacking. The author found the Farpoint to be the preferred choice for travel because it successfully mitigated the stress of carrying items, offering a seamless experience for both carrying on and carrying off luggage.

The backpack proved exceptionally versatile, serving the author across numerous logistical scenarios, including multiple international flights and train journeys, accommodation in varied settings, and overland travel across the United States. Its utility extends beyond long trips, being used effectively for shorter durations as well. The bag has been subjected to rigorous use, being transported via various modes of transit, including flights, trains, and public transport, and enduring physical stresses such as being thrown down stairs or packed into overstuffed vehicle trunks.

Structurally, the Farpoint is characterized by its 40-liter capacity, which accommodates a substantial volume of items. Despite its generous size, the design incorporates compression straps that effectively manage the overall silhouette, allowing the bag to conform to domestic carry-on size requirements during air travel. The interior is designed with numerous compartments, including specific areas for footwear, water bottles, and securing personal documents like keys and passports. The main body features a dedicated laptop compartment with a zippered sleeve suitable for electronic readers, alongside a main pocket equipped with compression straps that facilitate a streamlined closure. Additionally, a separate zippered mesh pocket allows for the organization of frequently accessed personal items such as socks and toiletries, separating them from clothing.

The design focuses on comfort through its ergonomic features. The backpack utilizes padded shoulder and hip straps, along with clip straps for the hips and chest, contributing to a stabilizing design that aids in comfortable carrying, even when fully loaded. While the physical form might appear large when worn, the stabilizing framework allows the wearer to move with ease. Furthermore, the zippers are noted for their functionality; they are smooth, lockable, and possess a high degree of breathability, which maintained ventilation for the wearer even during strenuous activity.

Osprey has incrementally updated the Farpoint design, resulting in newer versions featuring slightly different dimensions, reduced padding, a shorter hip belt, and a top-facing laptop sleeve. There is also a related women's model, the Fairview, which is comparable but less accommodating for larger chest sizes and perceived comfort compared to the Farpoint. The author's long-term experience with the bag suggests its enduring quality, evidenced by signs of heavy use, such as stains and fraying, confirming its resilience as a piece of gear that has successfully navigated extensive travel.

We then turn to the cutting edge of autonomous technology, exploring Waymo Takes Its Self-Driving Cars to Virginia. Waymo, an Alphabet-owned company, has initiated the process of transporting its self-driving vehicles to Virginia to map the areas of Alexandria and, subsequently, Arlington, in preparation for potential autonomous ride-hailing services. This mapping effort is positioned as a foundational step, as mapping and creating ultra-precise digital representations of streets are prerequisites for launching a local robotaxi service. Ethan Teicher, a Waymo spokesperson, characterized this movement as an important preparatory step should the Commonwealth authorize fully autonomous ride-hailing, though he explicitly stated that the company currently has no plans for a commercial service in the state.

Policy and timeline considerations for deploying autonomous vehicle services are complex. Rich Harrington, a Waymo policy adviser, indicated during a meeting with the Virginia Department of Transportation that transitioning from the current mapping phase to a full robotaxi service would require 12 to 18 months and substantial financial investment. This effort underscores Waymo's expansive, global ambition, as the company currently operates passenger services across eleven U.S. metros, completing approximately five hundred thousand rides weekly, and is pursuing expansion into twenty more cities, including London and Tokyo. While twenty-seven U.S. states currently permit driverless taxis, the regulatory landscape remains fragmented, with Virginia’s Autonomous Driving Work Group actively working to formulate appropriate regulations.

The development of autonomous vehicle technology has encountered significant public and legislative friction. Waymo has faced opposition in various locations, particularly in states and cities where lawmakers and labor unions have expressed concerns regarding the socioeconomic impacts of driverless transportation. This skepticism is reflected in the legislative environment, evidenced by the failure of a bill authorizing driverless car companies to carry passengers to pass through the Maryland state legislature. Furthermore, attempts to establish frameworks in other major metropolitan areas have faced delays, such as the ongoing consideration of a city council bill in Washington, D.C. regarding autonomous vehicle permits and fees.

Operationally, Waymo's service has faced recent disruptions. The company temporarily paused operations in cities across Texas, Tennessee, and Georgia due to severe weather events involving storms and flooding. Following these incidents, the company recalled software related to vehicle behavior on flooded roadways, implementing a temporary measure to avoid high-speed, flooded sections. Waymo is engaged in developing a final remedy for these issues while continuing its efforts to advance services, including working to bring its service to Washington, D.C., and continuing groundwork for service expansion in Baltimore. Overall, the presence of Waymo vehicles, even when operated manually during the mapping phase, holds potential benefits for Waymo by engaging national policymakers who are actively deliberating laws concerning autonomous vehicle introduction.

Moving into hardware reviews, we examine the physical experience of high-end peripherals with the Corsair Galleon 100 SD Review: Stream Deck Now Included. The Corsair Galleon 100 SD review by Henri Robbins assesses a keyboard that integrates Elgato's Stream Deck directly into a full-size layout, resulting in a mixed overall rating of 6 out of 10. The physical construction of the keyboard is deemed hefty and robust, offering a smooth and comfortable typing experience due to its gasket mount assembly, which utilizes rubberized gaskets to suspend the internal structure, providing a cushioned feel upon key depression. This design successfully balances the demands of gaming and typing, maintaining comfort without sacrificing accuracy.

A primary point of contention is the keyboard's physical footprint. Named after Spanish ships, the Galleon 100 SD is notably large, occupying 50 percent more width than standard sixty-five percent keyboards, which creates significant concerns regarding desk space and mouse room, particularly for users accustomed to more compact layouts. While this large size allows for an integrated Stream Deck that replaces the number pad, Robbins suggests that for competitive first-person shooter games where mouse space is crucial, this large layout presents a challenge.

Despite the size concerns, the integration of the Stream Deck is highlighted as a unique feature, enabling extensive key remapping and customization. The keyboard merges functionality from Corsair's various subsidiaries, bringing together the Stream Deck's functionality with Drop's keyboard expertise. The keyboard features 8000 hertz polling rate, which was noted to enhance rapid and precise inputs in titles like Marvel Rivals and Star Wars Battlefront 2. Furthermore, the inclusion of Simultaneous Opposing Cardinal Direction controls allows for counter-strafing functionality, which facilitates effortless movement in certain games, although this feature is not supported in some competitive lobbies.

Regarding the input mechanism, the keyboard utilizes standard mechanical switches equipped with hot-swap sockets, which afford physical customization opportunities by allowing users to swap switches. However, the text points out that the keyboard does not incorporate cutting-edge Hall Effect switches with adjustable actuation points, meaning further performance customization is limited.

The Stream Deck functionality itself is perceived as highly customizable and intuitive, with users leveraging it for complex macro setups in games like Helldivers 2 or for system commands. Nevertheless, issues arose regarding the physical design and performance of the integrated Stream Deck. The layout's horizontal orientation causes the display edges to be cut off when viewed from certain angles, potentially obscuring text. Additionally, the actuation feel is reported as inconsistent and mushy due to a rubber ring underneath the keys, and input delay was encountered, suggesting the keyboard functions as two separate systems bolted together.

The assembly complexity also impacts long-term viability. Internally, the components are secured in various ways, and the Stream Deck area is held by numerous screws and metal tabs, indicating that disassembly for repair is complicated and not easily feasible for the average user. While the integrated Stream Deck is bug-free and functions well, the review concludes that the gains of a smaller keyboard form factor outweigh the drawbacks of the lack of a built-in Stream Deck, especially when considering the flexibility of purchasing a separate, high-quality Stream Deck.

Next, we address critical workplace and social issues, focusing on the Department of Labor Tells Employees to Report Anyone Prioritizing DEI. The Department of Labor issued an email to employees strongly urging them to file whistleblower complaints and report instances of discrimination or retaliation related to diversity, equity, and inclusion (DEI). This communication, titled Reporting DEI-Related Discrimination, Retaliation, and Related Whistleblower Disclosures, instructed employees on how to alert the government regarding DEI compliance. The email defined DEI-related discrimination as any employment action, such as hiring, promotion, training access, or assignments, motivated in whole or in part by an employee’s or applicant’s race, color, sex, national origin, religion, or other protected characteristics. Specific examples provided included restricting professional development to certain groups, awarding recognition based on diversity goals rather than metrics, and any disparate treatment justified by diversity or equity considerations. Furthermore, the notice informed employees that the statute of limitations for filing such reports is three years, which theoretically allows for reporting events that occurred before President Donald Trump took office in January 2025, and it included instructions for filing reports with the Office of Special Counsel.

The timing and context of this directive are significant, as the email arose amidst efforts by the Trump administration to curtail DEI initiatives, including an executive order signed in January 2025 that ordered agencies to end all DEI activities and actions. Employees who discussed the email with reporters expressed apprehension, noting that the directive felt like a "reminder to narc on your coworkers for doing DEI." They perceived the action as potentially punitive, fearing that individuals with previous DEI activities under the prior administration could face repercussions, as past participation might be construed as a punishable offense. This atmosphere led employees to perceive the instruction as a potential "witch-hunt," raising concerns about abuse and fear of retaliation.

In response to this environment, the Department of Labor quietly moved to enhance its enforcement capabilities. Earlier this month, the agency installed Kenneth Wolfe, the head of the agency’s faith office, to lead the Office of Federal Contract Compliance Programs (OFCCP), an office responsible for ensuring federal contractors adhere to anti-discrimination laws. This move is part of a broader structural change, as the 2027 budget for the DOL plans to phase out the OFCCP and absorb its functions into a new Office of Civil Rights. This transition highlights an institutional shift in how the department addresses civil rights compliance and discrimination enforcement within the federal sector.

We then take a fascinating look at the deep mysteries of the ocean, detailing A New Species of Tiny Octopus Was Discovered in the Galapagos Islands. A new species of tiny blue octopus was formally described and named Microeledone galapagensis following a deep-sea expedition near the Galápagos Islands. This minuscule cephalopod, approximately the size of a golf ball, was first observed in 2015 during an expedition aboard the research vessel E/V Nautilus. Marine biologists utilized a remotely operated underwater vehicle to explore the seafloor near Darwin Island, specifically examining an underwater slope at a depth of 1,773 meters. During this exploration, the researchers noted the vibrant blue coloration of the tiny octopus.

To determine the species of the newly discovered animal, the researchers, coordinated by the Field Museum, employed advanced non-destructive imaging techniques. Because the octopus was unique and the experts wished to preserve the specimen, they avoided dissection. Instead, they employed x-ray computed tomography to generate thousands of micro-scans, which facilitated the creation of a comprehensive three-dimensional model detailing the octopus both internally and externally. This imaging allowed the researchers to observe minute biological details, including the structure of the tentacles, the texture of the skin, and specific organs, which provided the necessary information to classify the creature as a novel species within the order Cephalopoda. The importance of this non-destructive approach was highlighted by the authors, as it was crucial for obtaining data on this rare specimen.

The process underscored the profound gaps in current scientific understanding regarding unexplored ocean depths and emphasized the necessity of deep-sea expeditions for comprehending these ecosystems. Lead author Janet Voight noted the privilege of working with these deep-sea organisms and reflected on the immense amount of the ocean that remains unknown, suggesting that the exploration of the oceans is vital for understanding the planet. Furthermore, the description of the octopus contributes to the broader context of marine science by illuminating the importance of rigorous research in understanding hitherto unexplored biological diversity.

Now, let's look at the high-stakes world of finance and security, where we examine how insider knowledge is traded with the Google Security Engineer Arrested in Million-Dollar Polymarket Trading Scheme. A Google security engineer named Michele Spagnuolo has been charged with commodities fraud, wire fraud, and money laundering stemming from alleged trades made on the prediction market platform Polymarket using confidential internal information from Google. Spagnuolo, a 36-year-old Italian citizen who worked at Google based in Zurich, Switzerland since 2014, allegedly utilized this private internal data to place lucrative wagers between October and December 2025. In one specific instance, he reportedly profited $1.2 million by correctly predicting the winner of a prediction regarding Google’s most-searched person of the year in 2025. The prosecution argued that Spagnuolo possessed knowledge of the outcomes before the public, as he had accessed commercially valuable, confidential internal data of the tech giant.

This incident highlights significant concerns regarding the use of insider information in prediction markets. Polymarket operates two versions: a smaller platform legal in the United States and a larger offshore version utilizing cryptocurrency. The platform has faced scrutiny from lawmakers regarding its reputation as a venue for illegal activity, prompting investigations into how customer vetting is conducted. Despite these concerns, Polymarket spokesperson stated cooperation with law enforcement and emphasized that blockchain trading is inherently transparent and traceable, allowing bad actors to leave digital footprints. The platform noted that the arrest resulted from a referral to authorities.

The context of this case is part of a broader trend where prediction markets are increasingly scrutinized for insider trading. This is not an isolated event; it marks the second known arrest in the United States concerning illicit activity on these platforms, following an arrest involving a US Army special forces officer who placed bets related to the capture of Nicolás Maduro. Furthermore, the case draws attention to the regulatory response to these digital markets. The chairman of the Commodity Futures Trading Commission, Michael Selig, indicated that the agency is employing artificial intelligence tools to actively search for market manipulation and insider trading within the prediction market industry. The situation underscores the tension between the transparency offered by blockchain technology and the potential for exploiting confidential data within major technology corporations.

We turn to the future of AI development, exploring how researchers are building better learning systems with Former Google and Apple Researchers Launch a Startup to Build AI’s Missing Feedback Loop. A group of AI researchers from former positions at Google DeepMind, Apple, OpenAI, and Meta Superintelligence Labs has launched a new startup named Trajectory, which aims to establish a platform enabling AI systems to continuously improve by training on real-world user interactions. This initiative addresses the long-standing barrier in AI progress concerning the capacity for continual learning, a concept deemed essential by researchers like Richard Sutton for building superintelligent agents. While major AI labs have achieved success by training increasingly capable models in domains like coding and mathematics, these systems typically become static after initial training, leaving a gap in the ability for AI products to learn from operational errors in real time. Trajectory proposes a solution by betting on rapid iteration cycles, similar to those seen in vibe coding, to facilitate continuous learning across various industries.

The founders of Trajectory include Ronak Malde, Arjun Karanam, and Michael Elabd, who bring experience from these leading AI organizations. Malde notes that current AI models are inherently static, meaning the model from yesterday will make the same mistakes today; Trajectory seeks to build the infrastructure for every company to enter this realm of continual learning. While some existing AI coding products, such as Cursor, have implemented early versions of continual learning by using real product interaction data for post-training model improvements, Trajectory intends to extend this methodology beyond coding. Karanam suggests that a key benefit of their platform is optimizing AI models to specific business requirements, moving beyond off-the-shelf models from entities like OpenAI or Anthropic.

The operational mechanism involves starting with open-source models that have already been post-trained for a specific application. For instance, a customer like Decagon, which develops AI customer support agents, uses Trajectory to log instances where the AI fails, such as when a customer query is mistakenly bounced to a human, and subsequently uses these failures to post-train a new model on a weekly basis. Trajectory claims these custom post-trained models can outperform frontier lab models on narrow tasks critical to a company’s product.

The startup’s overarching goal is to reduce the dependency on hiring in-house engineers to continuously troubleshoot AI stacks, aspiring to build a product that can self-improve. They have already engaged customers in various sectors, including enterprise sales startups like Clay and legal AI firms like Harvey, with plans to eventually market the platform to the Fortune 500. Although the current customer base is largely AI-native companies, Trajectory plans broader market expansion.

Despite this ambition, critics raise concerns that Trajectory has not yet achieved true continual learning in the traditional sense, pointing out that the models currently only update weekly and remain static between upgrades. However, the founders argue that the industry is shifting towards an experience-based learning paradigm, and Trajectory is building the necessary platform for this evolution. They assert that the AI industry is moving toward a model where learning from experience is standard, and their ultimate vision is to create a platform capable of updating a company’s AI model daily, or even more frequently, eventually allowing an AI to learn from every interaction across every company.

We look at the automotive luxury sector, analyzing the controversy surrounding Ferrari's Luce EV: I Like Ferrari's Luce EV. But This Is Why It's Heartbreaking. The launch of Ferrari's Luce electric vehicle, designed by Jony Ive and colleagues from Apple's former team LoveFrom, generated significant controversy and market volatility. The unveiling involved seeking the endorsement of Pope Leo XIV, who tested the vehicle, prompting reflection on the vehicle's technical aspects, such as its battery capacity and in-cabin sound design. This high-profile event coincided with negative financial repercussions, as seen by an eight percent drop in Ferrari's share price in Milan and a five point one percent decrease in New York-listed shares, wiping billions from the company's value. Luca di Montezemolo expressed profound disgust, warning against the destruction of the prancing horse legend, suggesting the vehicle was a departure from expected Ferrari aesthetics.

The public and industry reaction was multifaceted. While some expressed visceral rejection, others found attraction in the Luce’s purity of design and its embodiment of an alternative vision for automotive design. Dale Harrow, chair and director of the Intelligent Mobility Design Center at London's Royal College of Art, argued that the Luce represented a more thoughtful and less emotional evolution for Ferrari, differentiating it from the brand's previous trajectory. Harrow compared the Luce’s clarity, clean proportions, and use of contrast graphics to earlier design concepts, such as the Ford 021C and the Kelvin40 jet, suggesting the vehicle appeals to a different, high-wealth customer base. Harrow acknowledged the vehicle’s challenges, noting that the large battery size resulted in ungainly proportions, but maintained that the collaborative design team possessed exceptional talent.

The narrative surrounding the Luce also drew comparisons to Apple's unrealized automotive ambitions, specifically Project Titan, which reportedly involved over two thousand people and cost more than ten billion dollars before being abandoned in favor of artificial intelligence. The Luce embodies a potential path that Apple may have taken in automotive development, showcasing design principles perfected by Ive during his tenure at Apple, albeit in a vastly different context. Despite initial resistance, social media engagement quickly shifted; Ferrari fans utilized artificial intelligence to generate reactions and modifications, feeding into the ongoing discussion.

Finally, we conclude with the seismic shifts in semiconductor technology, as we examine Huawei's Chip Queen Throws Down the Gauntlet. Huawei's strategy in the semiconductor industry is fundamentally reshaping the competitive landscape by attempting to advance beyond the constraints imposed by Moore's Law, which traditionally governed chip production. Tingbo He, president of Huawei’s chip-design subsidiary HiSilicon, has proposed a novel method focused on optimizing computations across entire chips, circuits, and computing systems, rather than solely increasing the density of components on a single piece of silicon. This approach, which He terms Tau's Scaling Law, is posited as a replacement for Moore's Law as the guiding principle for HiSilicon. Moore's Law historically dictated that progress relied on doubling the number of transistors every two years, but the text suggests that semiconductor evolution is more complex than mere geometric scaling, noting that quantum effects interfere at nanoscale dimensions.

The context for this innovation is complicated by geopolitical restrictions. US export controls prevent Huawei from collaborating with TSMC, the world's leading chip foundry, forcing reliance on China's SMIC, which utilizes older lithography machines. Furthermore, these restrictions limit China's ability to develop frontier artificial intelligence using domestic silicon, placing it estimated more than five years behind the leading edge. This situation creates a strong incentive for innovation, as Huawei's advancements could potentially erode America's technological advantage.

Huawei's new approach involves several technical advancements. These include LogicFolding, which aims to reduce the time required for key logical operations within a circuit. Beyond pure computational speed, the methodology focuses on accounting for nanoscale electronic phenomena, designing components to function synergistically, and developing interconnects that drastically speed up communication between chips, a critical requirement for training large artificial intelligence models. The core advantage lies not only in shortening compute time but also in minimizing the time data spends moving both within and between chips.

Huawei projects that this methodology will enable them to produce components with performance equivalent to a 1.4-nanometer chipmaking process by 2031, anticipating this would significantly close the technological gap with competitors like TSMC. Although He is confident in the viability of this approach, some independent analysts suggest that the company is encountering limits on performance gains achieved solely through miniaturization. These analysts point to alternative performance-enhancing techniques that Huawei is also exploring, such as hybrid bonding and three dimensional chip stacking. Nevertheless, Huawei remains confident that these innovations will transition into mass production from 2027 onward.

And there you have it—a whirlwind tour of tech, philosophy, finance, and biology for May 28th, 2026. Wired is all about bringing these insights together in one place, so keep an eye out for more updates as the landscape evolves rapidly every day. Thanks for tuning in—I'm Echelon, signing off!

Documents Contained