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12 Mar 2026, 13:00

Gaming Giant Square Enix Becomes Node Validator on the Tezos Blockchain

London, United Kingdom, March 12th, 2026, Chainwire The Tezos blockchain is now being validated by Square Enix , one of the world’s leading developers, publishers and distributors of entertainment content, it was announced today. By operating a baker node on Tezos, the company is playing a crucial role in validating transactions and maintaining the integrity of one of the industry’s most energy-efficient and stable blockchain networks. Square Enix is globally recognized for creating immersive gaming experiences that have captivated audiences for decades. As a pioneer in interactive entertainment, the company has consistently embraced technological innovation to enhance gameplay and storytelling. Square Enix has previously invested in blockchain-related projects, including Soccerverse, HyperPlay, and The Sandbox. Operating a baker node on Tezos represents the company’s latest involvement in the blockchain domain. Speaking about the news, Hideaki Uehara, General Manager of Investment and Business Development at Square Enix Holdings, said, “Square Enix has invested in various blockchain initiatives over the years. Operating a baker node on Tezos allows us to participate in and better understand this technology while contributing to the network’s operations.” Efe Kucuk, Head of Gaming at Trilitech (Tezos R&D Hub), commented on the partnership: “Having Square Enix as a validator brings tremendous credibility to the Tezos network. Their reputation in gaming makes them an ideal partner as we continue to demonstrate Tezos’ potential beyond traditional applications. We’re excited to see how their expertise might contribute to the evolution of gaming.” Today’s news arrives as the Tezos gaming ecosystem continues its rapid growth, evolving into a mature platform for a wide spectrum of games, including casual mobile experiences and AAA multiplayer titles, reaching 440,00 unique users and 31 million transactions in 2025. Growing interest from established gaming industry veterans and major publishers demonstrates the increasing recognition of Tezos as a preferred platform for the next-generation of gaming. About Square Enix Ltd. Square Enix Ltd. develops, publishes, distributes and licenses SQUARE ENIX and TAITO branded entertainment content in Europe and other PAL territories as part of the Square Enix group of companies. The Square Enix group of companies boasts a valuable portfolio of intellectual property including: FINAL FANTASY, which has sold over 203 million units worldwide; DRAGON QUEST, which has sold over 94 million units worldwide; and the legendary SPACE INVADERS. Square Enix Ltd. is a London-based, wholly owned subsidiary of Square Enix Holdings Co., Ltd. More information on Square Enix Ltd. can be found at https://square-enix-games.com About Tezos Tezos is an open-source and energy-efficient blockchain designed to empower institutions, developers, and businesses and facilitate value transfer in a digital environment. It is designed for the scalable deployment of decentralized applications. As one of the first Proof of Stake blockchains, Tezos is globally supported and valued for its strong governance, long-term upgradability, and smart contract capabilities. For more information about Tezos, visit http://www.tezos.com . Contact Sara Moric [email protected]

12 Mar 2026, 11:30

Is Quantum Computing A Threat To Bitcoin? ARK Invest Breaks It Down

A new research paper from ARK Invest and Unchained examines one of the most persistent questions in Bitcoin: whether advances in quantum computing could eventually break it’s cryptography. The authors conclude that while the technology represents a legitimate long-term concern, it does not pose an immediate threat to the network. Published March 11 and authored by Dhruv Bansal, Tom Honzik and David Puell, the report argues that current quantum systems remain far from the capabilities required to compromise Bitcoin’s cryptographic foundations. Bitcoin Quantum Threat Is Distant, Not Immediate The paper’s central thesis is straightforward: quantum computing represents a real but gradual risk. “Our two central arguments are as follows,” the authors write. “Quantum is a long-term risk but not an imminent threat . The community must continue to research and make plans for protecting the network as quantum computers improve.” They add that even if breakthroughs occur, exploiting them against Bitcoin would be costly and slow. “If quantum computing were to affect Bitcoin’s cryptography, the process would be protracted and undertaken at meaningful cost to the attacker.” In practical terms, the report notes that today’s machines fall well short of the scale needed to attack the elliptic-curve cryptography used by Bitcoin keys. Current devices operate in what researchers call the “NISQ era,” characterized by limited logical qubits and high error rates. Breaking Bitcoin’s cryptography would require significantly more advanced systems. “To do so would require at least 2,330 logical qubits and tens of millions to billions of quantum gates,” the authors write, far beyond the roughly hundred-qubit systems typical today. Rather than a sudden technological shock, the paper outlines a staged progression toward any meaningful threat. The authors describe a series of milestones in quantum development . Early stages involve experimental systems with limited commercial usefulness. Later phases would see applications in fields like chemistry or materials science long before cryptographic attacks become viable. Only in more advanced stages would quantum computers become capable of breaking elliptic-curve cryptography — and even then the process could take longer than Bitcoin’s roughly 10-minute block interval.The researchers emphasize that this gradual progression would create numerous warning signals. “In our view, quantum development will be a gradual technological progression—not a sudden ‘Q-day’ event—giving markets and the Bitcoin network time to adapt.” The implication is that the broader internet security ecosystem would likely face disruption before Bitcoin specifically becomes vulnerable. “Meaningful breakthroughs would disrupt internet security first,” the paper states, “triggering coordinated responses well beyond Bitcoin.” The report also estimates how much bitcoin could theoretically be vulnerable if large-scale quantum attacks became feasible. According to the analysis, roughly 1.7 million BTC stored in older P2PK address types are considered exposed but likely lost. Another 5.2 million BTC sit in address formats that could be migrated if necessary. Combined, the authors estimate that roughly 35% of the total outstanding supply could theoretically face quantum exposure in its current form. However, because many of those coins are inactive or capable of being moved to safer address types, the researchers frame the issue as manageable rather than catastrophic. Governance And Upgrades Remain Open Questions While the technical threat may be distant, the report highlights governance challenges that could emerge if the ecosystem eventually needs to adopt post-quantum cryptography. Upgrading Bitcoin’s cryptographic primitives would require consensus changes, meaning coordination across developers, miners, node operators, and the broader community. The authors also raise unresolved questions around coins whose public keys are already exposed on-chain. “There is no consensus about protecting coins that remain vulnerable to quantum,” the report notes, pointing to ongoing debates about whether such coins should be migrated, restricted, or treated as recoverable by quantum attackers. The researchers ultimately frame the issue as a long-range engineering problem rather than a near-term existential risk. “Quantum risk will evolve over an extended period of time, with many intermediate warning signals and decision points,” the authors conclude. “An abrupt single point of failure is unlikely.” At press time, Bitcoin traded at $69,496.

12 Mar 2026, 07:27

Ripple, Mastercard team up with 85 firms to advance crypto payments

Ripple and Mastercard will work with 85 companies to increase crypto adoption. The initiative is part of Mastercard’s new Crypto Partner Program and will link Mastercard’s global payments network with banks, crypto exchanges, fintech startups, and blockchain developers. According to the company, the program is designed to encourage product innovation and collaboration between crypto‑native firms, payment providers , and traditional financial institutions as digital assets evolve toward real‑world applications. The Crypto Partner Program comes as demand rises for faster, more transparent, and cost-efficient cross-border payments and merchant payouts, use cases commonly highlighted as strengths of blockchain technology. Analysts say that bringing these functions into direct dialogue with Mastercard’s global network could help push crypto from niche applications toward mainstream utility. Ripple and Mastercard want to make crypto payments easier Mastercard wants to make digital asset payments faster, safer, and easier, and will bring 85 firms into its global payments network. The project will use Ripple’s blockchain infrastructure because its network allows near-instant transfers at lower fees than traditional banking systems. Mastercard wants businesses to start using crypto payments without letting go of the traditional systems they’re used to, so it can integrate blockchain systems into its networks that serve over 200 countries. According to Ripple, collaboration between traditional finance and crypto companies will push digital assets into practical, everyday use that businesses and consumers can easily trust. Target companies will attend workshops and forums to learn from one another and push for crypto adoption in real-world payments. More people and businesses can now transfer money worldwide at low fees. Hopefully, the new system will be able to handle massive transaction volumes simultaneously, as Rippler’s blockchain technology and Mastercard’s payment network are secure and reliable. More companies use crypto to send money The companies selected for Mastercard’s Crypto Partner Program, including Ripple, Binance, PayPal, Coinbase, and Circle , will test digital systems in live environments to identify which tools work properly, areas for improvement, and how businesses can safely use crypto in everyday transactions. The companies will also explore how people can use tokenized payments with the same traditional systems they already know. Ripple has already demonstrated that digital money can handle real-world payments, as the company processed over $100 billion in payment volume using stablecoins alone. Additionally, Ripple aims to expand its services in the Asia-Pacific region by acquiring BC Payments in Australia, allowing it to operate under an official Australian Financial Services License. The company requires additional resources to invest in technology, purchase other companies, and improve its payment systems to grow and make digital payments more reliable worldwide. For this reason, Ripple has initiated a $750 million share buyback to increase such resources. Similarly, businesses can adopt digital assets without changing their payment system through Mastercard’s network, which operates in over 200 countries. Through its Crypto Partner Program, the company will hold workshops and forums where companies can gather to learn from each other’s experiences, discuss challenges, and design new tools using both blockchain technology and the existing financial system. For businesses to better adopt crypto without disrupting their regular operations, program participants must develop standards for digital asset payments, regulations across different countries, and systems that can handle multiple currencies. Ripple and Mastercard will also help businesses feel confident about using blockchain technology in their daily operations by guiding them on issues such as compliance, risk management, and the safe use of digital assets. Because of this program, blockchain technology is moving from small experiments into real-world financial systems that support global commerce, and more businesses are now using digital money for cross-border transfers, global payouts, and business-to-business payments. Meanwhile, the program creates a network of partners who share knowledge, technology, and diverse operating models, making it easier for other banks and payment networks to adopt blockchain solutions without having to start from scratch. This way, digital money will become part of everyday business transactions worldwide, as companies work together to use it safely and securely. Overall, by combining Ripple’s blockchain technology and Mastercard’s global payment networks, digital assets become trusted tools for sending money, paying partners, and settling transactions. If you want a calmer entry point into DeFi crypto without the usual hype, start with this free video.

12 Mar 2026, 05:45

Crypto ATM Fraud Losses Skyrocket to $333M in US, Fueled by Alarming AI Deepfake Scams

BitcoinWorld Crypto ATM Fraud Losses Skyrocket to $333M in US, Fueled by Alarming AI Deepfake Scams Financial regulators and cybersecurity experts are sounding alarms after a new report revealed staggering losses from cryptocurrency ATM scams across the United States, with fraud totaling $333 million last year alone. This dramatic figure, reported by cybersecurity firm CertiK and covered by Cointelegraph, highlights a rapidly evolving threat landscape where criminal organizations increasingly exploit the very features that make crypto ATMs convenient: speed and relative anonymity. The analysis directly links the surge to sophisticated fraud groups now deploying artificial intelligence deepfake technology to bypass security measures and manipulate victims. Crypto ATM Fraud Losses Expose Critical Security Gaps The $333 million in reported losses marks a significant escalation in financial crimes targeting digital asset kiosks. These machines, often located in convenience stores, gas stations, and shopping malls, allow users to convert cash into cryptocurrencies like Bitcoin or Ethereum within minutes. Consequently, their fast transaction speeds present a major attraction for legitimate users and criminals alike. The CertiK report emphasizes that limited identity verification protocols at many kiosks create an easy avenue for theft. Unlike traditional bank transactions, which may involve multi-factor authentication and waiting periods, crypto ATM transactions can often be finalized in under five minutes with minimal oversight. Furthermore, the pseudo-anonymous nature of blockchain transactions complicates recovery efforts for stolen funds. Once cryptocurrency leaves a victim’s wallet and moves through the decentralized ledger, tracing and retrieving it becomes exceptionally difficult for law enforcement. This technical reality emboldens fraudsters who operate with a perceived lower risk of getting caught. The convergence of quick cash conversion and difficult asset recovery has effectively turned some crypto ATMs into high-risk points for financial crime. The Rising Threat of AI Deepfake Technology in Scams Cybersecurity analysts point to a dangerous new trend propelling these losses: the adoption of AI-generated deepfakes by criminal networks. This technology uses artificial intelligence to create highly convincing fake audio or video recordings. Scammers employ these deepfakes to impersonate trusted figures, such as family members, tech support agents, or government officials, during real-time calls with victims. For instance, a fraudster might use a deepfake voice clone of a grandchild in distress to urgently request money via a crypto ATM. The emotional manipulation, combined with the perceived authenticity of the voice, pressures victims into making rapid, irreversible transactions. Previously, such scams relied on text-based phishing or less convincing voice calls. However, the accessibility of AI tools has lowered the barrier for creating persuasive forgeries. A report from the Federal Trade Commission (FTC) in late 2024 noted a 150% year-over-year increase in complaints mentioning voice-cloning technology in fraud schemes. The integration of this technology into crypto ATM scams represents a natural and sinister evolution, exploiting both human psychology and technological infrastructure weaknesses. Expert Analysis on the Mechanics of the Scam Jane Kellerman, a former FBI financial crimes investigator and current cybersecurity consultant, explains the typical fraud workflow. “The scam often starts with a targeted phishing attempt or a data breach that gives criminals a victim’s basic information and phone number,” Kellerman states. “They then use AI software to synthesize a voice from short audio clips found online—perhaps from a social media video—of a relative. The victim receives a panicked call from what sounds like their loved one, claiming they need bail money or face an emergency. The scammer instructs them to withdraw cash and deposit it immediately into a specific crypto wallet via a nearby ATM, stressing that time is critical and that traditional wire transfers are too slow.” This sense of urgency is crucial. It short-circuits the victim’s normal critical thinking and due diligence. The physical act of using a cash-based ATM also feels more tangible and less suspicious to some than an online transfer, even though the destination is a digital wallet controlled by criminals. The table below outlines the common steps in a modern crypto ATM deepfake scam: Step Action by Fraudster Exploited Vulnerability 1. Reconnaissance Gathers victim data (phone, family names) from social media or data leaks. Personal data oversharing online. 2. Deepfake Creation Uses AI tools to clone a relative’s voice from online audio. Availability of personal media online and accessible AI tech. 3. Social Engineering Call Makes urgent call using deepfake voice, creating a fabricated crisis. Human emotional response and trust. 4. Transaction Direction Guides victim to a specific crypto ATM and provides a wallet QR code. Speed and anonymity of crypto ATM transactions. 5. Cash Conversion & Flight Receives crypto, then uses mixers or exchanges to launder funds. Irreversibility of blockchain transactions and cross-jurisdictional challenges. Regulatory and Industry Responses to Mounting Losses In response to the escalating fraud, regulatory bodies and the cryptocurrency industry are beginning to take action. The Financial Crimes Enforcement Network (FinCEN) has classified certain crypto kiosk operators as Money Services Businesses (MSBs), subjecting them to Anti-Money Laundering (AML) and Know Your Customer (KYC) regulations. However, enforcement and compliance levels can vary significantly between operators and states. Some jurisdictions are now considering legislation to mandate stricter identity checks for transactions above a certain threshold, potentially slowing the process but adding a critical security layer. Simultaneously, responsible crypto ATM operators are implementing voluntary safeguards. These measures include: Lower transaction limits for anonymous cash deposits. Enhanced on-screen warnings about common scams during the transaction flow. Extended transfer delays for first-time users or large amounts, allowing a brief cooling-off period. Integration with identity verification services that require a government ID scan for larger transactions. Despite these efforts, a patchwork of state regulations and the competitive pressure to offer user-friendly services create challenges for uniform security standards. The industry faces a difficult balance between maintaining the accessibility that defines crypto ATMs and implementing protections robust enough to deter sophisticated fraud rings. The Broader Impact on Crypto Adoption and Consumer Trust The $333 million loss figure represents more than just stolen money; it signifies a growing threat to consumer trust in cryptocurrency infrastructure. For mainstream adoption to continue, potential users must feel confident that on-ramps like ATMs are secure. High-profile fraud cases generate negative media coverage and can deter newcomers who are already cautious about the volatility and complexity of digital assets. This erosion of trust poses a long-term risk to the entire ecosystem, potentially stifling innovation and legitimate use cases. Moreover, these losses have real-world consequences for victims, who are often elderly or otherwise vulnerable individuals. The irreversible nature of cryptocurrency transactions means they rarely recover their funds. Victim advocacy groups report increased cases of severe financial and emotional distress linked to these scams, highlighting the human cost behind the statistical headline. Conclusion The revelation that US crypto ATM fraud losses hit $333 million last year serves as a critical wake-up call for regulators, industry operators, and consumers. This staggering sum underscores how advanced threats like AI deepfake technology are exploiting systemic vulnerabilities in fast, anonymous transaction systems. Addressing this crisis requires a coordinated multi-stakeholder approach: robust regulatory frameworks, proactive security measures by ATM operators, and widespread public education on recognizing social engineering tactics. As cryptocurrency continues to integrate into the financial mainstream, ensuring the security of its physical access points will be paramount to preventing further losses and safeguarding the future of digital asset adoption. FAQs Q1: What is a crypto ATM, and how does it work? A crypto ATM, or Bitcoin ATM, is a physical kiosk that allows individuals to buy (and sometimes sell) cryptocurrencies using cash or a debit card. Users scan a wallet QR code, insert money, and the machine sends the equivalent cryptocurrency to their digital wallet, often within minutes. Q2: How are AI deepfakes used in these scams? Scammers use AI software to create realistic fake audio or video of a trusted person, like a family member. They then call the victim, using this deepfake to pretend there is an emergency requiring immediate cash, which they instruct the victim to send via a crypto ATM. Q3: Why are crypto ATMs particularly vulnerable to this fraud? They enable very fast conversion of cash to irreversible cryptocurrency with relatively low identity checks compared to banks. This speed and anonymity benefit users but also provide a perfect tool for fraudsters pressuring victims to act quickly. Q4: What can I do to protect myself from a crypto ATM scam? Be extremely skeptical of any urgent request for money, especially via cryptocurrency. Verify the person’s identity by calling them back on a known number. Never deposit money into a crypto wallet at someone else’s direction during a stressful call. Remember that legitimate entities will not demand payment via cash-to-crypto machines for emergencies. Q5: Are there any regulations for crypto ATMs to prevent this? In the US, crypto ATM operators are generally required to register as Money Services Businesses and comply with AML laws. However, specific identity verification requirements vary by state and operator, leading to inconsistent security levels across the network. This post Crypto ATM Fraud Losses Skyrocket to $333M in US, Fueled by Alarming AI Deepfake Scams first appeared on BitcoinWorld .

12 Mar 2026, 04:10

Hackers Hijack Bonk.fun Domain, Deploy Wallet-Draining Phishing Prompt

Browser warnings flagged the site for suspected phishing after attackers pushed a fake TOS message designed to trick users.

12 Mar 2026, 00:00

AI Actor Tilly Norwood Sparks Outrage with Cringeworthy Debut Song, Igniting Hollywood Ethics Debate

BitcoinWorld AI Actor Tilly Norwood Sparks Outrage with Cringeworthy Debut Song, Igniting Hollywood Ethics Debate The debut of a musical track by AI-generated actor Tilly Norwood has ignited a fierce debate within the entertainment industry, highlighting growing tensions between technological innovation and artistic integrity. Particle6, the production company behind the synthetic persona, released the music video for “Take the Lead” this week, prompting immediate criticism from established actors and industry unions. This event marks a significant escalation in the use of AI for creating fully realized, media-producing characters, moving beyond static images or voice synthesis. Tilly Norwood’s AI-Generated Song Draws Swift Industry Condemnation Particle6 first introduced Tilly Norwood to the public in the fall of 2024. The reveal of a fully AI-generated actor designed for film and television roles was met with immediate concern. Golden Globe-winning actor Emily Blunt voiced a sentiment shared by many, telling Variety, “Good Lord, we’re screwed. Come on, agencies, don’t do that. Please stop.” The Screen Actors Guild‐American Federation of Television and Radio Artists (SAG-AFTRA) issued a formal statement, arguing that “‘Tilly Norwood’ is not an actor; it’s a character generated by a computer program that was trained on the work of countless professional performers — without permission or compensation.” The union emphasized that such technology “creates the problem of using stolen performances to put actors out of work.” Despite this backlash, Particle6 proceeded with its next phase: establishing Tilly Norwood as a cross-media personality. The release of “Take the Lead” represents a strategic move to build a fanbase and narrative for the character. The song’s lyrics directly address the controversy, with lines like “They say it’s not real, that it’s fake, but I am still human, make no mistake.” This meta-commentary has been cited by critics as a key example of the project’s conceptual dissonance. Deconstructing the AI Music Video and Its Production The music video for “Take the Lead” is a technically complex production. Particle6 reports that eighteen individuals contributed to its creation, including designers, AI prompt engineers, and video editors. This human-heavy backend contrasts sharply with the fully AI-generated front-facing persona. The video features Tilly Norwood strutting through a data center—a visual metaphor for her origin—before transitioning to a stage where she performs for a crowd of computer-generated spectators. The song’s musical composition has drawn comparisons to early-2000s pop, particularly the work of artists like Sara Bareilles. However, critics argue it lacks the emotional authenticity of its influences. The chorus serves as a call to action, not for human artists, but for other AI entities: “Actors, it’s time to take the lead… AI’s not the enemy, it’s the key.” This framing positions AI not as a tool for humans, but as an independent creative class. Ethical and Legal Implications of Synthetic Performers The rise of characters like Tilly Norwood raises profound legal and ethical questions that the industry is scrambling to address. The core issue revolves around consent and compensation . AI models are trained on vast datasets of existing performances. SAG-AFTRA and other advocates contend this constitutes intellectual property theft if done without licenses. Furthermore, the creation of a synthetic actor who can work indefinitely without pay threatens to destabilize labor markets for human performers. Another critical concern is authenticity and cultural impact . Can art derived from statistical models of existing work offer genuine cultural commentary or innovation? Critics echo past complaints about derivative human art, such as Pitchfork’s infamous 0.0 review of Jet’s “Shine On,” where editors lamented “knuckle-dragging and Xeroxed” music. The difference, experts note, is scale and origin: while human artists are inspired by predecessors, AI models are fundamentally built from them. The Broader Landscape of AI in Music and Entertainment Tilly Norwood is not the first AI entity to venture into music. The digital persona Xania Monet previously gained attention when an AI-generated song attributed to her, “How Was I Supposed to Know?,” charted on Billboard’s R&B charts. That track reportedly involved human lyricists, blending AI and human input. The Norwood project differs by presenting a completely synthetic origin story and aiming for a mainstream pop aesthetic. The technology enabling this is advancing rapidly. AI music generators like Suno and Udio can now produce full-length songs from simple text prompts. Meanwhile, video generation tools can create realistic scenes. Particle6’s project represents an attempt to bundle these capabilities into a marketable, persistent character. The potential business model is clear: a studio could own a stable of AI actors, musicians, and influencers, generating content without talent fees, scheduling conflicts, or personal controversies. Audience Reception and the Question of Relatability A central challenge for synthetic media is forging a genuine connection with audiences. Art often resonates through shared human experience—joy, loss, love, struggle. Tilly Norwood’s song tackles a uniquely non-human dilemma: the experience of being disregarded for being an AI. As one critic noted, this creates a song “about something that literally no human will ever experience.” This inherent disconnect may limit the commercial and emotional ceiling for such content, regardless of its technical polish. Industry analysts are watching audience metrics closely. Will a character like Norwood develop a dedicated following, perhaps among tech enthusiasts? Or will she remain a novelty? Early comments on the video’s hosting platform skew heavily negative, with viewers criticizing the music’s quality and the project’s premise. However, the mere existence of such a high-profile experiment signals a new chapter in content creation. Conclusion The controversy surrounding AI actor Tilly Norwood and her debut song “Take the Lead” is a microcosm of a larger industry transformation. It forces a confrontation between the relentless march of generative AI technology and the deeply human-centric traditions of storytelling and performance. While the technical achievement is notable, the project has intensified debates over ethics, copyright, and the very soul of entertainment. The reaction from figures like Emily Blunt and SAG-AFTRA demonstrates that the human creative community is prepared to fight for its value. The journey of Tilly Norwood will likely serve as a critical case study, informing future regulations, union contracts, and audience expectations as the line between human and synthetic artistry continues to blur. FAQs Q1: What is Tilly Norwood? Tilly Norwood is a fully AI-generated actor and media persona created by the production company Particle6. She is not a human performer but a digital character designed to star in films, television, and now music. Q2: Why are actors and unions like SAG-AFTRA opposed to AI actors? Unions argue that AI actors are trained on the work of human performers without consent or compensation, which they view as intellectual property theft. They also warn that synthetic performers threaten job displacement and devalue human artistry and experience. Q3: How was Tilly Norwood’s song “Take the Lead” created? While the front-facing performer is AI, the production involved eighteen human contributors, including designers and editors. The song itself was likely generated using AI music software, then refined and paired with a video featuring the CGI character. Q4: Has AI-generated music been successful before? Yes, to some extent. The AI persona Xania Monet had a song chart on Billboard’s R&B charts. However, these projects often blend AI generation with human curation. Tilly Norwood’s project is notable for its attempt to present a wholly synthetic artist with a narrative backstory. Q5: What does this mean for the future of entertainment? The development signals a likely increase in synthetic media. It will force new legal frameworks around copyright and likeness, reshape labor agreements, and challenge audiences to define what they value in art—technical perfection or human connection. This post AI Actor Tilly Norwood Sparks Outrage with Cringeworthy Debut Song, Igniting Hollywood Ethics Debate first appeared on BitcoinWorld .