分类： technology

On April 21, 2026, Beijing’s top prosecutorial body partnered with China’s national Copyright Protection Center to roll out one of the country’s first integrated “blockchain + copyright prosecution” systems, a technological innovation built to streamline copyright authentication and evidence evaluation for intellectual property legal proceedings.

The new platform was developed to address three persistent pain points that have long slowed copyright case processing for Chinese prosecutors: authenticating ownership documentation, tracing the original origin of copyrighted works, and verifying convoluted licensing and transfer agreement chains. Over the past three years, Beijing’s procuratorial organs have recorded a steady annual increase in the share of criminal copyright cases handled, with civil copyright supervision cases consistently making up more than half of all intellectual property casework, data from the procuratorate shows.

Dou Libo, a senior intellectual property prosecutor with the Beijing Municipal People’s Procuratorate, explained that the widespread adoption of artificial intelligence has drastically raised the sophistication of intellectual property fraud, creating new challenges for legal authorities. “In the AI era, falsification techniques are evolving constantly,” Dou noted. “When parties submit copyright ownership certificates, prosecutors on their own have limited ability to verify authenticity, and traditionally have to carry out time-consuming, extensive evidence collection and cross-checking.”

Beyond AI-driven forgery risks, the existing copyright ecosystem also suffers from fragmented registration data with no unified, authoritative verification channel. Compounding this, copyright transactions regularly involve multiple layers of sublicensing and tangled contractual arrangements, making it nearly impossible to confirm valid authorization if any link in the chain is lost.

Leveraging blockchain’s core inherent feature of immutable, tamper-proof data storage, the new platform creates a fully closed, transparent workflow for evidence submission, cross-comparison and result feedback. It can rapidly authenticate the legitimacy of copyright certificates, flag fraudulent information, and integrate seamlessly with China’s national Digital Copyright Chain. For complex multi-party copyright transfer arrangements, the platform aggregates fragmented data on ownership confirmation and licensing permissions, allowing prosecutors to reconstruct the full lifecycle of a registered copyrighted work from initial creation through all transfers and official contract filing.

New data from a White Paper on Intellectual Property Prosecution Work published by the Beijing procuratorate underscores the urgent need for this innovation: in 2025 alone, Beijing’s procuratorial organs handled 1,195 intellectual property cases, representing a 10.34 percent year-on-year increase. The caseload breaks down into 744 criminal IP cases, 255 civil cases, 183 administrative cases and 13 public interest litigation cases.

The white paper also reveals shifting trends in intellectual property disputes across the capital. Cases tied to emerging digital sectors continue to grow at an accelerated pace: prosecutors handled 113 AI and data-related IP cases last year, covering contentious legal issues ranging from AI-assisted copyright infringement to the legal status of AI training datasets and ownership of data-generated intellectual property.

Copyright disputes in creative industries remain the most prevalent category of cases. Beijing prosecuted 122 criminal copyright cases in 2025, with 75.41 percent centered on film, animation, gaming and related creative content sectors. In addition, the number of foreign-related intellectual property cases also rose, reaching 244 cases that accounted for 20.42 percent of Beijing’s total 2025 IP caseload. These cases spanned trademark infringement, copyright protection and geographical indication disputes, and the Beijing procuratorate reports that its commitment to the principle of equal protection for all rights holders, regardless of nationality, has earned widespread international and domestic recognition.

One of the most anticipated international events for cutting-edge humanoid robotics development is set to kick off in Beijing this summer, with the second edition of the World Humanoid Robot Games scheduled to run from August 22 to 26 at the city’s iconic National Speed Skating Oval. This year’s competition will bring together robotic innovations from across the globe to test their capabilities across more than 30 distinct challenges, blending traditional competitive sports, cultural activities, and real-world practical tasks that push the boundaries of current robotic design and intelligence.

Competitors will face off in a diverse lineup of events, ranging from mainstream athletic challenges such as 100-meter sprinting and weightlifting to team competitions like tug-of-war, even including Touhu, an ancient Chinese precision-targeting game with deep cultural roots. The event is co-organized by four leading institutions: the Beijing municipal government, China Media Group, the World Robot Cooperation Organization, and the RoboCup Asia-Pacific Confederation (RCAP).

Speaking at an official news conference earlier this week, Jiang Guangzhi, Party secretary and director of the Beijing Municipal Bureau of Economy and Information Technology, outlined the core priorities that set this year’s games apart from previous editions. Organizers have placed a sharp new focus on advancing three critical capabilities for next-generation humanoid robots: greater operational autonomy, improved fine motor dexterity, and enhanced real-world practicality that aligns with industrial and daily use needs.

Notably, this year’s 100-meter dash competition will operate as a fully autonomous event, marking a key milestone in robotic performance testing. Jiang explained that participating teams are actively encouraged to integrate independent positioning, environmental recognition, and unassisted operation across variable on-course scenarios, removing remote human control to put a robot’s native intelligence to the test.

Beyond athletic competition, the games will include specialized challenges designed to evaluate a robot’s fine motor skills in everyday and professional contexts. These tasks range from sorting and folding clothing to retail environment food preparation and simulated emergency firefighting operations. By replicating authentic real-world working settings, the competition challenges robots to complete long-range autonomous tasks, allowing judges and researchers to assess core performance metrics including environmental perception, real-time decision-making, and operational precision.

A key secondary outcome of the event will be the valuable research data it generates for advancing the global humanoid robotics sector. Jiang noted that the competition will introduce first-of-their-kind open robot trials and a public performance leaderboard. All collected data will be shared with the Beijing Humanoid Robot Innovation Center, to support the development of core infrastructure including technology research platforms, open embodied intelligence datasets, mid-stage technology validation frameworks, and cross-sector industry service systems.

Zhou Changjiu, president of the RCAP, highlighted China’s growing role and unique advantages in advancing global humanoid robot and embodied artificial intelligence development. He noted that China’s extensive range of real-world application scenarios creates unprecedented opportunities for advancing embodied AI research and commercialization. Zhou expressed his expectation that international development teams will leverage these unique conditions to refine cutting-edge algorithms and build practical, real-world ready solutions.

“This event will do more than showcase the latest robotic innovations,” Zhou said. “It will deepen collaborative ties between global robotics researchers and developers, solidify Beijing’s position as a global leader in embodied AI innovation, and accelerate the formation of a globally influential humanoid robot developer community.”

The 16th Beijing International Film Festival made a groundbreaking foray into the intersection of artificial intelligence, science communication and cinematic art on Monday, with the official launch of the first-ever AIGC-powered science film creation camp hosted at the China Science and Technology Museum. The launch kicks off a high-stakes 48-hour extreme creation challenge, designed to test and showcase how generative AI tools can reshape the landscape of science-focused filmmaking.

This initiative is not an impromptu experiment: it builds on a comprehensive five-day foundational training program held in late March, where more than 100 aspiring creators mastered the end-to-end workflow of AIGC science film production, ranging from structured scientific reasoning to final AI-generated visual output. From that early pool, 19 cross-disciplinary teams were selected to advance to the on-site challenge, where they will work under the expert mentorship of a diverse group including leading scientists, award-winning film directors, and top industry professionals. All teams are centering their projects around the provocative, forward-looking theme “My Brain-Computer Dog 2045”, which blends emerging technology, everyday life and speculative futurism.

At the official launch ceremony, Ren Hechun, head of the China Science and Technology Museum’s online science popularization department, welcomed participating creators, framing their work as a historic step for public science communication. “You are the first explorers in science popularization venues who hold new tools and define new languages,” Ren said, highlighting the transformative potential of AIGC to expand access to science filmmaking.

The creation camp was also featured at the opening of the Beijing International Film Festival’s dedicated Science and Technology Unit via a pre-recorded video link, where organizers shared an early look at participants’ innovative conceptual approaches and creative energy. On-site industry and academic experts have already begun offering formative feedback on teams’ interim work to guide their final projects.

To democratize access to this experimental process, the China Science and Technology Museum has launched a 48-hour uninterrupted panoramic slow livestream of the entire camp. This open broadcast allows global and domestic netizens to follow along in real time, watching as teams turn ideas and AI tools into completed science documentary projects, marking a new level of public transparency for creative innovation at the intersection of technology and art.

The core goal of the initiative is to explore how artificial intelligence generated content tools can lower long-standing barriers to entry for science film production. Traditionally, creating high-quality science content requires substantial production budgets, specialized technical crews, and access to expensive equipment – barriers that have limited the diversity of creators working in the science communication space. By leveraging AIGC, organizers hope to open the field to new voices, while also finding fresh, more engaging ways to present complex scientific knowledge to general audiences.

In the heart of Xiong’an New Area, Hebei Province, a fluffy plush puppy named Xiaowen does far more than sit on a child’s shelf waiting for a hug. This isn’t an ordinary stuffed animal: when called, it responds with a playful, sarcastic quip that turns everyday interaction into a spontaneous moment of fun. “Yeah? What’s up? I’m so tired of endless work. Do you even have a job?” it teases, and after a gentle pat on its soft body, it quickly shifts to a apologetic tone: “I promise it won’t happen again. Please forgive me!” This viral fan favorite is the AI Apology Dog, the brainchild of 62-year-old industry veteran Zhang Qingli, whose decades-long career in manufacturing has taken him from clothing to contract toy production, and now to pioneering AI-integrated plush companions.

Zhang’s journey into smart toy development didn’t happen overnight. Starting out in clothing manufacturing back in the 1990s, he pivoted to the plush toy industry in 2011, setting up his production base in Rongcheng County, a region long recognized as one of China’s leading plush toy manufacturing hubs. Like most local factories at the time, Hebei Hai Fa Toy Co operated primarily as an original equipment manufacturer (OEM), producing goods for external brands. This model brought with it slim profit margins and almost no control over product design or pricing, leaving Zhang searching for a path to long-term growth.

The 2017 establishment of Xiong’an New Area, China’s high-tech, smart development demonstration zone, became the turning point Zhang needed. “We couldn’t just keep making ordinary toys,” he explained. “Xiong’an is about high-end and smart development.” The specific inspiration for his AI pivot came in 2022, when a friend asked Zhang to help locate an exact replica of his daughter’s well-worn, decade-old childhood bunny toy. After a months-long search across the country, Zhang finally tracked down a matching replacement in Guangdong Province. That experience drove home a powerful truth: plush toys are far more than fabric and stuffing — they carry deep emotional attachment for their owners. That realization sparked his idea to give traditional plush toys a digital “brain.”

By 2023, Zhang had assembled a dedicated in-house artificial intelligence R&D team, combining cross-functional software and hardware expertise to develop the company’s first line of fully independent smart toys. The AI Kids series launched in 2024, boasting more than 60 functions spanning early childhood education, interactive entertainment, and long-distance companionship.

Gao Mengyang, head of the company’s R&D division, explained the core design: “We combine AI technology with plush toys, putting a self-developed core inside to make them smart. With one-press chat, children can talk remotely with their parents anytime.” The product also includes a patented near field communication (NFC) system that lets children trigger customized learning content simply by holding a themed card near the toy, solving the common problem of inaccurate voice recognition for young children with underdeveloped speech.

The road to success wasn’t smooth. The first month of sales for the new AI line only moved a few thousand units — less than one-tenth of the factory’s daily sales volume for traditional plush toys. Early design choices, including the removal of a manual switch to create a seamless interaction experience, led to user complaints about frequent false triggers, and the team quickly recognized the domestic AI toy market was still in its early stages of growth.

Instead of abandoning the project, Zhang and his team doubled down on iterative upgrades. Version 2.0 introduced multi-touch responsive interaction, adding nuanced emotional engagement: when the toy is lifted high off the ground, it will squeak “Too high, I’m scared!” in a soft, playful voice. A major breakthrough came in early 2025, when similar AI plush toys gained massive viral popularity overseas, sparking a surge in consumer interest for domestic smart toy products. Sales of Hebei Hai Fa’s AI Kids line began climbing steadily, and the product line quickly earned widespread consumer recognition.

Today, the AI Apology Dog stands as the company’s breakout hit. Soft, huggable, and integrated with a large language AI model, it can chat with users, tell jokes, deliver early childhood education, detect user emotions, and respond physically to touch. “It helps users release stress,” Zhang said. “Children see it as a friend and teacher, while parents use it as a companion and assistant.” The most popular functions across the full AI Kids line include voice conversation, NFC card learning, remote parent-child messaging, music and storytelling, emotional support, and daily habit reminders.

The company has already expanded its global footprint, exporting products to 30+ markets across Europe, Japan, South Korea, Southeast Asia, the Middle East and North America. International versions of the AI toys support more than 100 languages and meet all regional product safety and technology standards. In 2025, the company sold millions of traditional plush toys alongside more than 100,000 AI-powered models, with one-third of all AI units shipped to overseas buyers.

Now partnering with leading AI and chip specialists who have relocated to Xiong’an New Area to take advantage of the zone’s high-tech policy support, Zhang is already planning his next line of innovative smart products. Upcoming projects include a smart memory pillow that can store and play a loved one’s voice, and AI-enabled companion pets tailored for elderly care that can monitor basic health metrics, provide daily companionship, and connect seniors with their far-flung family members.

For Zhang, the evolution of the toy industry marks a fundamental shift in what these products mean to consumers: “Toys are no longer just toys. They are companionship, education, stress relief and warmth. Our goal is to build Xiong’an smart plush toys into a recognized global brand.”

On Monday, shares of U.S. defense and technology firm Palantir Technologies fell sharply in response to widespread market backlash, triggered by a 22-point far-right ideological manifesto the company published over the weekend that reignited long-simmering controversy over its business practices and geopolitical ties.

The controversial posting, released to X (formerly Twitter) on Saturday by Palantir’s official account, was framed as a distillation of core company beliefs that stakeholders often ask the firm to clarify. Adapted in large part from *The Technological Republic: Hard Power, Soft Belief, and the Future of the West* — a book co-written by Palantir CEO Alex Karp — the manifesto covers a wide range of social, technological and geopolitical issues.

Within the document, Palantir pushes back against mainstream narratives of cultural equality, arguing that some cultures and subcultures have produced extraordinary achievements while others are “regressive and harmful.” It also warns against what it calls the “shallow temptation of a vacant and hollow pluralism,” questions the framing of modern Western inclusivity, condemns what it describes as widespread intolerance of religious belief in progressive circles, and publicly calls for Germany and Japan to expand their military rearmament programs. Co-founded by billionaire conservative activist Peter Thiel, the manifesto additionally defends far-aligned tech billionaire Elon Musk’s promotion of a “grand narrative” and criticizes efforts to scrutinize and marginalize wealthy public figures for their personal conduct.

This is not the first time Palantir has drawn global condemnation. The company holds major military and intelligence contracts with the U.S., UK, Israel and other governments, and has faced years of criticism over its direct role in supporting Israel’s military campaign in Gaza. Rights groups and United Nations investigators have repeatedly linked Palantir’s technology to accelerated targeting operations in Gaza that have killed tens of thousands of civilians.

Responding to the manifesto, Lewis Bacchus, campaigns officer for the UK-based Palestine Solidarity Campaign, told Middle East Eye that the far-right rhetoric contained in the post was unsurprising given the company’s track record. “The software produced by Palantir has enabled state violence across the globe,” Bacchus said, noting that it has allowed the Israeli military to generate attack targets at unprecedented speed to advance its military campaign in Gaza. He added that the British government continues to award the company lucrative public contracts, including access to the UK’s National Health Service (NHS).

The manifesto sparked immediate outrage and mockery across social media platforms. Bellingcat founder Eliot Higgins sarcastically described the post as “extremely normal and fine” on the Bluesky social network, while Lebanese historian and journalist Elia Ayoub labeled it “cartoonishly evil.” Andrew Feinstein, a South African journalist and former African National Congress member of parliament, tied the manifesto’s racist framing to co-founder Peter Thiel’s upbringing in apartheid-era South Africa and what is now Namibia, arguing that this background shaped his white supremacist ideological views.

Market analysts attribute the drop in Palantir’s share price to growing investor concerns over potential reputational damage and increased political scrutiny stemming from the company’s explicit public alignment with far-right ideology. The broader controversy over Palantir’s role in the Israel-Gaza conflict has already drawn condemnation from global rights groups and UN officials. In a July 2024 report, UN Special Rapporteur Francesca Albanese named Palantir among several technology firms accused of profiting from crimes including illegal occupation, apartheid and genocide in occupied Palestinian territory.

Albanese’s report documented that Palantir provides automatic predictive policing technology, core defense infrastructure for scaled-up military software deployment, and an artificial intelligence platform that enables real-time battlefield data integration for automated targeting decisions. Palantir CEO Alex Karp has publicly acknowledged that the company’s software was used by Israel in the 2024 pager attacks in Lebanon, which killed 42 people and wounded thousands more, many of whom suffered permanent, life-altering injuries. Since the start of Israel’s military campaign in Gaza in October 2023, Palantir has made no secret of its open partisan support for Israel, taking out a full-page advertisement in *The New York Times* to publicly reaffirm its stance, with senior executives framing Middle Eastern conflicts as a defense of Western civilization.

Beyond its military contracts, Palantir also faces growing scrutiny over its expanding role in public healthcare, most notably in the UK. NHS England issued guidance requiring all regional health trusts to adopt Palantir’s core data products starting in April 2025, after the company won a £1 billion ($1.35 billion) contract for a federated data platform (FDP) in November 2023. The contract has sparked widespread pushback from health workers, campaigners and parliamentarians, who warn that handing access to sensitive patient data to a foreign private tech firm poses major national security risks.

Last month, a group of health workers from the campaign organization Medact published a call in the *British Medical Journal* urging NHS trusts to disobey the guidance to adopt Palantir’s platform. Rhiannon Mihranian Osborne, a doctor and Medact campaigner, told Middle East Eye that UK health workers are “deeply disturbed” by the NHS’s ongoing partnership with Palantir. “Every day that the NHS continues this contract with Palantir makes our health system complicit in Palantir’s violent operations, from AI warfare to drone strikes to mass surveillance,” she said, adding that Health Secretary Wes Streeting’s decision to move forward with the contract undermines public trust in the NHS and the system’s core commitment to equality. The Palestine Solidarity Campaign has called on the UK government to immediately cancel all public contracts with Palantir. Middle East Eye contacted the UK Department of Health and Social Care for comment on the manifesto and the future of the NHS contract, but had not received a response as of publication.

A decades-long effort to reimagine polymer material development through artificial intelligence reached a major milestone this month, as researchers at Shanghai’s East China University of Science and Technology (ECUST) launched the third iteration of their groundbreaking AI plus Polymers platform. The new release marks a critical step forward in China’s transition from traditional, trial-and-error based materials R&D to a modern, intelligent and precision-driven design ecosystem.

Unlike early versions of the tool, the v3.0 platform delivers comprehensive upgrades across every core layer of its infrastructure, built specifically to address the wide-ranging research and development needs of academic and industrial teams working with polymer materials. It now hosts a massive curated database of 7.6 million specialized polymer-related entries, integrates more than 80 tailored AI models, and features over 10 purpose-built algorithms designed exclusively for polymer science applications. According to the ECUST research team, these improvements enable far more efficient intelligent design of high-performance resins, organic optoelectronic materials, and advanced composite materials, supported by an enhanced human-computer interaction framework that streamlines workflows for both researchers and industry practitioners.

ECUST’s journey in AI-accelerated polymer research stretches back more than a decade, to 2013, when the team pioneered the country’s first AI-powered polymer research program. Over the years, they have built an entirely new research paradigm dubbed “AI for polymers”, which is fully protected by independent, indigenous intellectual property rights held by the university team.

Since the platform’s first public launch in March 2023, it has seen rapid adoption across China’s advanced manufacturing and materials sectors. To date, more than 10 national aerospace research institutes and over 60 domestic new chemical material enterprises have integrated the platform into their regular R&D operations. Real-world applications of materials developed through the “AI for polymers” paradigm are already delivering impact: high-performance resins and advanced conductive adhesives created with the platform’s support have already entered full-scale industrial use. Most notably, a novel resin with unique properties—high-temperature resistance, superior toughness, and easy processability—has already been deployed in key components of China’s aerospace and advanced precision equipment, the team confirmed.

Looking ahead, the ECUST team has set ambitious expansion goals for the paradigm-shifting technology. “Our team’s vision is to expand the new AI paradigm to broader fields, including polymer structural materials, functional materials, and biomedical materials,” said Lin Jiaping, lead scientist of the research program. “Also, we aim to comprehensively empower the design and development of polymer materials and promote the digital transformation of the entire industry through artificial intelligence.”