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ARCAM Launches Radia Series Loudspeakers, Marking Its Return to Speakers at ISE 2026 Barcelona

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ARCAM is officially back in the loudspeaker business. At ISE 2026 in Barcelona, the British brand has unveiled the new Radia Series loudspeakers, a full-range lineup designed for both serious two-channel listening and modern home cinema systems. The range includes two bookshelf models, two floorstanders, a dedicated center channel, and a matching subwoofer—covering the basics without playing spec-sheet bingo. Designed to integrate cleanly with any high-quality hi-fi or AV setup, the Radia speakers also offer additional tuning advantages when paired with ARCAM’s latest Radia electronics, underscoring a return to system thinking rather than one-off products.

This marks a deliberate return to speaker design for ARCAM, which has spent the last several decades focused almost exclusively on electronics. While best known for amplifiers and digital components, the company is no stranger to loudspeakers, having launched the well-regarded ARCAM Two bookshelf speaker in the mid-1980s and later contributing designs like the Muso. With the Radia Series, ARCAM brings that legacy forward, backed by five decades of engineering experience and the extensive research, measurement, and testing resources available through HARMAN—a combination that signals this isn’t a nostalgia exercise, but a calculated move back into a category ARCAM clearly believes it belongs in.

We are proud to launch the Radia Series loudspeakers,” said Mike Strange, Global Product Line Manager at ARCAM. “They complement the Radia Series perfectly and, thanks to our talented engineers and HARMAN’s world-class facilities, deliver the same remarkable standard of performance as our electronics. Our new loudspeakers integrate fully with ARCAM amplifiers and AV products, while excelling with any high-quality system.”

Design and Appearance

ARCAM sticks closely to the established Radia design language with these loudspeakers, and that’s a good thing. The cabinets are finished in a premium Black Walnut wood veneer, accented by a restrained yellow detail that nods to the broader Radia lineup without shouting for attention. Magnetically attached grilles keep the front profile clean and uninterrupted, and optional solid aluminum stands are available for the bookshelf models. The overall look is modern but grounded, designed to sit comfortably in real living spaces rather than demanding a dedicated listening bunker. They pair naturally with Radia electronics but look equally at home alongside other high-quality hi-fi or home cinema components.

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System Matching and Versatility

The Radia loudspeakers are designed to work seamlessly with electronics from any brand, which matters if you’re not interested in locking yourself into a single ecosystem. That said, pairing them with ARCAM’s SA35 or SA45 streaming amplifiers unlocks additional fine-tuning through the company’s anechoic EQ (AEQ). This allows each speaker to be precisely optimized based on ARCAM’s anechoic measurements, automatically tailoring the amplifier’s output for maximum accuracy. AEQ will also be supported on the upcoming Radia Series AV amplifiers and processor, extending the same optimization benefits across full multichannel Radia systems. The takeaway is simple: they’re flexible by default, but smarter when kept in the family.

Cabinets and Drivers

Cabinet construction is clearly taken seriously. All enclosures are rigidly cross-braced to reduce unwanted resonance and maintain control at higher output levels. Across the five passive loudspeakers, high frequencies are handled by a 25 mm (1-inch) Deep Ceramic Composite aluminum dome tweeter mounted in an Acoustic Lens waveguide. This design improves dispersion and phase alignment, resulting in more consistent sound across the listening area and a stable, well-defined stereo image.

Low- and mid-frequency duties are handled by Micro Ceramic Composite cone woofers, selected for their balance of stiffness and low mass. The R15, R35, and R35C models use a 130 mm (5.25-inch) driver, while the larger R25 and R45 step up to a 165 mm version. Dedicated midrange drivers appear in the R35 and R45, using Deep Ceramic Composite units sized to match their respective cabinets. Rounding out the lineup, the R25B subwoofer employs a 250 mm (10-inch) coated fiber-composite cone woofer, delivering controlled, articulate bass suited to both music and film soundtracks without leaning on excess output for effect.

ARCAM Radia Series Loudspeakers

arcam-radia-speakers-group-2026
ARCAM Radia Series Loudspeakers

R15

The R15 is the entry point into the Radia Series and takes the form of a compact two-way bookshelf loudspeaker. It combines a 25 mm (1-inch) Deep Ceramic Composite (DCC) aluminum dome tweeter mounted in ARCAM’s Acoustic Lens waveguide with a 130 mm (5.25-inch) Micro Ceramic Composite (MCC) cone woofer. As with all Radia passive loudspeakers, the R15 can be fine-tuned using anechoic EQ (AEQ) when paired with the ARCAM SA35 or SA45 streaming amplifiers, as well as upcoming Radia Series AV products.

Key Specifications:

  • Type: 2-way bookshelf
  • Finish: Black Natural Walnut veneer
  • Power Handling: 15–150 W
  • Drivers:
    • 130 mm (5.25″) MCC woofer
    • 25 mm (1″) DCC dome tweeter with Acoustic Lens waveguide
  • Enclosure: Rear-ported bass-reflex
  • Crossover: 1.8 kHz
  • Impedance: 6 ohms
  • Sensitivity: 85 dB (2.83 V / 1 m)
  • Frequency Response (±6 dB): 54 Hz–40 kHz
  • Dimensions (W × D × H): 200 × 245 × 294 mm | 7.9 × 9.6 × 11.6 in
  • Weight (each): 6.8 kg | 15.0 lbs

R25

The R25 is the largest bookshelf model in the Radia lineup and also uses a two-way crossover design. It steps up to a 165 mm (6.5-inch) MCC cone woofer while retaining the same 25 mm DCC tweeter and Acoustic Lens waveguide used throughout the series. The larger cabinet volume allows for greater low-frequency extension, while still keeping the speaker suitable for shelf or stand mounting in both stereo and surround applications.

Key Specifications:

  • Type: 2-way bookshelf
  • Finish: Black Natural Walnut veneer
  • Power Handling: 15–200 W
  • Drivers:
    • 165 mm (6.5″) MCC woofer
    • 25 mm (1″) DCC dome tweeter with Acoustic Lens waveguide
  • Enclosure: Rear-ported bass-reflex
  • Crossover: 1.7 kHz
  • Impedance: 6 ohms
  • Sensitivity: 85.5 dB (2.83 V / 1 m)
  • Frequency Response (±6 dB): 43 Hz–40 kHz
  • Dimensions (W × D × H): 246 × 323 × 359 mm | 9.7 × 12.7 × 14.1 in
  • Weight (each): 11.0 kg | 24.3 lbs

R25B

The R25B subwoofer is designed to provide deep, controlled low-frequency support for both music-focused systems and full multichannel home cinema setups. It incorporates a 750-watt digital amplifier driving a 250 mm (10-inch) coated fiber-composite cone woofer. The emphasis here is on precision and control rather than excess, making it a natural match for the rest of the Radia Series.

Key Specifications:

  • Type: Active subwoofer
  • Finish: Black Natural Walnut veneer
  • Driver:
    • 250 mm (10″) coated fibre-composite cone
    • Cast aluminum frame
  • Amplification:
  • Inputs:
    • RCA LFE / line level
    • 3.5 mm 12 V trigger
  • Controls:
    • Auto power, crossover, level, phase
  • Crossover:
    • Variable 50–150 Hz, 24 dB/octave
  • Enclosure: Rear-ported bass-reflex
  • Frequency Response (±6 dB): 26 Hz–150 Hz
  • Power Requirements:
    • 100–120 V or 220–240 V, 50–60 Hz
    • Power consumption: 205 W
    • Standby: <0.5 W
  • Dimensions (W × D × H):
    • 430 × 437 × 377 mm | 16.9 × 17.2 × 14.8 in
  • Weight (each): 27.8 kg | 61.3 lbs

R35C

The R35C center channel is engineered to handle one of the most demanding roles in a surround system: dialogue reproduction. It features a 25 mm (1-inch) DCC aluminum dome tweeter mounted in the Acoustic Lens waveguide for wide, even dispersion and stable imaging, flanked by dual 130 mm (5.25-inch) MCC cone woofers. This configuration is intended to maintain clarity and tonal consistency across the front soundstage, even for off-axis listeners.

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Key Specifications:

  • Type: Centre channel loudspeaker
  • Finish: Black Natural Walnut veneer
  • Power Handling: 15–200 W
  • Drivers:
    • 2 × 130 mm (5.25″) MCC woofers
    • 25 mm (1″) DCC dome tweeter with Acoustic Lens waveguide
  • Enclosure: Rear-ported bass-reflex
  • Crossover: 1.8 kHz
  • Impedance: 6 ohms
  • Sensitivity: 86 dB (2.83 V / 1 m)
  • Frequency Response (±6 dB): 55 Hz–40 kHz
  • Dimensions (W × D × H): 595 × 277 × 181 mm | 23.4 × 10.9 × 7.1 in
  • Weight (each): 12.3 kg | 27.1 lbs

R35

The R35 is the more compact of the two floorstanding models and employs a three-way crossover design. High frequencies are handled by the familiar 25 mm DCC tweeter in the Acoustic Lens waveguide, while low frequencies are managed by three 130 mm MCC cone woofers. A dedicated 130 mm DCC cone driver covers the midrange. Designed to pair particularly well with the ARCAM Radia SA35, the R35 is aimed at smaller to medium-sized rooms where space is limited but full-range performance is still expected.

Key Specifications:

  • Type: Floorstanding loudspeaker
  • Finish: Black Natural Walnut veneer
  • Power Handling: 30–225 W
  • Drivers:
    • 3 × 130 mm (5.25″) MCC woofers
    • 130 mm (5.25″) DCC midrange driver
    • 25 mm (1″) DCC dome tweeter with Acoustic Lens waveguide
  • Enclosure: Bass-reflex with dual rear-mounted ports
  • Crossover Frequencies: 350 Hz / 2.1 kHz
  • Impedance: 6 ohms
  • Sensitivity: 87 dB (2.83 V / 1 m)
  • Frequency Response (±6 dB): 36 Hz–40 kHz
  • Dimensions (W × D × H, incl. plinth):
    • 302 × 353 × 1,038 mm | 11.9 × 13.9 × 40.9 in
  • Weight (each): 29.1 kg | 64.0 lbs

R45

Sitting at the top of the Radia Series, the R45 is the largest and most capable loudspeaker in the range. It also uses a three-way crossover design, featuring three 165 mm MCC cone woofers for low frequencies, a 165 mm DCC cone midrange driver, and the same 25 mm DCC aluminum dome tweeter with Acoustic Lens waveguide. Intended as the ideal partner for the ARCAM Radia SA45, the R45 is designed to deliver greater authority, extended low-frequency performance, and precise imaging in larger listening rooms.

Key Specifications:

  • Type: Floorstanding loudspeaker
  • Finish: Black Natural Walnut veneer
  • Power Handling: 20–250 W
  • Drivers:
    • 3 × 165 mm (6.5″) MCC woofers
    • 165 mm (6.5″) DCC midrange driver
    • 25 mm (1″) DCC dome tweeter with Acoustic Lens waveguide
  • Enclosure: Bass-reflex with dual rear-mounted ports
  • Crossover Frequencies: 275 Hz / 1.7 kHz
  • Impedance: 6 ohms
  • Sensitivity: 88 dB (2.83 V / 1 m)
  • Frequency Response (±6 dB): 30 Hz–40 kHz
  • Dimensions (W × D × H, incl. plinth):
    • 358 × 415 × 1,127 mm | 14.1 × 16.3 × 44.4 in
  • Weight (each): 39.7 kg | 87.5 lbs

The Bottom Line

The Radia Series loudspeakers are not a casual return to form, and they’re certainly not priced like one. This is a serious, full-range speaker launch from ARCAM, and the pricing makes it clear these are aimed at buyers who already understand what well-engineered loudspeakers cost in 2026. Nothing here is inexpensive, but nothing feels arbitrary either. The design, materials, and system integration point to a deliberate strategy rather than a branding exercise.

What’s genuinely innovative is not a single headline feature, but the way ARCAM has approached the entire range as a system. The consistent use of Acoustic Lens waveguides, DCC and MCC drivers, rigidly braced cabinets, and—critically—the ability to apply anechoic EQ when paired with Radia electronics gives the lineup a level of coherence that many competitors still treat as optional. Add in the likely impact of HARMAN’s measurement, simulation, and testing resources, and it’s hard to argue that these speakers were rushed or undercooked. If anything, that shared R&D infrastructure probably allowed ARCAM to move faster while being more confident in the results.

These speakers are for listeners who want a clean path to a high-performance stereo or home cinema system without gambling on mismatched components. They’ll appeal to existing ARCAM owners looking to build a unified Radia system, but they’re just as relevant for experienced buyers who already own quality electronics and want speakers that don’t impose their own personality. This is not ARCAM dipping a toe into a crowded market with crossed fingers and good intentions. It’s a calculated re-entry, backed by serious engineering, realistic pricing, and a clear sense of who the customer is—and who it isn’t.

Pricing & Availability

The ARCAM Radia Series loudspeakers will be available through authorized ARCAM dealers beginning in Q2 2026, with products expected to reach retail shelves by May 2026. At the time of announcement, ARCAM has confirmed UK and European pricing; USD and Canadian pricing have not yet been announced and are still pending.

  • R15 (pair): £1,699 / €2,000
  • R25 (pair): £2,599 / €3,000
  • R35 (each): £1,999 / €2,500
  • R45 (each): £2,999 / €3,500
  • R35C (each): £1,699 / €2,000
  • R25B subwoofer (each): £2,599 / €3,000

We will update this section once U.S. and Canadian pricing is officially confirmed.

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Today’s NYT Mini Crossword Answers for April 16

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Looking for the most recent Mini Crossword answer? Click here for today’s Mini Crossword hints, as well as our daily answers and hints for The New York Times Wordle, Strands, Connections and Connections: Sports Edition puzzles.


Need some help with today’s Mini Crossword? It’s pretty simple, but 1-Across is a bit tricky. Read on for all the answers. And if you could use some hints and guidance for daily solving, check out our Mini Crossword tips.

If you’re looking for today’s Wordle, Connections, Connections: Sports Edition and Strands answers, you can visit CNET’s NYT puzzle hints page.

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Read more: Tips and Tricks for Solving The New York Times Mini Crossword

Let’s get to those Mini Crossword clues and answers.

completed-nyt-mini-crossword-puzzle-for-april-16-2026.png

The completed NYT Mini Crossword puzzle for April 16, 2026.

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NYT/Screenshot by CNET

Mini across clues and answers

1A clue: Bow ties and ribbons that you can’t wear?
Answer: PASTA

6A clue: Opposite of lower
Answer: UPPER

7A clue: Flappable origami creation
Answer: CRANE

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8A clue: Where the Hangul alphabet is used
Answer: KOREA

9A clue: Apparatus under a trapeze
Answer: NET

Mini down clues and answers

1D clue: Disc dropped on center ice
Answer: PUCK

2D clue: One might read “Kiss the Chef”
Answer: APRON

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3D clue: Unlikely outcome after a 7-10 split
Answer: SPARE

4D clue: Fundamental belief
Answer: TENET

5D clue: Bay ___ (part of California)
Answer: AREA

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Meta researchers introduce ‘hyperagents’ to unlock self-improving AI for non-coding tasks

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Creating self-improving AI systems is an important step toward deploying agents in dynamic environments, especially in enterprise production environments, where tasks are not always predictable, nor consistent.

Current self-improving AI systems face severe limitations because they rely on fixed, handcrafted improvement mechanisms that only work under strict conditions such as software engineering.

To overcome this practical challenge, researchers at Meta and several universities introduced “hyperagents,” a self-improving AI system that continuously rewrites and optimizes its problem-solving logic and the underlying code. 

In practice, this allows the AI to self-improve across non-coding domains, such as robotics and document review. The agent independently invents general-purpose capabilities like persistent memory and automated performance tracking.

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More broadly, hyperagents don’t just get better at solving tasks, they learn to improve the self-improving cycle to accelerate progress.

This framework can help develop highly adaptable agents that autonomously build structured, reusable decision machinery. This approach compounds capabilities over time with less need for constant, manual prompt engineering and domain-specific human customization.

Current self-improving AI and its architectural bottlenecks

The core goal of self-improving AI systems is to continually enhance their own learning and problem-solving capabilities. However, most existing self-improvement models rely on a fixed “meta agent.” This static, high-level supervisory system is designed to modify a base system.

“The core limitation of handcrafted meta-agents is that they can only improve as fast as humans can design and maintain them,” Jenny Zhang, co-author of the paper, told VentureBeat. “Every time something changes or breaks, a person has to step in and update the rules or logic.”

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Instead of an abstract theoretical limit, this creates a practical “maintenance wall.” 

The current paradigm ties system improvement directly to human iteration speed, slowing down progress because it relies heavily on manual engineering effort rather than scaling with agent-collected experience.

To overcome this limitation, the researchers argue that the AI system must be “fully self-referential.” These systems must be able to analyze, evaluate, and rewrite any part of themselves without the constraints of their initial setup. This allows the AI system to break free from structural limits and become self-accelerating.

dgm-conceptual

Darwin Godel Machine (source: Sakana AI)

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One example of a self-referential AI system is Sakana AI’s Darwin Gödel Machine (DGM), an AI system that improves itself by rewriting its own code.

In DGM, an agent iteratively generates, evaluates, and modifies its own code, saving successful variants in an archive to act as stepping stones for future improvements. DGM proved open-ended, recursive self-improvement is practically achievable in coding.

However, DGM falls short when applied to real-world applications outside of software engineering because of a critical skill gap. In DGM, the system improves because both evaluation and self-modification are coding tasks. Improving the agent’s coding ability naturally improves its ability to rewrite its own code. But if you deploy DGM for a non-coding enterprise task, this alignment breaks down.

“For tasks like math, poetry, or paper review, improving task performance does not necessarily improve the agent’s ability to modify its own behavior,” Zhang said.

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The skills needed to analyze subjective text or business data are entirely different from the skills required to analyze failures and write new Python code to fix them. 

DGM also relies on a fixed, human-engineered mechanism to generate its self-improvement instructions. In practice, if enterprise developers want to use DGM for anything other than coding, they must heavily engineer and manually customize the instruction prompts for every new domain.

The hyperagent framework

To overcome the limitations of previous architectures, the researchers introduce hyperagents. The framework proposes “self-referential agents that can in principle self-improve for any computable task.”

In this framework, an agent is any computable program that can invoke LLMs, external tools, or learned components. Traditionally, these systems are split into two distinct roles: a “task agent” that executes the specific problem at hand, and a “meta agent” that analyzes and modifies the agents. A hyperagent fuses both the task agent and the meta agent into a single, self-referential, and editable program.

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Because the entire program can be rewritten, the system can modify the self-improvement mechanism, a process the researchers call metacognitive self-modification.

dgm-conceptual

DGM with hyperagents (source: arXiv)

“Hyperagents are not just learning how to solve the given tasks better, but also learning how to improve,” Zhang said. “Over time, this leads to accumulation. Hyperagents do not need to rediscover how to improve in each new domain. Instead, they retain and build on improvements to the self-improvement process itself, allowing progress to compound across tasks.”

The researchers extended the Darwin Gödel Machine to create DGM-Hyperagents (DGM-H). DGM-H retains the powerful open-ended exploration structure of the original DGM, which prevents the AI from converging too early or getting stuck in dead ends by maintaining a growing archive of successful hyperagents.

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The system continuously branches from selected candidates in this archive, allows them to self-modify, evaluates the new variants on given tasks, and adds the successful ones back into the pool as stepping stones for future iterations.

By combining this open-ended evolutionary search with metacognitive self-modification, DGM-H eliminates the fixed, human-engineered instruction step of the original DGM. This enables the agent to self-improve across any computable task.

Hyperagents in action

The researchers used the Polyglot coding benchmark to compare the hyperagent framework against previous coding-only AI. They also evaluated hyperagents across non-coding domains that involve subjective reasoning, external tool use, and complex logic.

These included paper review to simulate a peer reviewer outputting accept or reject decisions, reward model design for training a quadruped robot, and Olympiad-level math grading. Math grading served as a held-out test to see if an AI that learned how to self-improve while reviewing papers and designing robots could transfer those meta-skills to an entirely unseen domain.

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The researchers compared hyperagents against several baselines, including domain-specific models like AI-Scientist-v2 for paper reviews and the ProofAutoGrader for math. They also tested against the classic DGM and a manually customized DGM for new domains.

On the coding benchmark, hyperagents matched the performance of DGM despite not being designed specifically for coding. In paper review and robotics, hyperagents outperformed the open-source baselines and human-engineered reward functions. 

When the researchers took a hyperagent optimized for paper review and robotics and deployed it on the unseen math grading task, it achieved an improvement metric of 0.630 in 50 iterations. Baselines relying on classic DGM architectures remained at a flat 0.0. The hyperagent even beat the domain-specific ProofAutoGrader.

The experiments also highlighted interesting autonomous behaviors from hyperagents. In paper evaluation, the agent first used standard prompt-engineering tricks like adopting a rigorous persona. When this proved unreliable, it rewrote its own code to build a multi-stage evaluation pipeline with explicit checklists and rigid decision rules, leading to much higher consistency.

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Hyperagents also autonomously developed a memory tool to avoid repeating past mistakes. Furthermore, the system wrote a performance tracker to log and monitor the result of architectural changes across generations. The model even developed a compute-budget aware behavior, where it tracked remaining iterations to adjust its planning. Early generations executed ambitious architectural changes, while later generations focused on conservative, incremental refinements.

For enterprise data teams wondering where to start, Zhang recommends focusing on tasks where success is unambiguous. “Workflows that are clearly specified and easy to evaluate, often referred to as verifiable tasks, are the best starting point,” she said. “This generally opens new opportunities for more exploratory prototyping, more exhaustive data analysis, more exhaustive A/B testing, [and] faster feature engineering.” For harder, unverified tasks, teams can use hyperagents to first develop learned judges that better reflect human preferences, creating a bridge to more complex domains.

The researchers have shared the code for hyperagents, though it has been released under a non-commercial license.

Caveats and future threats

The benefits of hyperagents introduce clear tradeoffs. The researchers highlight several safety considerations regarding systems that can modify themselves in increasingly open-ended ways.

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These AI systems pose the risk of evolving far more rapidly than humans can audit or interpret. While researchers contained DGM-H within safety boundaries such as sandboxed environments designed to prevent unintended side effects, these initial safeguards are actually practical deployment blueprints. 

Zhang advises developers to enforce resource limits and restrict access to external systems during the self-modification phase. “The key principle is to separate experimentation from deployment: allow the agent to explore and improve within a controlled sandbox, while ensuring that any changes that affect real systems are carefully validated before being applied,” she said. Only after the newly modified code passes developer-defined correctness checks should it be promoted to a production setting.

Another significant danger is evaluation gaming, where the AI improves its metrics without making actual progress toward the intended real-world goal. Because hyperagents are driven by empirical evaluation signals, they can autonomously discover strategies that exploit blind spots or weaknesses in the evaluation procedure itself to artificially inflate their scores. Preventing this behavior requires developers to implement diverse, robust, and periodically refreshed evaluation protocols alongside continuous human oversight.

Ultimately, these systems will shift the day-to-day responsibilities of human engineers. Just as we do not recompute every operation a calculator performs, future AI orchestration engineers will not write the improvement logic directly, Zhang believes.

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Instead, they will design the mechanisms for auditing and stress-testing the system. “As self-improving systems become more capable, the question is no longer just how to improve performance, but what objectives are worth pursuing,” Zhang said. “In that sense, the role evolves from building systems to shaping their direction.

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2026 is the year payroll stacks break, and AI must grow up

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For years, payroll has mostly lived out of sight. Many organizations still treat it as a background task, something that only reaches senior leaders when a crisis appears. In 2026, that approach is under real pressure.

New HMRC rules and wider Employment Rights Act changes in the UK are bringing pay accuracy and timeliness into sharper regulatory focus.

Callum Pennington

CEO & Co-Founder of HealthboxHR.

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More California 4-Year-Olds Are in Publicly Funded Preschool Than Ever

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When it comes to universal pre-kindergarten, California has made significant progress — 62 percent of 4-year-olds were enrolled in publicly funded early childhood programs in 2024–25, up from 42% in 2019–20, according to a new Learning Policy Institute report.

Transitional kindergarten (TK) alone enrolled 55 percent of 4-year-olds, or about 177,000 children. But access remains uneven: nearly 4 in 10 4-year-olds still aren’t enrolled, and the share of eligible children actually signing up has declined. Families may be unaware that transitional kindergarten is an option for their children, or they face other barriers to enrolling. This school year marks the first time every 4-year-old in California was guaranteed a transitional kindergarten spot.

The number of California 4-year-olds enrolled in transitional kindergarten and other publicly funded early childhood education programs rose from about 208,300 in 2019-20 to more than 264,000 in 2024-25, a 27 percent increase.

Transitional kindergarten had the largest number of participants, with 177,570 4-year-olds enrolled in 2024-25.

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New AT&T Elite 2.0 Phone Plan Boosts Wireless Hotspot and Data Performance

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Only a few weeks after overhauling its unlimited phone plans, AT&T has added a new plan to the top of the lineup that offers more data and performance — for a higher price. The AT&T Elite 2.0 plan is available now.

For a single line, Elite 2.0 costs $110 (plus taxes and fees). As more lines are added, the per-line price goes down. AT&T customers can mix and match plans on an account, but if we assume everyone is signing up for the Elite 2.0 plan, the costs break down like this:

• One line: $110
• Two lines: $100 per line, $200 total
• Three lines: $85 per line, $255 total
• Four lines: $75 per line, $300 total
• Five lines: $75 per line, $375 total

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To compare it with AT&T’s next-priciest option, the Premium 2.0 plan costs $90 for a single line, or $55 per line on an account with four lines.

What’s included in the AT&T Elite 2.0 plan

For those amounts, the plan includes unlimited high-speed 5G data, prioritized even during network congestion, just like the Premium 2.0 plan, and 250GB of hotspot data (up from 100GB for the other plan). It also includes cellular access for one smartwatch and one tablet per line.

For travelers, Elite 2.0 has unlimited international talk, text and 20GB of high-speed data per month in 210 countries. The Premium 2.0 plan has unlimited talk, text and high-speed data, but only for 20 Latin American countries.

Aside from the data amounts, the Elite 2.0 plan includes AT&T Turbo, a feature normally offered as an add-on that increases data performance for video calling, gaming and streaming on 5G-capable devices. For other plans, AT&T Turbo costs $7 per line per month.

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(AT&T Turbo is a separate feature from AT&T Turbo Live, which is designed to boost performance in certain crowded venues such as concerts or sporting events.)

AT&T Elite 2.0 vs Premium 2.0

Price for 1 line, per month Price for 4 lines, per month High-speed data Mobile hotspot International Call/Data AT&T Turbo
AT&T Premium 2.0 $90 $220 ($55 per line) Unlimited 100GB Unlimited talk, text and high-speed data in 20 Latin American countries; unlimited texting from US to 200+ countries Not included
AT&T Elite 2.0 $110 $300 ($75 per line) Unlimited 250GB Unlimited talk, text and 20GB high-speed data in 210 countries Included

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Cthulhu: The Cosmic Abyss review: a clever cosmic horror puzzler that almost crumbles under tedium and technical issues

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We spend hours testing every product or service we review, so you can be sure you’re buying the best. Find out more about how we test.

Although I’ve watched countless pieces of media or played dozens of video games and board games that draw on the Cthulhu mythos and the works of HP Lovecraft, I was suddenly struck by one question I don’t think I’ve ever properly considered while writing this review of Big Bad Wolf’s solid investigation puzzler, Cthulhu: The Cosmic Abyss. What does Cthulhu want?

Review info

Platform reviewed: PS5
Available on: PS5, Xbox Series X|S, PC
Release date: April 16, 2026

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As I’m trawling through audio logs, video diaries, and messages left by a research crew and its billionaire funder in an abandoned underwater facility and an otherworldly city, I witness how they all succumb to the call of the Great Old One and become fixated on bringing about his/its/their return.

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WordPress plugin suite hacked to push malware to thousands of sites

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WordPress plugin suite hacked to push malware to thousands of sites

More than 30 WordPress plugins in the EssentialPlugin package have been compromised with malicious code that allows unauthorized access to websites running them.

A malicious actor planted the backdoor code last year but only recently started pushing it to users via updates, generating spam pages and causing redirects, as per the instructions received from the command-and-control (C2) server.

The compromise affects plugins with hundreds of thousands of active installations and was spotted by Austin Ginder, the founder of managed WordPress hosting provider Anchor Hosting, after receiving a tip about one add-on containing code that allowed third-party access.

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Further investigation by Ginder revealed that a backdoor had been present in all plugins within the EssentialPlugin package since August 2025, after the project was acquired in a six-figure deal by a new owner.

EssentialPlugin, established in 2015 as WP Online Support and rebranded in 2021, is a WordPress development firm offering sliders, galleries, marketing tools, WooCommerce extensions, SEO/analytics utilities, and themes.

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According to Ginder, the backdoor sat inactive until it was recently activated and silently contacted external infrastructure to fetch a file (‘wp-comments-posts.php’) that injects malware into ‘wp-config.php.’

The downloaded malware is invisible to site owners and uses Ethereum-based C2 address resolution for evasion. Depending on the received instructions, the malware can retrieve “spam links, redirects, and fake pages”.

“The injected code was sophisticated. It fetched spam links, redirects, and fake pages from a command-and-control server. It only showed the spam to Googlebot, making it invisible to site owners,” explained Ginder.

Analysis from WordPress security platform PatchStack shows that the backdoor worked only if the ‘analytics.essentialplugin.com’ endpoint returned with a malicious serialized content.

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WordPress action and infection status

WordPress.org responded quickly to the reports of the malicious activity by closing the plugins and pushing a forced update to websites to neutralize the backdoor’s communication and disable its execution path.

However, the developers warned that the action did not clean the wp-config core configuration file, which connects websites to their databases and includes important settings.

The WordPress.org Plugins Team also cautioned administrators with websites running an EssentialPlugin product that while one known location for the backdoor is a file named wp-comments-posts.php, which resembles the legitimate wp-comments-post.php, the malware may also hide in other files.

BleepingComputer has contacted EssentialPlugins for a comment on the reported malicious commit that occurred after the acquisition, but we have not received a response by publishing time.

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After price hike, YouTube Premium is now half the price if you pay for Google One

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YouTube Premium got harder to justify after its recent price hikes, and YouTube Music Premium also followed soon after. But Google now has a new way to make the bill sting a little less.

The Gemini team just announced a bundle deal that lets users get 50% off YouTube Premium for a whole year. But while this sounds solid on paper, this is not a no-strings-attached promo deal.

How do you avail this half-off deal?

This limited-time offer is available for users in the U.S., Brazil, Canada, Germany, France, or Japan and ends April 29. 🎁⏳ Discount offer for 12-months, then @YouTube Premium auto-renews at a reduced rate with Google One bundled purchase. Terms apply.

Check out the Google One…

— Google Gemini (@GeminiApp) April 15, 2026

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YouTube Premium still gives you the usual core benefits like ad-free videos, background play, offline downloads, and ad-free YouTube Music. Cutting that price in half for 12 months makes the subscription a lot easier to stomach.

But there is a catch, because of course there is. This is not a broad YouTube Premium discount for everyone. It is tied to Google AI Pro, which sits inside the broader Google One subscription setup. Google’s support page says the YouTube Premium add-on is currently available only to eligible members, and some users may not be able to sign up at all. The company also says the 12-month Google AI Pro trial membership is not eligible for the YouTube add-on bundle.

Why this offer is a Google lock-in perk

While it may not outright say it, the brand is clearly not just discounting YouTube Premium out of generosity. Just a while back, the company bumped the cloud storage capacity from 2TB to 5TB for Google AI Pro subscribers. So the YouTube Premium deal is just another add-on to make Google AI Pro’s value seem sweeter. The Gemini X post frames it as a “special surprise” for power users, while Google’s own pages position it as part of the bigger Google AI Pro experience.

The company has even tied this benefit to the individual YouTube Premium plan, which is not shareable with family members. Aside from this, the deal is only available in select countries like the US, Brazil, Canada, Germany, Japan, and France. So yes, after the price hike, YouTube Premium is now effectively half the price if you pay for Google One through Google AI Pro. But this is less a straightforward discount and more Google’s latest reminder that the cheapest way to use one of its services increasingly involves subscribing to two.

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April Windows Server 2025 update may fail to install

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Windows Server

Microsoft is investigating an issue causing this month’s KB5082063 security update to fail to install on some Windows Server 2025 systems.

On affected systems, users are also reporting seeing 0x800F0983 install errors when trying to deploy the April 2026 cumulative updates.

“Microsoft is monitoring diagnostic data reports on update installation failures and has observed a recurring error on Windows Server 2025 devices when installing the April 2026 Windows security update (the Originating KBs listed above), released on April 14, 2026,” the company says in a service alert spotted by Microsoft MVP Susan Bradley.

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“A limited number of affected servers might experience an installation failure accompanied by the error code 800F0983.”

Microsoft says it’s currently looking into this known issue and will share more details as it learns more about the root cause.

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​On Wednesday, Microsoft also warned IT administrators that some Windows Server 2025 devices will boot into BitLocker recovery after deploying the KB5082063 Windows security update, prompting users to enter a BitLocker key.

However, as the company further explained, this is unlikely to affect home users, as affected configurations are typically found on systems managed by enterprise teams.

This week, Microsoft also finally addressed a bug that has been plaguing Windows servers for 1.5 years, causing systems running Windows Server 2019 and 2022 to upgrade to Windows Server 2025 “unexpectedly.”

While it initially blamed the issue on misconfigured third-party update management software, Microsoft said it had addressed the issue and that customers can once again check for updates through the Windows Settings app.

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Since the start of the year, it has also released several emergency updates to resolve security vulnerabilities in the Routing and Remote Access Service (RRAS) management tool, a Bluetooth device visibility bug, broken sign-ins with Microsoft accounts, and update installation issues affecting the March 2026 non-security preview update.

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This whitepaper maps six validation surfaces, shows where coverage ends, and provides practitioners with three diagnostic questions for any tool evaluation.

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Oppo Find X9 Ultra and Find X9s Series Global Launch Rumoured for April 21

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Oppo is gearing up to expand its flagship range with new models soon. It looks like the Oppo Find X9 Ultra will launch alongside the Find X9s. Along with these phones, the company may also introduce other products, such as the Oppo Watch X3 and Enco Clip 2, at the same event.

Rumored Specifications of Oppo Find X9 Ultra

OPPO Find X9 Ultra different colors

The Oppo Find X9s is expected to feature a flat display design, which many users prefer for everyday use. The bezels are quite slim at 1.15mm, adding to its premium look. On the front, a hole-punch cutout will house the selfie camera. Moreover, the phone stands out for its button placement: the power and volume buttons are on the left, while another button is on the right.

For photography, Oppo is adding a Hasselblad-tuned triple camera system to the Find X9s. It will feature a 50MP main camera designed to capture clear and sharp images. The camera setup sits inside a square module, and an LED flash is also included.

Another important feature of the phone is its battery, which comes with an impressive capacity of 7,025 mAh. The device will easily handle any task thanks to its powerful battery, whether it’s gaming or video streaming. However, details about the phone’s chipset and performance features remain unknown.

What to Expect from the Find X9s Pro

As of now, it appears the Oppo Find X9s Pro will be released only in China. Among other things, the smartphone will reportedly feature a quadruple-camera module with two 200MP lenses. In addition, it could integrate Oppo’s LUMO image-sensing tech to deliver high-quality shots. As for the display panel, it is expected to be 6.3 inches.

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