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BYD Unveils B13.b Electric Intercity Bus in Europe with 700 km Range and Advanced Blade Battery Chassis

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Chinese manufacturer BYD has made a grand European debut of its latest zero-emission bus, the B13.b, at the UITP Global Public Transport Summit in Hamburg.

This 13.2-meter-long intercity electric bus represents a significant leap in efficiency, performance, and range, setting a new benchmark for long-distance electric transportation.

At the heart of the B13.b lies BYD’s proprietary Blade Battery Chassis platform — a cell-to-chassis (CTC) innovation where the lithium-iron-phosphate (LFP) Blade battery is integrated directly into the vehicle’s structure. This design not only conserves space but also increases structural rigidity and lowers the bus’s center of gravity, enhancing ride quality, safety, and handling.

Thanks to this architecture, the B13.b can accommodate a 560 kWh battery — 54 kWh more than its predecessor — delivering a range of up to 700 km on a single charge under the Standardized On-Road Test (SORT) cycle. For operators requiring less distance, a 476 kWh option provides a still impressive 620 km range. Each bus is equipped with two 150 kW hub motors and powered by BYD’s latest 6-in-1 silicon carbide (SiC) controller, balancing performance with high energy efficiency.

The interior seats up to 49 passengers, with total capacity reaching 78, eight more than previous models. Built for intercity service, it’s designed for comfort and functionality.

Charging versatility is a standout feature: operators can choose single or dual 192 kW DC fast charging, or utilize an overhead pantograph delivering up to 500 kW, ensuring rapid turnarounds. Its top speed is capped at 100 km/h, matching intercity route requirements.

BYD’s European Rise

The B13.b follows BYD’s earlier B12 model introduced in 2023 and underscores the company’s rapid rise in the European electric bus market. By mid-2025, BYD had taken over 6,700 e-bus orders across 26 countries and 160 cities, with its fleet logging over 360 million miles and reducing more than 630,000 tonnes of CO? — a tangible contribution to Europe’s green mobility goals.

This sustained growth contrasts sharply with Tesla’s current challenges: slowing demand in key markets, rising price competition from Chinese EV makers, and pressure on its margins amid global economic uncertainty.

Tesla’s downturn has created openings for competitors like BYD to consolidate market share in both consumer and commercial EV segments. While Tesla has struggled to sustain delivery growth in Europe, BYD has steadily introduced buses, passenger cars, and partnerships tailored to the continent’s stricter environmental targets and high public transport electrification goals.

Why It Matters

Few electric buses today match the B13.b’s combination of long charge range, integrated battery technology, and flexible charging systems.

With European cities and national governments investing heavily in green mobility, the B13.b offers transit agencies a long-range, zero-emission option that can compete with — and in some respects surpass — established European brands such as Mercedes and Volvo. Mercedes’ eIntouro, for instance, delivers around 500 km range with a 414 kWh battery, while Volvo’s 8900 Electric offers a high-capacity setup but with a range still below BYD’s new standard.

In summary, the B13.b could redefine expectations for electric intercity buses, offering transit agencies a tool to maintain zero-emission routes without compromising on range or operational flexibility — a critical step forward in the e-mobility transition.

Bill Gates urges Gen Z to embrace AI, but warns it won’t shield them from job market turmoil

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Billionaire Microsoft co-founder Bill Gates says the ability to use AI tools is both “fun and empowering” and encourages Gen Z to embrace them early.

But whether that adoption will be enough to shield graduates from the pace of workplace disruption remains unclear — a disruption that Gates himself warns could lead to significant job dislocation. His stance places him among a growing list of tech leaders, including Tesla’s Elon Musk and OpenAI’s Sam Altman, who have acknowledged that AI’s rapid evolution could threaten millions of jobs worldwide.

So his advice for recent graduates is: Embrace AI tools, but don’t expect any stability when it comes to the job search.

Gates told CNN that smart systems have generally unearthed opportunities that are “fun and empowering.” However, he cautioned that this does not mean ambitious college graduates will land their dream jobs simply by using AI; the market remains challenging even for those fluent in these tools.

“Embracing [AI], and tracking it, will be very, very important,” Gates said. “That doesn’t guarantee we’re not going to have a lot of dislocation.”

He added that his advice to young people remains unchanged: “Be curious, read, and use the latest tools.”

AI has shaken up entry-level careers

Gen Z is increasingly burned out from job hunting before even getting started. Frustrated applicants have lamented on TikTok about the flood of rejection emails they have received from companies and voiced fears that the job market feels broken. Data supports their concern: Entry-level job postings in the U.S. have fallen by about 35% since January 2023, with positions most easily automated by AI seeing the steepest declines.

A recent survey found 49% of U.S. Gen Z job hunters believe AI has reduced the value of their degrees. The unemployment rate for recent college graduates climbed above 6% in the 12 months ending in May, compared to a national average of around 4%.

This shift is already visible in corporate hiring. At global investment firm Carlyle, tasks once handled by entry-level analysts, such as combing Google for articles or requesting documents, are now performed by AI. The firm has shifted toward hiring junior-level staff who can verify and refine machine-generated work.

Some CEOs have altered their approach entirely. Bill Balderaz, CEO of Columbus-based consulting firm Futurety, told the Wall Street Journal he chose not to hire a summer intern this year, running social media copy through ChatGPT instead.

How Gen Z is positioning itself

For many entering the workforce, the job market is evolving. Much like investors gravitate toward Treasury bonds during economic uncertainty, younger workers are increasingly turning toward blue-collar jobs and roles grounded in human connection, creativity, and physical skill — sectors that are harder to automate.

A recent survey of 1,000 Gen Z workers showed 53% are now gravitating toward skilled trades such as construction, plumbing, and electrical work. Elevator installation jobs, for example, can pay six figures without requiring a college degree. Other sought-after fields include healthcare, education, and social work.

Not the first technological disruption

Gates’ comments echo earlier periods of technological upheaval. In the 1980s, the personal computer revolution created excitement but also anxiety as clerical and administrative roles began to vanish. In the 1990s, the internet brought unprecedented connectivity — and the rapid collapse of entire job categories, from travel agents to print media staff. Similarly, the early 2000s saw automation in manufacturing displace millions of factory jobs worldwide.

In each case, new industries emerged, but the transition was rarely smooth, especially for young job seekers entering the market during these shifts. Gates’ emphasis on curiosity and adaptability reflects lessons from those eras: those who adopted new tools early often navigated the changes more successfully, but not without volatility and career detours.

Now, with AI accelerating at a pace even faster than those previous revolutions, the challenge for Gen Z is to find roles where human skills remain irreplaceable — and to adapt quickly as those boundaries shift.

AI Industry Groups Urge Appeal Court to Block Copyright Class Action Suit That Could Cripple Sector

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A coalition of artificial intelligence industry groups and author advocacy organizations is urging a federal appeals court to block what they describe as the largest copyright class action ever certified, warning that the case could financially devastate not only Anthropic, the AI company at its center, but the entire generative AI industry, per Ars Technica.

The dispute stems from a lawsuit brought by three authors alleging that Anthropic illegally trained its AI models on copyrighted books without permission. The class was certified earlier this year by U.S. District Judge William Alsup, potentially allowing up to 7 million claimants—whose works span a century of publishing—to join the litigation. If each claimant pursued statutory damages of up to $150,000 per work, Anthropic could face hundreds of billions of dollars in liability when the case goes to trial in just four months.

Last week, Anthropic petitioned the appeals court to intervene, arguing that Judge Alsup rushed to certify the class without conducting the “rigorous analysis” required under federal law. The company claims the decision was based largely on the judge’s personal experience—his “50 years” on the bench—rather than a detailed review of who the class members are, what works are at issue, and whether their claims can be handled collectively.

Anthropic warns that the scope of the class and the speed of the proceedings leave it with an impossible choice: settle the case to avoid catastrophic damages or go to trial under conditions it sees as fundamentally unfair. Either outcome, it argues, would set a dangerous precedent for every generative AI company facing copyright claims.

“One district court’s errors should not be allowed to decide the fate of a transformational GenAI company like Anthropic or so heavily influence the future of the GenAI industry generally,” the company wrote in its filing.

Industry Backs Anthropic’s Warning

The Consumer Technology Association and the Computer and Communications Industry Association have filed briefs supporting Anthropic’s appeal. They warn that allowing massive copyright claims in AI training cases will open the door for “emboldened” claimants to force enormous settlements, chilling investment, and slowing innovation.

“As generative AI begins to shape the trajectory of the global economy, the technology industry cannot withstand such devastating litigation,” the groups wrote. “The United States currently may be the global leader in AI development, but that could change if litigation stymies investment by imposing excessive damages on AI companies.”

Authors’ Advocates Join the Call

In an unusual twist, author advocacy groups—including Authors Alliance, the Electronic Frontier Foundation, the American Library Association, the Association of Research Libraries, and Public Knowledge—also backed Anthropic’s petition. While many authors oppose AI companies training on their works without consent, these advocates argue that large copyright cases are ill-suited for class-action treatment.

They point to the complexity of determining copyright ownership, especially for older or “orphaned” works, titles from defunct publishers, or books with split rights between authors, estates, and publishers. They also note that some authors may never even learn of the lawsuit under the proposed notification plan, leaving them unable to opt out or pursue claims independently.

The advocates cite the Google Books case, which cost $34.5 million just to create a registry of rights holders, as evidence that identifying and compensating millions of authors is far more complicated than the court has acknowledged.

Risk of Unresolved Copyright Questions

Critics of the class certification warn that the case could end in a massive settlement without ever resolving the fundamental question of whether training AI models on copyrighted works constitutes infringement. That, they argue, would leave the AI industry operating under a cloud of legal uncertainty while giving future plaintiffs leverage to extract large payouts without definitive legal guidance.

“This case is of exceptional importance,” author advocates wrote. “The district court’s rushed decision to certify the class represents a ‘death knell’ scenario that will mean important issues affecting the rights of millions of authors with respect to AI will never be adequately resolved.”

If the appeals court grants Anthropic’s petition, the class certification could be overturned or sent back for a more detailed review. If it doesn’t, the case will move toward trial in what could become a landmark battle over the intersection of copyright law and artificial intelligence—a fight with consequences far beyond one company’s survival.

TradFi Is Moving Toward On-Chain Finance, As U.S. Crypto Policy Shapes Crypto Adoptions

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Traditional Finance (TradFi) is increasingly engaging with on-chain finance, but its readiness is a mixed bag, shaped by opportunities, hurdles, and ongoing developments. On-chain finance, powered by blockchain, offers compelling advantages over traditional systems.

Near-instant settlement (e.g., T+0 vs. T+2) reduces capital tied up in limbo, potentially unlocking billions. For instance, the DTCC’s Project Ion processes over 100,000 daily equity transactions using distributed ledger technology (DLT), slashing reconciliation costs. Immutable ledgers ensure auditable, tamper-proof records, fostering trust.

fund on-chain via DLT Shares, using blockchain for real-time settlement and 24/7 access. This builds on their BUIDL fund, which hit $1.7 billion in assets on Ethereum and expanded to multiple chains like Solana.

JPMorgan’s JPM Coin processes $1 billion daily in settlements, while BNY Mellon, Citi, and Goldman Sachs are running pilots for tokenized bonds and custody solutions. Stablecoin transaction volumes hit $700 billion monthly in early 2025, with regulatory frameworks like the EU’s MiCA boosting confidence for banks to issue compliant stablecoins.

Firms like Morgan Stanley and UBS are exploring tokenization of real-world assets (RWAs), with projections estimating a $30 trillion RWA market by 2034. Improving regulations, such as the EU’s MiCA and the U.S. Stablecoin Bill, are providing frameworks for compliance, reducing risks for institutions. Posts on X also highlight a U.S. shift toward crypto-friendly policies, including potential “innovation exemptions” for startups.

Platforms like Chainlink, Securitize, and R3 Corda are building institutional-grade solutions, integrating compliance (e.g., KYC/AML) with blockchain’s benefits. Chainlink, for instance, is noted for meeting 70-90% of institutional requirements for on-chain transactions. Legal frameworks for DeFi and tokenized assets are still evolving. KYC/AML compliance is a major concern, as anonymous DeFi protocols don’t align with TradFi’s strict mandates.

Jurisdictional differences create fragmentation, slowing adoption. A Binance spokesperson noted that inconsistent policies across regions pose risks for institutions. Public DeFi protocols aren’t designed for plug-and-play with legacy banking infrastructure, requiring significant investment in new systems and smart contract expertise.

Traditional financial networks handle 65,000+ transactions per second (TPS), while most blockchains (even Layer 2 solutions like Polygon) struggle to match this throughput. Emerging Layer 1 solutions like DevvE are addressing this, but they’re not yet at scale. Vulnerabilities and user errors remain concerns, as TradFi expects robust protective infrastructure that’s still developing.

DeFi’s permissionless, experimental ethos clashes with TradFi’s risk-averse, hierarchical culture. Many executives lack a deep understanding of decentralization, leading to reputational and control concerns. Complex user interfaces, unpredictable gas fees, and concepts like impermanent loss are foreign to traditional portfolio managers, necessitating hybrid solutions like permissioned DeFi.

Blockchain’s promise hinges on robust security, but high-profile failures (e.g., the $165 million ASX blockchain upgrade flop in 2022) highlight risks. Smart contract flaws or private key breaches could freeze millions in assets. TradFi is adopting a “walk-before-run” strategy, maintaining legacy systems alongside pilots to mitigate risks.

Protocols like Aave and Compound offer overcollateralized lending and KYC-gated pools (e.g., Aave Arc), providing predictable yields. Singapore’s MAS Project Guardian used Aave Arc for institutional bond trades, signaling viability. Lower liquidity and network speed requirements make this appealing, with credit endorsements reducing counterparty risk. Less mature sectors like decentralized derivatives face higher regulatory scrutiny and leverage risks, delaying adoption.

TradFi is not yet fully ready for on-chain finance due to regulatory, technical, and cultural hurdles, but the shift is inevitable. The efficiency, transparency, and liquidity of blockchain are too compelling to ignore, with institutions like BlackRock, JPMorgan, and Goldman Sachs already laying the groundwork. Over the next 12-18 months, expect a quiet but monumental shift as tokenized RWAs, stablecoins, and compliant infrastructure bridge the gap.

Recent U.S. Crypto Policy Frameworks Has Help Shaped Crypto Adoptions Amongst Institutional Investors

Recent U.S. policy shifts have significantly paved the way for institutional cryptocurrency adoption, marking a departure from previous regulatory uncertainty.

On January 23, 2025, President Trump issued an executive order titled “Strengthening American Leadership in Digital Financial Technology,” which revoked prior restrictive policies and emphasized regulatory clarity, financial inclusivity, and protection of blockchain activities like self-custody and mining.

This order also proposed evaluating a national digital asset stockpile using seized cryptocurrencies and banned a U.S. central bank digital currency (CBDC) while supporting USD-backed stablecoins. GENIUS Act: Signed into law on July 18, 2025, the Guiding and Establishing National Innovation for U.S. Stablecoins (GENIUS) Act established a regulatory framework for stablecoins, treating issuers as financial institutions under the Bank Secrecy Act with requirements for KYC, AML, and sanctions compliance.

This has legitimized stablecoins, attracting institutional players like BlackRock and boosting market stability. In April 2025, the Federal Reserve, OCC, and FDIC relaxed restrictions, allowing banks to engage in crypto custody, stablecoin issuance, and blockchain infrastructure development with robust risk management. This shift from defensive to integrative regulation reflects market maturity and geopolitical considerations, enabling banks to offer crypto services.

The SEC scaled back its crypto enforcement unit and launched “Project Crypto” under Commissioner Paul Atkins to modernize securities rules for on-chain assets. A Crypto Task Force, led by Hester Peirce, is working on clearer regulations, addressing issues like asset classification and registration processes.

Trump’s March 7, 2025, executive order established a U.S. Bitcoin reserve and digital asset stockpile, using forfeited assets. This move legitimizes Bitcoin as a strategic asset, encouraging institutional investment and potentially influencing global financial policies. These changes have driven significant institutional engagement.

For instance, Binance secured a $2 billion investment from MGX in March 2025, and institutions now hold nearly 15% of Bitcoin’s supply, with $108 billion in Bitcoin ETFs. The crypto market cap reached $3.71 trillion by December 2024, reflecting a 98% year-over-year increase. However, risks like cybersecurity, AML compliance, and liquidity challenges remain, requiring robust oversight.

While these policies enhance liquidity and market maturity, some argue they favor institutional control, potentially undermining crypto’s decentralized ethos. Smaller Web3 startups may struggle to compete, and regulatory compliance could stifle innovation if overly stringent. Nonetheless, the U.S. is positioning itself as a leader in digital finance, with global implications as other nations consider similar reserves.

While the GENIUS Act aligns the U.S. with jurisdictions like the EU and Hong Kong, which have stablecoin regulations, critics argue it lacks global coordination. Foreign jurisdictions, including China and the EU, express concerns about dollar-denominated stablecoins increasing dollarization and threatening monetary sovereignty.

The absence of global standards could lead to fragmented regulations, complicating compliance for international crypto firms. Critics, including Rep. Maxine Waters and Rep. Rashida Tlaib, argue that the legislation may favor President Trump’s personal crypto ventures (e.g., $TRUMP token, World Liberty Financial), raising conflict-of-interest concerns.

The Anti-CBDC Act, which bans a U.S. central bank digital currency, may hinder innovation in cross-border payments and position the U.S. as an outlier, as countries like China and the EU advance CBDC pilots. This could cede global financial leadership to rivals.

While established crypto firms already comply with AML/KYC requirements, new entrants face significant costs to meet the GENIUS Act’s standards, including reserve backing, audits, and registration. This could favor larger players and stifle smaller startups.

Impact of AI on the Global Tech Talent Market [podcast]

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This video podcast – Impact of AI on the Global Tech Talent Market – discusses the transformative impact of artificial intelligence (AI) on the global tech talent market, highlighting how AI is disrupting old business models and creating a new economic landscape.

Pre-AI Market Dynamics: The podcaster first describes the successful business model that existed before the rise of AI. This model was based on a global talent pipeline where companies in developed nations, such as the US and Western Europe, recruited and hired tech professionals from developing countries, including Africa and India. Companies like Andela and Infosys facilitated this process. The system was mutually beneficial: developed nations gained access to skilled labor at a lower cost, while professionals in developing countries earned higher wages with significant purchasing power.

Disruption by AI: The arrival of advanced AI tools, referred to as a “renaissance,” fundamentally changed this dynamic. The core argument is that AI has become an “entry-level engineer,” capable of performing many of the basic coding and development tasks that were previously outsourced to junior talent. This has led to a process of “disintermediation,” where the need for human intermediaries and remote entry-level workers has been significantly reduced.

Impact on Companies and Employment: The podcast provides specific examples of companies whose business models were shattered by AI. Companies like Andela and Infosys saw their primary value proposition—providing entry-level remote talent—diminished. The speaker also cites the struggles and bankruptcy of education companies like Chegg and 2U, whose services could be easily replicated by AI, which provides direct answers to student questions.

This disruption has led to “massive dislocation” in the job market, affecting not only remote workers in developing nations but also new computer science graduates in countries like the US, who are finding it harder to secure entry-level positions. The speaker notes that companies like Microsoft and Google are laying off thousands of people, with AI taking over roles once filled by humans.

Conclusion and Future Outlook: The presentation concludes that AI is rewriting the “ordinance of the market system.” In this new era, technical skills alone are not enough. The focus for businesses and individuals must shift to providing unique value that AI cannot. The speaker warns that this is just the beginning, predicting that in the coming years, even experienced engineers will face disruption as AI becomes increasingly sophisticated, reaching a level of “experience” that rivals their own. The message is a call for adaptation and a fundamental re-evaluation of what makes a person or a company relevant in an AI-driven world.


Podcast VideoSign-up at Blucera and check Tekedia Daily podcast category under Training module.