Microsoft-Activision Merger: A Major Victory for Microsoft

Microsoft’s $69 billion acquisition of Activision Blizzard has sent shockwaves through the technology sector. The gaming industry could see significant changes as a result of this merger, opening up new possibilities for both parties involved. Federal antitrust regulators had sought to halt the deal, but a judge has ruled in Microsoft’s favor by not doing so. Let’s look closer at this major change and what it means for the gaming market.
Judge Jacqueline Scott Corley of the United States District Court sided with Microsoft, finding that the Federal Trade Commission (FTC) had failed to prove that it was likely to win at trial. The Federal Trade Commission, which is responsible for enforcing antitrust laws, didn’t raise any major concerns about how the merger would affect competition in the console, library subscription services, or cloud gaming markets.
The decision by Judge Corley is a big win for Microsoft because it clears the way for the company to merge with Activision Blizzard. Both Activision Blizzard CEO Bobby Kotick and Microsoft CEO Satya Nadella testified during the five-day trial, with Kotick promising to keep Call of Duty playable on competing platforms like Sony’s PlayStation.
After the decision, Bobby Kotick talked up the merger’s potential benefits for customers and employees. He claimed the merger would increase competition and shield the expanding gaming market from the monopolization of existing companies. Microsoft agreed, saying that in the long run, everyone would win from the merger.
As a litmus test for the FTC’s newfound interest in the tech sector, this case has received a lot of attention. Lina Khan, the chair, is at the helm, and she is well-known for taking a hard line against the monopolistic practices of tech companies. The FTC’s attempt to halt Meta’s acquisition of VR fitness startup Within Unlimited was also rejected by a judge earlier this year.
Biden’s nominee for the bench, Judge Corley, seemed skeptical of the FTC’s arguments. Possible negative consequences, such as Microsoft pulling Call of Duty from competing platforms or providing a subpar gaming experience on competing consoles, were called into question.
Even though Microsoft won the case, antitrust advocates have criticized the decision. In light of Judge Corley’s disclosure that her son works at Microsoft, the American Economic Liberties Project has urged the FTC to file an appeal. The organization claims that internal Microsoft emails reveal a plot to limit rival firms’ ability to compete in the video game industry.
Senior counsel at the American Economic Liberties Project Katherine Van Dyck voiced concern over Microsoft’s acquisition of a major U.S. video game developer. She brought attention to the risk that Microsoft will prioritize its own platforms to the detriment of other platforms and cloud gaming services.
Judge Corley stated during the hearing that the FTC had already won for consumers due to Microsoft’s promises to its competitors. Microsoft promised to keep Call of Duty playable on the Switch console, Nvidia’s cloud gaming service, and other platforms for at least ten years in an effort to allay antitrust concerns.
Microsoft’s commitments were viewed as a step in the right direction by many in the gaming industry, despite the FTC’s claims that the agreements were hastily made and did not go far enough to protect the market.
While the EU and a number of other nations have given their blessing to the merger, the Competition and Markets Authority (CMA) in the United Kingdom has voiced its opposition. Microsoft has filed an appeal with the tribunal to overturn the CMA’s decision to block the deal, and the hearing is expected to take place later this month.
Canadian authorities have also opened an inquiry into the merger. They worry that the deal will stifle innovation and raise prices for video game consoles, subscription services, and cloud gaming. The merger may be affected further by the results of the Canadian investigation.
There will be lasting effects on the gaming industry as a result of the Microsoft-Activision merger. Microsoft’s acquisition of a major game developer gives it considerable influence over the industry as a whole, and could lead to a bias in favor of Microsoft’s own platforms. This raises questions about the health of competition and the standard of alternative platforms’ game offerings.
It will be important to keep an eye on Microsoft’s commitments to preserve competition and guarantee a level playing field for all gaming platforms as the merger progresses. The gaming industry as a whole will be watching to see how this potentially game-changing deal plays out.
First reported on CNN
Frequently Asked Questions
Q: Why did the judge rule in favor of Microsoft in the antitrust case?
A: Judge Jacqueline Scott Corley ruled in favor of Microsoft because the Federal Trade Commission (FTC) failed to prove that it was likely to win at trial. The judge did not see major concerns about the merger’s impact on competition in the gaming market, such as console, library subscription services, or cloud gaming markets.
Q: What promises did Microsoft make to address antitrust concerns?
A: To address antitrust concerns, Microsoft promised to keep games like Call of Duty playable on competing platforms and cloud gaming services for at least ten years. These commitments were viewed positively by many in the gaming industry, although critics argue that they may not go far enough to protect competition.
Q: What are the concerns raised by antitrust advocates?
A: Antitrust advocates have criticized the decision, questioning Judge Corley’s impartiality due to her son’s employment at Microsoft. Organizations like the American Economic Liberties Project have urged the FTC to file an appeal, claiming that internal Microsoft emails reveal a plot to limit competition in the video game industry.
Q: How have international regulators responded to the merger?
A: The EU and several other nations have given their approval to the merger. However, the Competition and Markets Authority (CMA) in the UK has opposed it. Microsoft has filed an appeal with the tribunal to overturn the CMA’s decision, and a hearing is expected to take place later this month. Canadian authorities have also opened an inquiry into the merger.
Q: What are the potential effects of the merger on the gaming industry?
A: The Microsoft-Activision merger could lead to a bias in favor of Microsoft’s own platforms, raising concerns about competition and the offerings of alternative gaming platforms. It will be important to monitor Microsoft’s commitments to preserving competition and a level playing field as the merger progresses. The gaming industry is watching closely to see how this deal unfolds.
Featured image credit: Unsplash
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Personalizing E-Commerce: Big Data and AI

E-commerce has rapidly expanded in recent years, dramatically altering the ways in which both consumers and businesses conduct commerce online. E-commerce has entered a new era of personalization thanks to the rapid developments in technology, especially in the fields of big data and artificial intelligence (AI). In this article, we’ll look at how big data and AI are changing the face of e-commerce by helping companies provide individualized services to their clientele.
E-commerce and Big Data: Making Sense of It
Big data is the term used to describe the massive amounts of data, both structured and unstructured, that internet users generate through their activities online. This plethora of information is extremely helpful to companies in understanding consumer habits, tastes, and trends.
E-commerce businesses can learn more about their customers’ unique preferences by analyzing large amounts of data. Using this information, they can customize their offerings and their advertising messages to better appeal to individual consumers. Businesses can, for instance, improve their chances of making a sale by recommending products to customers based on their actual interests and past purchases.
Artificial Intelligence’s Importance to Customization
E-commerce platforms generate massive amounts of data, and artificial intelligence is essential to making sense of it all. Artificial intelligence algorithms can examine this information, spot trends and patterns, and extrapolate information about how customers might behave in the future. Because of this, companies can provide customized services to a large customer base.
In the realm of online retail, chatbots are one of the most common uses of artificial intelligence. These AI-enabled chatbots can help customers with order tracking, product recommendations, and even checkout. Businesses can use AI to improve their customer service and the shopping experience for their clients.
Visual search is another fascinating application of AI in online shopping. Customers can now upload product photos for the company to analyze, and AI-driven search tools will return results for similar products. As a result, customer satisfaction rises and revenue rises thanks to this innovative technology.
Customization’s Impact on E-commerce
The ability to customize products has revolutionized the online retail sector. By understanding their customers’ unique preferences, businesses can provide them with more meaningful and satisfying interactions. Increased customer satisfaction, stronger brand loyalty, and more sales are all results of such individualized treatment.
McKinsey found that 78 percent of customers who felt like the company knew and cared about them would buy from the business again. This number exemplifies the power of individualization in fostering devoted clientele and encouraging repeat purchases.
Personalization Raises Privacy Concerns
Personalization has many advantages, but some people worry about their privacy because of it. In order to comply with data protection regulations, businesses must be open and honest about the information they collect, store, and use about their customers.
Since AI is instrumental in making personalization a reality, its impact goes far beyond simple item suggestions. Chatbots and visual search tools powered by artificial intelligence also rely on this information. The privacy of their customers must be a top priority for businesses, and they must implement transparent, easily understood privacy policies. Customers’ concerns about their privacy can be alleviated and trust can be bolstered by giving them the choice to disable personalization tools.
Introducing Hyper-Personalization
Using real-time data, hyper-personalization can produce highly customized user experiences. By tracking customer actions in real time, companies can tailor their communications to each individual.
If a customer typically makes purchases between certain hours, for instance, the store could tailor promotions and recommendations to that time frame. In an effort to cater to each individual customer, this hyper-personalization goes above and beyond simple product recommendations.
Strategies for Implementing Hyper-Personalization
Businesses can begin implementing hyper-personalized features into customer experience strategies on a small scale and expand from there. Even starting with basic personalization strategies, like sending customized emails to customers based on their past purchases and browsing activity, can yield positive results. Dynamic content and predictive personalization are just two examples of the cutting-edge strategies that companies can adopt as they amass more and more data.
It is essential to strike a balance between individualization and confidentiality. Companies need to protect their customers’ personal information and follow all applicable regulations. Businesses can earn customers’ trust while also satisfying their desire for customized experiences by giving them straightforward information about their data collection practices and the option to disable any personalized elements.
Using Artificial Intelligence and Big Data to Transform Online Shopping
The ability to use big data and AI to provide customized experiences for shoppers while protecting their privacy and sensitive information will be crucial to the long-term success of online retailers. As technology develops further, e-commerce’s capacity for customization will increase exponentially.
The key is to prioritize the customer at all times and work hard to give them a unique and enjoyable shopping experience. Businesses can create e-commerce experiences that thrill customers, boost revenue, and cement customer loyalty by making smart use of big data and AI.
Conclusion
The advent of big data and AI has revolutionized the e-commerce sector by allowing companies to provide individualized service. Businesses can benefit greatly from leveraging big data to better understand their customers’ habits, preferences, and trends. By analyzing this data and making predictions, artificial intelligence helps big data achieve its full potential, enabling more precise recommendations and more effective customer service.
However, privacy issues must be resolved before customer data can be used in a responsible manner. Businesses can earn their customers’ trust by placing a premium on privacy, being forthcoming about how their data will be used, and allowing them to choose not to participate.
Hyper-personalization will play a bigger part in the future of e-commerce. Businesses can create individualized customer experiences beyond the scope of standard recommendations by utilizing real-time data and implementing personalized strategies.
In conclusion, e-commerce will thrive in the future when big data and AI are used to create unique experiences for each individual shopper. Finding the sweet spot between customer customization and confidentiality is crucial for success in the modern digital marketplace.
First reported on Forbes
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Your Job Is at Risk: 27% of Occupations Could Be Automated by AI

Artificial Intelligence (AI) has been a topic of great interest and concern in recent years. As technology continues to advance, there is growing speculation about its potential impact on jobs and the workforce. The Organisation for Economic Co-operation and Development (OECD) has conducted extensive research to shed light on this issue. According to their findings, more than a quarter of jobs in OECD countries could be easily automated in the coming AI revolution. This article delves into the key findings of the OECD report and explores the implications of AI on the future of work.
The OECD’s 2023 Employment Outlook report reveals that approximately 27% of jobs in OECD countries are at high risk of being automated. This risk is determined by the number of skills and abilities required for a particular job that AI experts consider easily automatable. The report highlights that Eastern European countries are particularly exposed to this risk.
It is essential to note that the current impact of AI on jobs may not be significant due to the early stages of the AI revolution. However, the rapid advancements in AI technology indicate that the future landscape of work will be significantly transformed.
A survey conducted by the OECD in 2022 found that three out of five workers fear losing their jobs to AI within the next decade. The survey encompassed 5,300 workers from various industries across seven OECD countries, including manufacturing and finance.
These concerns were expressed even before the emergence of generative AI such as ChatGPT, which has revolutionized the capabilities of AI systems. The fear of job displacement is a legitimate concern as AI becomes more sophisticated and capable of performing complex tasks traditionally done by humans.
However, it is worth noting that two-thirds of workers who already work with AI reported that automation has made their jobs less dangerous or tedious. This indicates that AI can be a valuable tool in improving workplace safety and efficiency.
The potential impact of AI on jobs raises crucial questions about the role of governments, employers, and workers in navigating this transition. OECD Secretary-General, Mathias Cormann, emphasized the need for policy actions to ensure that the benefits of AI outweigh the risks.
1. Government Intervention and Support
Governments have a crucial role to play in preparing workers for the changes brought about by AI. One potential approach is through the implementation of minimum wages and collective bargaining, which can help alleviate the pressure that AI may impose on wages. Additionally, governments and regulators should prioritize safeguarding workers’ rights to ensure no compromises are made in the face of technological advancements.
2. Upskilling and Reskilling Initiatives
As jobs evolve and new roles emerge, workers must adapt to remain relevant in the AI-driven workforce. Governments, educational institutions, and employers should invest in upskilling and reskilling programs to equip workers with the necessary skills for the jobs of the future. These initiatives should focus on developing skills that complement AI technologies, such as critical thinking, creativity, and emotional intelligence.
3. Embracing Collaborative AI Systems
Rather than viewing AI as a threat, organizations should embrace collaborative AI systems that augment human capabilities. The synergy between humans and AI has the potential to drive innovation and enhance productivity. By leveraging the strengths of both humans and AI, organizations can create a harmonious work environment that maximizes the potential of both.
4. Ethical Considerations in AI Implementation
As AI becomes more prevalent in the workplace, ethical considerations become paramount. Organizations must ensure that AI systems are developed and implemented in a manner that aligns with ethical principles. This includes addressing issues such as bias, privacy, and transparency to build trust among workers and consumers.
The findings from the OECD’s analysis highlight the significant impact that the AI revolution could have on jobs worldwide. While concerns about job displacement are valid, it is important to recognize the potential benefits that AI brings to the workforce. By implementing appropriate policies, investing in upskilling initiatives, and fostering collaboration between humans and AI, we can navigate the future of work in an AI-driven world.
The path to a successful transition lies in embracing the transformative power of AI while ensuring the well-being and livelihoods of workers are protected. By taking proactive measures, governments, employers, and workers can collectively shape a future where AI revolutionizes industries while creating new opportunities for employment and growth.
First reported on Reuters
Frequently Asked Questions
Q: How do workers feel about the impact of AI on jobs?
A: According to an OECD survey, three out of five workers fear losing their jobs to AI within the next decade. The survey included workers from various industries in seven OECD countries. Concerns about job displacement have been expressed even before the emergence of more advanced AI technologies.
Q: Can AI improve workplace safety and efficiency?
A: Yes, the OECD report indicates that two-thirds of workers who already work with AI reported that automation has made their jobs less dangerous or tedious. AI can be a valuable tool in enhancing workplace safety and efficiency.
Q: What role do governments play in addressing the impact of AI on jobs?
A: Governments have a crucial role in preparing workers for the changes brought about by AI. They can implement policies such as minimum wages and collective bargaining to alleviate wage pressures. Additionally, governments should prioritize safeguarding workers’ rights to ensure that technological advancements do not compromise their well-being.
Q: How can workers adapt to the AI-driven workforce?
A: Workers need to upskill and reskill to remain relevant in an AI-driven workforce. Governments, educational institutions, and employers should invest in upskilling and reskilling programs to equip workers with the necessary skills for the jobs of the future. This includes developing skills that complement AI technologies, such as critical thinking, creativity, and emotional intelligence.
Q: How can organizations embrace AI in the workplace?
A: Rather than viewing AI as a threat, organizations should embrace collaborative AI systems that augment human capabilities. By leveraging the strengths of both humans and AI, organizations can drive innovation and enhance productivity. It is important to create a harmonious work environment that maximizes the potential of both humans and AI.
Q: What ethical considerations should be taken into account with AI implementation?
A: Organizations must ensure that AI systems are developed and implemented ethically. This includes addressing issues such as bias, privacy, and transparency to build trust among workers and consumers. Ethical considerations are important for responsible and trustworthy AI implementation.
Featured image credit: Unsplash
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Google quietly ditched plans for an AI-powered chatbot app for Gen Z

Called “Bubble Characters,” the mobile app engaged in conversations with young users and even offered advice.

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Prolific raises $32M to train and stress-test AI models using its network of 120K people

AI, when it works well, can feel like magic, but all too often AI-based systems don’t work as they should: If the data used to train models is not deep, wide and reliable enough, any kind of curveball can send that AI in the wrong direction. A London startup called Prolific has built a system it believes can help head off that issue, by tapping a network of 120,000 human participants to inform and stress test AI models. And in a sign of demand for its services, Prolific has now raised some funding — £25 million ($32 million) — to expand its operations.
The round was co-led by Partech and Oxford Science Enterprises (OSE).
Prolific was founded in 2014 and already counts organizations like Google, Stanford University, the University of Oxford, King’s College London and the European Commission among its customers, using its network of participants to test new products, train AI systems in areas like eye tracking and determine whether their human-facing AI applications are working as their creators want them to. Up to now, it’s been revenue from users like these that have helped Prolific grow. In fact, the only money Prolific had raised prior to this round was a seed round of $1.4 million it got after going through YC. (Yes, it was profitable; no longer now that it’s taking VC money and investing in growth.)
“We’ve seen incredible traction recently, and have a huge opportunity in front of us so are taking on this new funding to supercharge our efforts and expand our product, and range of participants, much faster than we could have without it,” Phelim Bradley, the founder and CEO, said over email to TechCrunch.
The company was conceived initially not out of a specific need in the world of AI, but out of a general problem that researchers often face with panels for anything, something Bradley identified in his own academic work (his background, before Prolific, was in computational biology and physics).
In short, it’s a challenge to find comprehensive cross sections of people to respond to questions, and nearly impossible to do so in a timely manner. The recourse for many researchers is to work with third parties to source participants, but this has its own drawbacks, including an inability to verify individuals and select cross sections to ensure representative samples.
In AI, these same issues are especially acute: False or misleading data is the proverbial fly in the ointment that could make or break how AI systems work. Given how widely AI is being applied — or perhaps more accurately, how widely people hope to one day apply it — getting all that
The solution that Bradley identified to fix that was fairly straightforward in concept, if not actual execution: build a better way of sourcing panelists.
In the early days, he said, the company proactively approached people, going to events and other venues to find them. “We generally did things that ‘didn’t scale,’” Bradley said. “But after we reached a critical mass, we’ve had most participants discover us through word-of-mouth as a result of the positive user experience.” Paying those volunteer freelance participants a minimum of $6-$8 per hour, but typically more, Prolific says that it has paid out some $100 million to them to date.
He said that Prolific works to keep the pool of 120,000 users relatively even when it comes to demographics. And it also has built tools — including more than 300 filters based on census data and other sources — so that its customers can better tune what they are looking for.
The company ironically is not using AI itself to solve a critical problem in the world of AI. “We’re currently focusing on providing HI (Human Intelligence) to help improve AI,” he said.
And while there are a lot of synergies between what Prolific has built to address a need in the AI market, and wider needs in the world of research, are no plans to expand its network to work beyond AI applications, Bradley said.
That said, it seems like a no-brainer that companies like Amazon (which provides Mechanical Turk to customers needing human testers), Nielsen and YouGov, not to mention big players in language model building like OpenAI, might try to move into this space. For now, companies like Attest and Scale AI are possibly its closest competitors.
“Prolific has built an incredibly powerful online platform for research,” said Omri Benayoun, general partner at Partech, in a statement. “Its roots in academia means that it has applied the highest standards to quality, while its technical expertise brings innovation that sets it apart from anything else out there. Where others rely on manual recruitment methods, Prolific has built a research infrastructure covering everything from the recruiting and vetting of participants to integration of research tools. Prolific is poised to conquer global leadership in academia and is also perfectly placed to aid the development of AI.”
Prolific raises $32M to train and stress-test AI models using its network of 120K people by Ingrid Lunden originally published on TechCrunch

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Teen and mom plead guilty to abortion charges based on Facebook data

A Nebraska woman has pleaded guilty to helping her daughter have a medication abortion last year. The legal proceeding against her hinged on Facebook’s decision to provide authorities with private messages between that mother and her 17-year-old daughter discussing the latter’s plans to terminate her pregnancy.
The case is a telling example of how Big Tech can be tapped to help prosecute abortion in the United States, where the Supreme Court in 2022 overturned Roe v. Wade, a 1973 decision that legalized abortion. Experts have warned that location data, search histories, emails, text messages and even period- and ovulation-tracking apps can now be used in the prosecution of people who seek an abortion and those who assist them, and this case shows they are right to worry.
Meta, which owns Facebook, could have challenged the legal order to hand over private messages to police, as it and other tech companies sometimes do on various grounds, but it didn’t. The private messages on Facebook Messenger show how the two discussed plans to terminate the pregnancy and destroy the evidence, including instructions from the mother on how to use the pills to end the pregnancy. Those messages directly led law enforcement to acquire a search warrant.
Police raided the family’s home and seized six smartphones and seven laptops, with data like internet history and emails totaling 24 gigabytes.
Meta did not respond in time to TechCrunch, but last year, the company issued a statement which reads in part:

Nothing in the valid warrants we received from local law enforcement in early June, prior to the Supreme Court decision, mentioned abortion. The warrants concerned charges related to a criminal investigation and court documents indicate that police at the time were investigating the case of a stillborn baby who was burned and buried, not a decision to have an abortion.

TechCrunch has repeatedly asked for more information on what police specifically shared with Meta, and what their suspicions were. Police had initially begun investigating “concerns that a juvenile female…had given birth prematurely supposedly to a stillborn child.”
As we wrote in 2022: “A 17-year-old girl and a hastily hidden stillborn seem like something that might deserve closer inspection than a blanket grant to all that kid’s data.” Particularly given the contentious conversation in the U.S. at the time around the Supreme Court’s decision to overturn Roe v. Wade.
Meta has been loath to take a stance on abortion, but as Irish philosopher Edmund Burke apparently didn’t say, “The only thing necessary for the triumph of evil is for good men to do nothing.” The passive stance from Meta CEO Mark Zuckerberg is reminiscent of his position against turning Facebook into an “arbiter of truth” in the lead-up to the 2020 presidential election. Zuckerberg at the time acknowledged the importance of not censoring political speech, even when it bordered on misinformation that could impact the democratic process.
Under her plea agreement, the mother, Jessica Burgess, admitted to providing an illegal abortion pill to her daughter after 20 weeks’ gestation, which was at the time illegal. In May, Republican Nebraska governor Jim Pillen signed a bill that bans abortion at 12 weeks of pregnancy, which went into effect immediately.
Burgess also pleaded guilty to false reporting and tampering with human skeletal remains. According to court documents, the mother helped her daughter burn and bury the aborted fetus, which authorities later exhumed from a field north of Norfolk. The court dismissed charges of concealing the death of another person and abortion by someone other than a licensed doctor.
Madison County attorney Joe Smith said this case was the first time he charged anyone with illegally performing an abortion after 20 weeks.
Jessica Burgess is scheduled for sentencing September 22, and she’s looking at two Class IV felony charges and one Class I misdemeanor. In Nebraska, Class IV felonies typically involve a sentencing of up to two years in prison, a $10,000 fine, or both. Class I misdemeanors are sentenced with up to one year in prison, a $10,000, or both.
Celeste Burgess, now 18, was charged last year as an adult and pleaded guilty in May to removing, concealing or abandoning a dead body. Her sentencing hearing is scheduled for July 20, and she faces up to two years in prison.
Last summer a man was sentenced to probation after pleading no contest to a misdemeanor for helping the women bury the fetus on his parents’ land.

8 ways the tech industry can step up to protect abortion rights

Teen and mom plead guilty to abortion charges based on Facebook data by Rebecca Bellan originally published on TechCrunch

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EU to Lead the Metaverse Revolution and Take on Big Tech

The European Union (EU) intends to establish itself as a leader in the emerging field of metaverse development. The European Union is worried about the potential dominance of Big Tech and the implications it may have for smaller competitors in light of investments in metaverse products and services by companies like Facebook’s Meta Platforms, Microsoft, and Apple. The European Commission has unveiled a bold plan to address this issue, with the goal of fostering a metaverse that is open and interoperable and that is reflective of EU values and fundamental rights.
The goal of this initiative from the European Commission is to establish a safe and welcoming online space where all users can exercise their rights and freedoms in accordance with EU law. The commission predicts that by 2030, the global metaverse market will be worth over 800 billion euros, up from 27 billion euros in 2018. The European Union (EU) intends to capitalize on this expansion by coordinating the efforts of creators, media companies, and other interested parties to build a sustainable industrial ecosystem.
Margrethe Vestager, vice president of the European Commission, emphasized the need to prioritize people and uphold EU values in the development of the metaverse. To paraphrase what she said: “We want to make sure Web 4.0 becomes an open, secure, trustworthy, fair, and inclusive digital environment for all.” While tapping into the economic potential of the metaverse, the EU plans to mitigate risks related to privacy and disinformation.
The European Union’s plan is to establish a fully functional industrial ecosystem in the metaverse. The European Union (EU) hopes to promote innovation and guarantee a level playing field by bringing together creators, media companies, and other stakeholders. The goal of this strategy is to ensure that no single tech giant can dominate the metaverse to the detriment of smaller players.
The European Union (EU) wants to set up regulatory sandboxes in addition to encouraging cooperation. In order to promote innovation and ensure compliance with EU regulations, these “sandboxes” will provide a safe space for businesses to try out cutting-edge metaverse technologies and services. The European Union (EU) seeks to encourage the creation of novel and user-focused metaverse experiences by providing a safe environment in which to test them.
The EU plans to invest in programs that help people acquire new skills in preparation for the metaverse’s revolutionary potential. Individuals who complete these courses will be better prepared to enter and succeed in the metaverse economy. The European Union (EU) is investing heavily in education and training to equip its citizens with the tools they need to fully realize the potential of the metaverse.
The European Union also has plans to use the metaverse to improve public services. Online government services have the potential to reduce red tape, broaden participation, and save money. The European Union plans to investigate all of the potential applications of the metaverse, from telemedicine to interactive classrooms.
While there are no announced plans for metaverse regulation in the European Union at this time, the bloc’s existing regulations in areas like privacy, market power, and artificial intelligence will likely extend to the new sector. Margrethe Vestager, vice president of the European Commission, emphasized that the regulations enacted in recent years will apply to the metaverse. This method ensures that the metaverse is governed in a way that protects user rights and encourages healthy competition.
The European Union’s regulatory push is part of a larger strategy to counteract Big Tech’s hegemony. The European Union (EU) is working to ensure that all players, no matter how big or small, have a level playing field in the metaverse by applying existing regulations to it.
As the metaverse develops and gains traction, the European Union is committed to becoming a dominant player in the field. The European Union (EU) has an ambitious plan to shape the metaverse in accordance with EU values and stop Big Tech from taking over. The European Union (EU) aspires to create a metaverse that is open, secure, and inclusive for all by encouraging collaboration, establishing regulatory sandboxes, investing in skill development, and exploring virtual public services.
While there is currently no set framework for governing the metaverse, it is likely that existing regulations will be extended to this new digital realm. The EU is serious about fostering innovation in the metaverse, so it’s taking the initiative to make sure everyone is playing on a level playing field. The EU’s foresight and initiatives could transform the metaverse into a place that protects users’ rights and privacy while encouraging economic growth, innovation, and social progress.
First reported on Reuters
Frequently Asked Questions
Q: What is the metaverse?
A: The metaverse refers to a virtual reality space where users can interact with a computer-generated environment and other users in real-time. It encompasses a range of digital experiences, including virtual worlds, augmented reality, and mixed reality.
Q: Why is the European Union (EU) concerned about Big Tech’s involvement in the metaverse?
A: The EU is concerned about the potential dominance of Big Tech companies, such as Facebook’s Meta Platforms, Microsoft, and Apple, in the metaverse. They aim to prevent these companies from monopolizing the metaverse market and stifling competition, which could have implications for smaller players and the overall openness and inclusivity of the metaverse.
Q: What is the European Commission’s plan for the metaverse?
A: The European Commission plans to foster an open and interoperable metaverse that aligns with EU values and fundamental rights. They aim to coordinate the efforts of creators, media companies, and other stakeholders to build a sustainable industrial ecosystem. The EU also plans to establish regulatory sandboxes, invest in education and training, and explore the use of the metaverse in improving public services.
Q: How does the EU plan to address privacy and disinformation risks in the metaverse?
A: While tapping into the economic potential of the metaverse, the EU plans to mitigate risks related to privacy and disinformation. They aim to establish a safe and trustworthy digital environment by enforcing existing regulations and extending them to the metaverse. This ensures user rights are protected and healthy competition is encouraged.
Q: How will the EU ensure a level playing field in the metaverse?
A: The EU intends to promote innovation and guarantee a level playing field by bringing together creators, media companies, and other stakeholders. They will establish regulatory sandboxes to provide a safe space for businesses to test metaverse technologies. Existing regulations in areas like privacy, market power, and artificial intelligence will likely apply to the metaverse to ensure fair competition.
Featured image credit: Unsplash
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Empowering Lives with Cutting-Edge Medical and Healthcare IoT Solutions

The explosive surge in the adoption of IoT technology has paved the way for remarkable advancements in network technologies. Believe it or not, experts are saying that the Internet of Things (IoT) has the potential to rake in a mind-blowing $13 trillion in cold hard cash by 2025, which is some serious dough!
This mind-boggling number gives us a glimpse into the massive moolah that can be made from the widespread adoption of IoT – enabled devices across the medical and health services industry. How to use technology and create a rad future where everything is interconnected, IoT in healthcare is set to shake things up.
This technology connects a wide range of individuals, including healthcare physicians, nurses, doctors, specialists, hospital administrations, insurance companies, and even patients, fostering a networked community.
“Supercharging Healthcare” Where IoT Technology is Revolutionizing Your Health
Imagine a world where your health is constantly monitored and managed by smart devices. That’s the power of IoT smart healthcare solutions. These pioneering technologies are transforming how we care for ourselves, making it easier than ever to stay healthy and independent.
Let’s break it down with some real-life examples. Picture a smartwatch that tracks your heart rate, sleep patterns and even reminds you to take your medication. It’s like having a personal health coach right on your wrist! But it doesn’t stop there. IoT smart healthcare solutions transcend the realm of activewear, encompassing a wide range of IoT-enabled devices that revolutionize the healthcare industry. Think of a smart pill bottle that alerts you when it’s time to refill your prescription or a smart refrigerator that keeps track of your food inventory and suggests healthy recipes based on your dietary needs.
A recent news article highlighted the functionality of wearable IoT devices, such as fitness trackers and smartwatches, in providing users with instant access to crucial health metrics. Additionally, the article emphasized how IoT platforms offer a vast array of educational resources, including informative articles, videos, and interactive tools, covering diverse aspects of health and well-being. By leveraging these resources, individuals can receive expert advice, empowering them to make informed decisions regarding their lifestyle, exercise routines, and nutrition, effectively becoming their own health experts.
These innovations aren’t just convenient; they are considerably life-saving. Picture this: a futuristic Iot-enabled smart home system that has your back in times of need; if you were to fall, this intelligent system instantly detects the incident and automatically contacts emergency services on your behalf. It’s like having a 24/7 guardian angel, ready to leap into action and ensure your safety.
With IoT-smart healthcare solutions, managing chronic conditions becomes a breeze. Visualize a smart inhaler that tracks your medication usage and sends reminders when it’s time for a refill. Or a glucose monitor that wirelessly sends your blood sugar readings to your doctor, helping them adjust your treatment plan in real-time.
The possibilities are endless, and IoT-smart healthcare solutions are making them a reality. They empower us to take control of our health and live more independently, all thanks to the power of smart devices and interconnected technologies.
IoT Health Tech: Empowering Med Pros & Consumers via IoT-Enabled Health Services and Devices
Let’s see how
Medical pros and regular folks are tapping into the awesomeness of IoT-enabled health services and devices to level up their healthcare regime with the IoT technology platforms. Integrating IoT technology into healthcare services unveils a vast array of transformative possibilities, revolutionizing how anyone monitors, diagnoses, and treats patients.

Remote patient monitoring with no sweat: Regarding IoT-enabled health services, docs can gather real-time patient data without breaking a sweat. IoT wearable devices are z-packed with sensors that monitor heart rate, blood pressure, and glucose levels. That info gets zapped straight to the healthcare provider’s lives and kicking. It’s akin to having a personal health genie ensuring to receive timely and appropriate care effortlessly!
Get fit and stay lit: It’s not just the pro-people who are benefited from IoT tech. Regular folks can jump on the bandwagon too. Picture this: rockin’ fitness trackers strapped to your wrist, constantly monitoring your activity levels, sleep quality, and even counting those calories you’re torching. They dish out valuable insights and keep you pumped to make healthier choices. Stay fit and stay lit, my friend!
Epic health platforms: Check out these excellent IoT platforms where all your health data chills. They’re like the ultimate hubs where medical pros can peep into a complete picture of your health, which means better diagnoses and treatment plans customized exclusively to suit your needs and even access your own health records, taking charge of your well-being. It becomes a boss-level control!
Hassle-free communication and telemedicine: With the power of IoT-enabled devices and platforms, connecting with healthcare professionals has never been more accessible. Thanks to telemedicine apps, you can secure virtual appointments with your doctor, saving you the hassle of schlepping yourself to the clinic. It’s a revolutionary breakthrough, mainly if you reside in a remote location or face mobility challenges. So sit back, relax, and let the technology handle the communication!
Smart medication management: Touching some next-level medication management with IoT technology like smart pill dispensers can get your back by reminding you when it’s time to pop those pills. There will be no more missing doses; it can even notify your healthcare provider if you accidentally skip a med, keeping your treatment plan on point.
Preventive care and early intervention: IoT devices are here to help you stay ahead of the game regarding your health. Check out some smart scales that track your weight and body composition over time. They’ll alert you and your doc if anything major changes, giving you a heads-up on potential health issues. These devices are lifesaving gadgets for catching problems early and better outcomes with total healthcare domination.
Improved post-discharge monitoring: IoT devices have your back once you leave the hospital by keeping tabs on your recovery. Wearables and sensors track vital signs, wound healing progress, and all your movements. Your healthcare peeps can swoop in if anything funky goes down.
Efficient resource management: IoT technology is about maximizing healthcare facility resources. Take a scenario where connected medical equipment seamlessly transmits real-time information about usage, maintenance requirements, and availability; this enables healthcare providers to allocate resources like true masters, optimizing workflow and delivering the utmost level of care. The efficiency reaches peak levels due to management via IoT devices.
Advanced analytics and predictive models: Thanks to the wealth of information gathered by IoT devices, advanced analytics, and predictive models can uncover hidden patterns, detect emerging trends, and raise alarm bells when red flags appear. Your healthcare team can harness this data-driven prowess and precisely predict and prevent health issues. With data as your trusted guide, you hold the key to your health’s future right in your palm.
Empowering patient education: In the realm of patient education, IoT health devices and platforms have been making waves in empowering individuals to take control of their health and well-being. Recent news reports highlight how live health data, interactive educational resources, and personalized recommendations are revolutionizing how people approach their lifestyle choices.

IoT in Healthcare: Key Benefits
IoT in healthcare brings forth a multitude of benefits, including:

Penny-pinching: Utilizing IoT technology for real-time patient monitoring significantly decreases the necessity for unnecessary doctor visits, hospital stays, and readmissions, resulting in saving your every extra penny.
Top-notch care: IoT empowers physicians to make well-informed decisions based on evidence, ensuring transparency and enhancing the quality of treatment, providing patients with top-notch care.
Swift problem detection: Continuous patient monitoring and real-time data analysis enable early disease detection and timely intervention, even before symptoms manifest, facilitating the swift detection of illnesses.
Stay one step ahead: With continuous health monitoring through IoT; healthcare providers can stay one step ahead by delivering proactive and personalized medical treatment, addressing potential issues before they escalate.
Smooth sailing in the med world: IoT-enabled devices streamline the management of drugs and medical equipment, ensuring efficient utilization and reduced costs within the healthcare industry, making it a breeze to navigate the world of medications and equipment.
Trimming the fat: IoT-generated data aids in effective decision-making, minimizing errors, waste, and overall system costs, resulting in a lean and efficient healthcare operation with reduced room for errors.

While healthcare IoT offers immense opportunities, challenges must be addressed, particularly regarding data security. Safeguarding sensitive information through robust security measures is crucial. It opens up new horizons for patient care through real-time health monitoring and access to patients’ health data.
This valuable data serves as a treasure trove for healthcare stakeholders, enabling them to enhance patient health and experiences, unlock revenue opportunities, and optimize healthcare operations. Being well-prepared to harness this digital power will serve as a critical differentiator in an ever more connected world.
Featured Image Credit: Provided by the Author; Thank you!
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Everything you need to know about e-bike battery fires

The e-bike revolution started with the pandemic and has been hailed as the answer to everything from traffic congestion to greenhouse gas emissions to fitness to depression. Indeed, it has the potential to spark real change, but there’s a deadlier side that is putting off some consumers.
We’ve all seen the headlines over the last couple of years. “Mom and two kids killed in fire caused by e-bike battery”; “4 dead, 2 critically injured in NYC e-bike store fire”; “FDNY says e-bike fires on pace to double this year.”
The prevalence of warnings about fires sparked by e-bikes and other light electric vehicles is in stark contrast to the current urban zeitgeist touting electric micromobility as the answer to creating safer streets, more efficient transportation and greener cities. So which is it? Are e-bikes and e-scooters going to kill us all in a lithium-induced blaze? Or will they save the world by converting would-be drivers to micromobility users?
Amid the hype and the hellfire, there’s been a lot of confusion around what types of vehicles are at risk of starting a fire, why lithium battery fires are so prevalent and so deadly, how to stay safe and what governments are doing to alleviate the risk as electric bikes and scooters take hold.
The bad news is that e-bike, e-scooter and e-moped battery fires aren’t going away anytime soon. The good news is that we can stop the spread by raising awareness about why they happen and how to avoid them.
Why do battery fires happen?
A man rides an e-bike through Times Square on February 21, 2023, in New York City. New York City Fire Commissioner Laura Kavanagh has called upon the Consumer Product Safety Commission to take action and help prevent what it calls sub-standard lithium-ion batteries after NYC experienced hundreds of e-bike and e-scooter battery fires. Image Credits: Leonardo Munoz / VIEWpress via Getty Images
There’s a chemical and a practical answer to this question. The chemical answer is that lithium-ion cells undergo a process called thermal runway, which results in a sharp increase of battery cell temperature and pressure, accompanied by the release of flammable gas. The flammable gas can ignite from the battery’s high temperature, resulting in a quick fire that’s hard to put out and emits toxic fumes.
What causes this release of flammable gas and the high battery heat? That answer varies, but there is some consensus.
Experts who spoke to TechCrunch say cheap e-bikes and low-quality batteries — often imported from China — are more likely to explode due to a lower-quality manufacturing process. If battery companies cut corners or use cheap materials, there’s more likely to be a defect that can lead the cells to expand and bulge, according to Leo Raudys, president and CEO of Call2Recycle, a nonprofit battery-recycling program. If they bulge, they can burst, which can also cause thermal runway.
“You just have to remember, you get what you pay for,” Raudys told TechCrunch. “These batteries are highly engineered devices, and if you’re only spending a couple hundred bucks on a battery, you’re probably getting one that’s cutting corners in a number of different places.”
In New York City, where food delivery workers rely on e-bikes to do their jobs, fires have been increasing at a startling rate — doubling each year from 2020 to 2022, according to Fire Department of New York data. As of July 3, 2023, there have been 114 investigations into lithium ion fires, 74 injuries and 13 deaths. That’s 13 deaths this year as a result of lithium batteries, compared to six in 2022 and four in 2021. While the FDNY doesn’t break down their stats into what types of devices caused the fires, 80 of the fires occurred in structures like homes, buildings and offices.
Many have speculated that many of the fires happened because so-called deliveristas — gig delivery workers with low incomes — have purchased cheap vehicles online or secondhand in order to do their jobs. Not only are those bikes and batteries off to a bad start already by dint of being cheap, but they’re also put through their paces.
Deliveristas can ride up to 100 miles per day, according to workers who spoke to TechCrunch. If they ever crash their e-bike or drop it or damage the battery in any way, that can increase the likelihood of a battery explosion. Particularly if the worker, who is likely exhausted from a long day on the streets, leaves their battery to charge overnight while they sleep. Overcharging batteries can lead to overheating, which can ignite the aforementioned flammable gas in lithium batteries.
Even high-quality batteries have the potential to cause a fire if tampered with. George Kerchner, executive director of the Rechargeable Battery Association, an industry trade group, told TechCrunch refurbishing batteries or doing DIY modifications can lead to fires because tinkering could compromise the safety features a battery was built with.
How can I stay safe?
There are many variations of UL safety certification marks, but they typically look like one of the above. Image Credit: UL Solutions
Battery fires can happen to anyone, but there are a range of safety practices that you can take to practice good battery hygiene.
The most important thing you can do is to purchase equipment with the Underwriters Laboratories mark, which will tell you that the product has been safety tested and certified. Look for a “UL” in a circle. And remember, this goes for anything with lithium-ion batteries, not just electric micromobility vehicles.
Make sure to follow the manufacturer’s instructions for charging and storage, and always use the manufacturer’s cord and power adapter that’s made specifically for the device.
Don’t charge your device under your pillow, on your bed or on a couch, and try not to overcharge your batteries or place them in direct sunlight. If you can, charge them away from exits so that you can make a quick escape in the event of a fire.
If your battery overheats or you notice a strange smell, odd noise, change in the shape or color, or anything else that rings your alarm bells, take action. If it’s safe, move the device away from anything that can catch fire and call the police.
Disposing of batteries properly is also vital. Don’t put them in the trash or recycle them at home. Check out local battery recycling locations near you. Call2Recycle has a really user-friendly program with over 50 e-bike brands participating. Whether you bought your bike new or used, you can take your old battery to any participating bike shop and they’ll take care of recycling it for you.
And if you don’t have an e-bike, but you live near a shop that sells or refurbishes them, keep an eye out. No one likes a snitch, but shops that are not storing, charging or disposing of batteries correctly have been the cause of a few fires, and New Yorkers are reporting them.
In New York City in June, a fire started at an e-bike store that ended up killing four people and critically injuring two others. A week later, the FDNY discovered a “ticking time bomb” of dozens of lithium-ion batteries at a different store in lower Manhattan, as part of the agency’s crackdown on illegal batteries. The FDNY found multiple fire hazards, damaged batteries and overloaded power strips.
What about used e-bikes?
“Have it checked out. Make sure it’s roadworthy,” said Raudys. “I don’t think the risk necessarily goes up just because it’s used, but like anything, it’s buyer beware. So if you’re buying a bike that’s cheap, it’s got an old battery, it’s beat up or just got the battery replaced and you don’t recognize the manufacturer, think twice because the quality of the battery is paramount.”
Many reputable e-bike shops today can check your battery health for you, especially if you purchase a bike that’s run on Bosch’s connected e-bike system, of which there are many.
What is the government doing to keep you safe?
U.S. Representative Ritchie Torres, a Democrat who represents the South Bronx, proposed federal legislation on March 7 that would require the Consumer Product Safety Commission to establish a final consumer product safety standard for e-bikes and e-scooters to protect against the risk of fires.
At the federal level, very little. But there’s hope.
A few bills have been introduced to Congress to regulate the import of uncertified and low quality batteries, as well as incentivize consumers to buy high quality e-bikes.
A new bipartisan bill, called the Import Security and Fairness Act, would limit the import of unregulated e-bikes and batteries into the U.S.
Today, China and other countries can sell products directly to U.S. consumers without customs and border patrol inspections if the products are under $800. A sub-$800 e-bike is exactly the type of bike that’s more likely to have an uncertified battery or a poor battery management system. The legislation would strike the provision that allows for products under $800 to go unchecked.
Another proposed bill, introduced to the Senate in March, would require the Consumer Product Safety Commission to establish a final consumer product safety standard for e-bikes and e-scooters to protect against the risk of fires.
Finally, policymakers reintroduced the Electric Incentive Kickstart for the Environment (E-BIKE) Act in March, a bill that would provide Americans with a federal rebate of up to $1,500 towards the purchase of an e-bike. If passed, this bill could help make quality e-bikes more accessible to lower-income Americans.
Crucially, only e-bikes with UL-certified batteries, or equivalently certified batteries, are eligible for tax credits.
The E-BIKE Act was originally introduced in 2021 as part of the Biden administration’s Build Back Better (BBB) Act, which passed the House of Representatives but didn’t clear the Senate. The Inflation Reduction Act (IRA), which is a negotiated version of the BBB, did pass and was signed into law in August 2022. The E-BIKE Act, however, was left out of the bill’s language.
Note that the IRA does provide Americans with tax credits of up to $7,500 to incentivize the purchase of electric cars, a decidedly less green transportation option.
The federal government also did give New York City, the epicenter of battery fires, a $25 million emergency grant to fund the installation of 170 micromobility charging and storage stations across 50 locations. The goal is to provide deliveristas safe places to recharge their batteries.
NYC also issued a ban on the sale of non-UL certified batteries, but experts say that will be hard to enforce.
Some say support for safe charging practices and access to high quality batteries shouldn’t just fall on the government, but also on app-based gig companies like Uber Eats, Grubhub and DoorDash. In cities like New York, deliveristas on e-bikes are the backbone of those businesses.
“An e-bike with a battery costs $1600 to $1700 or more,” William Medina, a member of Los Deliveristas Unidos, a collective of New York City’s delivery workers, told TechCrunch. “These are operating costs that the worker is incurring. He is assuming 100% of the cost of machinery in order to work, and the apps don’t do anything. They should be responsible to help us in some way.”
Everything you need to know about e-bike battery fires by Rebecca Bellan originally published on TechCrunch

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Tritium to Bring Fast EV Chargers to Hawaii

Tritium DCFC has taken a significant step toward the electrification of highways and interstates by securing a groundbreaking order from the state of Hawaii through the National Electric Vehicle Infrastructure Program (NEVI). This initiative from the federal government aims to hasten the transition to electric vehicles (EVs) and create a robust charging infrastructure across the United States. Tritium is poised to deploy high-speed electric vehicle chargers in Hawaii, marking a pivotal milestone in the country’s clean transportation revolution. The first funds have been allocated, and the company is ready to get to work.
As part of the NEVI program, Hawaii has been given access to funding in the amount of $2.6 million, and as a result, the state is taking the initiative to electrify its transportation system. The state has acknowledged the critical importance of taking immediate action to cut emissions of greenhouse gases and expand environmentally friendly transportation choices. By making an investment in 32 Tritium chargers with a capacity of 150 kilowatts and 16 power units, Hawaii is leading the transition to environmentally friendly modes of transportation and serving as a model for other states to emulate.
Tritium, a manufacturer of electric vehicle (EV) chargers based in Brisbane, has been chosen by the state of Hawaii to supply the high-speed chargers in accordance with an existing contract with Sustainability Partners, a public benefit company with a focus on infrastructure. Because of the company’s extensive expertise in developing innovative charging solutions, they have established themselves as a reliable partner in the process of advancing electric vehicle infrastructure all over the world.
According to a statement made by a spokesperson for Tritium, “This order places Tritium at the forefront of the NEVI program,” and the company’s rapid chargers are anticipated to be among the first to receive funding and be installed. The state of Hawaii has a vision for a greener future, which is perfectly aligned with the commitment of the company to innovation and sustainability.
The NEVI program, which was started by the United States government, intends to give the states a total of $5 billion over the course of five years in order to make it easier for them to install 500,000 electric vehicle chargers along highways and interstates. This sizeable investment will address one of the most significant obstacles standing in the way of widespread adoption of electric vehicles, namely the lack of a charging infrastructure that is both convenient and effective.
The commitment of Hawaii to the development of a comprehensive electric vehicle charging network is highlighted by the state’s estimated total funding of more than $17.6 million. Utilizing resources from the federal government, the state of Hawaii will be able to pave the way for a more environmentally friendly and sustainable transportation ecosystem that will encourage locals and tourists alike to embrace electric mobility.
The range anxiety that is commonly associated with electric vehicles can be alleviated with the use of fast chargers, which plays a critical role in fostering the adoption of electric vehicles. The 150-kilowatt chargers offered by Tritium are equipped with high-speed charging capabilities, which enable owners of electric vehicles to rapidly recharge their vehicles and continue their journeys with a minimum of disruption. Because of this, the level of convenience and practicability offered by EVs will be significantly increased, turning them into a competitive choice for both local and long-distance travel.
The decision by Hawaii to include Tesla’s charging standard alongside CCS has sparked debate among charging infrastructure providers. Companies receiving federal funding are required to offer the Combined Charging System (CCS), which is the standard for electric vehicle charging in the United States. Following the example set by major automobile manufacturers, a number of states, including Texas and Washington, have announced their intention to implement Tesla’s North American Charging Standard (NACS) in order to qualify for funding from the NEVI.
Concerns have been voiced by certain charging companies regarding the standardization, testing, and certification of Tesla connectors. However, in a letter that was sent to Texas, Tritium expressed support for the inclusion of NACS connectors on its chargers by the end of the year 2023 or the beginning of the year 2024. This proactive approach demonstrates both Tritium’s commitment to collaboration as well as its recognition of the changing landscape of the industry.
The NEVI program exemplifies President Joe Biden’s dedication to combating climate change and fostering the creation of local job opportunities. This investment of $5 billion will not only drive the electrification of transportation, but it will also stimulate economic growth and employment opportunities all across the country. The United States of America has the potential to establish itself as a global leader in the transition to a low-carbon future if it fully embraces clean technology and makes investments in sustainable infrastructure.
First reported on Reuters
Frequently Asked Questions
Q: What is Tritium?
A: Tritium is a manufacturer of electric vehicle (EV) chargers based in Brisbane, Australia. They specialize in developing high-speed charging solutions and have established themselves as a reliable partner in advancing EV infrastructure globally.
Q: What is the National Electric Vehicle Infrastructure Program (NEVI)?
A: The NEVI program is an initiative by the United States government that aims to accelerate the transition to electric vehicles and create a robust charging infrastructure across the country. It provides funding to states for installing electric vehicle chargers along highways and interstates.
Q: What is the significance of Tritium securing an order from Hawaii through NEVI?
A: Tritium’s order from Hawaii marks a significant step toward the electrification of highways and interstates. Hawaii has allocated funds from NEVI to invest in 32 Tritium chargers with a capacity of 150 kilowatts and 16 power units, leading the way in transitioning to environmentally friendly transportation and serving as a model for other states.
Q: How does Tritium’s high-speed charging technology benefit electric vehicle owners?
A: Tritium’s 150-kilowatt chargers offer high-speed charging capabilities, reducing range anxiety and enabling rapid recharging of electric vehicles. This convenience and practicality make electric vehicles a more competitive choice for both local and long-distance travel.
Q: Why is there a debate regarding charging standards and the inclusion of Tesla’s charging standard?
A: Companies receiving federal funding through NEVI are required to offer the Combined Charging System (CCS), the standard for electric vehicle charging in the United States. However, some states, including Texas and Washington, have expressed interest in including Tesla’s North American Charging Standard (NACS) to qualify for funding. This has raised concerns and sparked debates among charging infrastructure providers about standardization and certification of Tesla connectors.
Featured image credit: Unsplash
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