Home Articles Business Development Marketing Digital Marketing Product Strategy Supply Chain News Governance & Leadership General Technology & Innovation Trade & Supply Chain About Us Contact Legal X On January 10, 2025, DeepSeek launched an AI assistant called DeepSeek-R1. The model quickly gained popularity, becoming the most downloaded app in the United States, surpassing OpenAI’s ChatGPT. What is Deepseek? DeepSeek is a Chinese AI startup founded by Liang Wenfeng, in 2023. Who claim to have used less advanced and more cost-effective Nvidia H800 GPUs and invested approximately $6 million in the process, while OpenAI reported a $100 million expenditure for training their models. Why has Nvidia made losses in the stock market? The unveiling of DeepSeek-R1 sent immediate shockwaves through the stock market. Nvidia has long been considered the backbone of AI hardware due to its advanced GPUs, which witnessed a 14.5% drop in its stock price. This fall wiped out about $560 billion from its market capitalization, marking one of the most significant single-day losses in financial history. This ripple effect extended beyond Nvidia. Other tech giants heavily invested in AI and semiconductor technology, such as Broadcom and Micron, also experienced declines in stock prices.   Some industry experts see DeepSeek’s achievements as a democratization of AI development. This is because they have been successful in the usage of less advanced hardware, the company may have lowered the barriers to entry, allowing more startups to innovate with a lower capital. For example, Srini Pajjuri, an analyst from Raymond James, suggests that DeepSeek’s innovation could ignite a sense of urgency among U.S. companies. The need to maximize the potential of advanced GPUs and accelerate AI research may become a strategic move to maintain a competitive edge. However, other experts argue that the true costs and resources behind DeepSeek’s model may not be fully disclosed. There is speculation about undisclosed technologies or partnerships that could have facilitated their rapid progress, so investors should be cautious.     What are the implications of these technological advancements? f AI models can be trained on less advanced and cheaper GPUs, this could revolutionize the economics of AI development. This would open doors for more diverse innovations from smaller players who previously couldn’t compete due to high costs.This will make the reliance on hardware like Nvidia’s GPUs diminish. Companies may prioritize optimizing algorithms to work efficiently with more accessible hardware, fostering a new wave of software-centric advancements. Established companies may need to adapt quickly. Nvidia, in particular, might explore diversifying its product offerings or investing in new technologies to counteract potential decreases in high-end GPU demand. What are the sentiments of investors behind Deepseek? The Psychology Behind the Sell-Off Fear of the Unknown The sudden rise of DeepSeek introduces uncertainty. This is because investors often react negatively to disruptions that could unsettle established market leaders. Market Overreaction Historically, markets can overcorrect in the face of surprising news. The significant drop in Nvidia’s stock might reflect heightened emotions rather than a measured assessment of the long-term impact. Opportunity for ReflectionThis scenario provides a moment for investors to reassess the AI industry market, potentially leading to more diversified investment strategies that include emerging players. What could be the Global Shifts? DeepSeek is a prime example of the increased presence of Chinese companies in cutting-edge technology sectors previously dominated by U.S. firms which shows the rise of Chinese tech innovators. Geopolitical Tensions Technological advancements often intertwine with national interests. DeepSeek’s success could influence international relations, trade policies, and discussions around technology transfer and security. Innovation Ecosystems This development might spur other nations to invest more heavily in their innovation ecosystems, emphasizing education, research funding, and startup support to foster domestic tech growth. What will be the future of Deepseek? Now moving forward, questions such as whether DeepSeek’s Model will prevail will be answered, which would happen if their approach proves sustainable and scalable and could set new industry standards. As for how Nvidia will Respond? They may innovate new technologies or business models, perhaps focusing on software solutions or integrated systems to maintain their market position. Investors may Diversify, and agility might become more valued in investment portfolios, with a focus on emerging technologies and markets. Post tag : Founder, Chief Content Officer & Web Developer Categories General Supply Chain Business Development Product strategy CRITICAl Thinking Recent Post AI Regulations 2025: How the World’s Major Economies Are Shaping the Future of Technology $TRUMP, what is it about? Blue Origin’s New Glenn launches: A Game-Changer for Space Exploration? Subscribe Please enable JavaScript in your browser to complete this form.Please enable JavaScript in your browser to complete this form. * EmailConfirm EmailSubscribe to receive weekly updates on the latest news, articles, and business insights from EverythingEmakess. Subscribe Everything with Emakess.Be in our past. Be in our Present. 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Home Articles Business Development Marketing Digital Marketing Product Strategy Supply Chain News Governance & Leadership General Technology & Innovation Trade & Supply Chain About Us Contact Legal X Artificial intelligence (AI) has become a transformative force across industries, driving innovation while sparking ethical debates. However, as technology outpaces regulatory measures, countries are racing to introduce frameworks that govern AI’s use. From the EU’s landmark AI Act to China’s strict oversight, 2025 may be the year AI governance gains a global foothold. Why Regulate AI Now? AI controversies have been making headlines. For example, the ChatGPT plagiarism concerns raised debates about copyright violations, while deepfakes disrupted elections and reputations worldwide. These reasons coupled with the potential misuse of autonomous weapons and AI-driven surveillance; global leaders have realized the need to regulate before the damage escalates.   Therefore, in 2019, San Francisco became the first U.S. city to ban facial recognition technology due to concerns about privacy and misuse. This move inspired conversations in Europe and Asia, which proved local governments can influence global perspectives. And major countries began creating major frameworks to govern the use of AI. Major Economies and Their AI Strategies The EU AI Act, which is presumed to be the first legal framework for AI, categorizes AI systems based on risk: High-risk AI: For applications like biometrics, healthcare, or banking. Low-risk AI: For General applications like chatbots. Compliance tools include mandatory “trustworthiness checks” and transparency requirements for high-risk models. For example, the financial sector must demonstrate compliance with fraud-detection AI tools. Penalties for no compliance can reach up to €30 million or 6% of global revenue—mirroring GDPR.     In the U.S., the approach is fragmented, with states like California and New York leading independently. At the federal level, the NIST AI Risk Management Framework (2023) encourages companies to adopt responsible AI practices voluntarily. For example, Autonomous vehicle regulations vary significantly between states. In Arizona, companies like Waymo operate with minimal restrictions, while California demands rigorous safety reports. Here, tools like NIST’s AI RMF Playbook provides practical steps for businesses to mitigate risks in using AI systems.   For China, they have created a 2022 regulation, which states that all AI applications should align with Chinese values. Also, AI-powered tools like chatbots should include mechanisms to prevent misinformation. Implications for Global Businesses With multiple regulations emerging, multinational corporations are challenged to navigate across compliance. For example, a healthcare AI system designed for Europe may not meet the privacy standards in China or ethical expectations in the U.S. U.S. companies such as HireVue MAY face challenges adapting their algorithms to meet local anti-discrimination laws in Europe while navigating GDPR. However, this kind of compliance burden has created opportunities for innovation in Regulatory Technology. Nowadays, tools like TrustLayer can assist businesses in aligning with multiple jurisdictions.   As AI becomes central to modern economies, cooperation among nations will be necessary to prevent fragmentation and create equal opportunities. While countries race ahead to implement regulations, global frameworks like the UNESCO Recommendation on the Ethics of Artificial Intelligence might pave the way for more unified guidelines.   However, the question remains: Will 2025 be the beginning of global AI harmonization or further siloed regulatory efforts? Post tag : Founder, Chief Content Officer & Web Developer Categories General Supply Chain Business Development Product strategy CRITICAl Thinking Recent Post $TRUMP, what is it about? Blue Origin’s New Glenn launches: A Game-Changer for Space Exploration? Japan Earthquake prompts Tsunami warning Subscribe Please enable JavaScript in your browser to complete this form.Please enable JavaScript in your browser to complete this form. * EmailConfirm EmailSubscribe to receive weekly updates on the latest news, articles, and business insights from EverythingEmakess. Subscribe Everything with Emakess.Be in our past. Be in our Present. 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Home Articles Business Development Marketing Digital Marketing Product Strategy Supply Chain News Governance & Leadership General Technology & Innovation Trade & Supply Chain About Us Contact Legal X On Saturday, January 18, 2025, Donald Trump launched his cryptocurrency, $TRUMP, a meme coin causing quite a stir in the crypto world. The meme coin quickly soared in value, reaching nearly $11 billion in market cap.   The coin is branded with imagery from his attempted assassination in July and marketed as an expression of support for his ideals. Melania Trump also launched her cryptocurrency, $MELANIA, on Sunday, January 19, 2025. The coin saw a significant rise in value and even briefly caused the $TRUMP price to plummet. Ivanka and Barron Trump have also launched their meme coins, however with less success. How does it work? According to the official website, there will be 1 billion TRUMP meme coins released in 3 years, where 200 million have been released from day one, leaving the leftover coins at 800 million, held by Trump organization and creators.   The coin was valued at less than 10 dollars when it was released. On January 19, 2025, the coin surged in value to nearly $74.59.   Although public figures have launched cryptocurrencies in the past, Elon Musk, for example, who is often associated with Dogecoin. The timing, before the inauguration, and the scale of the Trump family’s influence has made this a unique event. The coin is currently valued at $55.31, while $MELANIA is valued at $2.20. Post tag : Founder, Chief Content Officer & Web Developer Categories General Supply Chain Business Development Product strategy CRITICAl Thinking Recent Post $TRUMP, what is it about? Blue Origin’s New Glenn launches: A Game-Changer for Space Exploration? Japan Earthquake prompts Tsunami warning Subscribe Please enable JavaScript in your browser to complete this form.Please enable JavaScript in your browser to complete this form. * EmailConfirm EmailSubscribe to receive weekly updates on the latest news, articles, and business insights from EverythingEmakess. Subscribe Everything with Emakess.Be in our past. Be in our Present. Grow with us Quora Tumblr Get In Touch work@everythingemakess.com 24/7 Quicklinks Menu Home Articles Business Development Marketing Digital Marketing Product Strategy Supply Chain News Governance & Leadership General Technology & Innovation Trade & Supply Chain About Us Contact Legal Newsletter Please enable JavaScript in your browser to complete this form.Please enable JavaScript in your browser to complete this form. * EmailConfirm EmailSubscribe to receive weekly updates on the latest news, articles, and business insights from EverythingEmakess. Subscribe Copyright © 2024 EVERYTHINGEMAKESS Privacy Policy Terms & Services

Home Articles Business Development Marketing Digital Marketing Product Strategy Supply Chain News Governance & Leadership General Technology & Innovation Trade & Supply Chain About Us Contact Legal Blue Origin, the visionary space company founded by Jeff Bezos, successfully launched its highly anticipated rocket, New Glenn, on January 16, 2025, in Florida at 2:03 AM local time. The initial launch attempt earlier that week faced a setback due to icing on the purge line, highlighting the unpredictable nature and challenges that are inherent in rocket launches. These environmental factors are critical considerations that engineers and scientists must constantly monitor and adapt to in order to ensure a successful launch. What is New Glenn and Why is it Significant? New Glenn, a significant advancement in the realm of space technology, emphasizes the commitment to reducing space travel costs and increasing access to orbit. This effort is crucial as it not only opens new avenues for commercial exploration but also supports various scientific missions that can provide valuable insights into our universe. For instance, scientists rely on space missions to study climate change, conduct experiments in microgravity, and explore the potential for life on other planets. New Glenn is named in honor of the legendary astronaut John Glenn, an icon in American space history, who was the first American to orbit Earth. With a towering height of 98 meters (323 feet), New Glenn is designed as a two-stage rocket capable of lifting heavy payloads into space. Its impressive capacity to carry up to 45 tons to low-Earth orbit (LEO) positions it as a formidable contender against established players like SpaceX’s Falcon Heavy. This capability is particularly critical as it paves the way for a surge in commercial satellite launches, which are increasingly sought after due to advancements in global communications and technology. The increasing demand for satellite launches is anticipated to grow exponentially in the coming years, driven by the relentless rise of global connectivity and the escalating need for Earth observation technologies. For example, satellites offer invaluable services in areas such as weather forecasting, which helps communities prepare for severe weather events, disaster management by providing timely information during crises, and enhancing global communications through applications like broadband Internet. The implications of these technologies are profound, influencing everything from agriculture to disaster response. Blue Origin aims to revolutionize access to space, which is part of a broader vision for creating a future where millions can live and work in space. The demand for satellite launches is expected to grow exponentially, driven by the increase in global connectivity and the need for Earth observation technologies. For instance, satellites play a crucial role in weather forecasting, disaster management, and global communications. In a stunning demonstration of engineering prowess, the rocket’s first stage achieved a successful landing on a drone ship stationed in the Atlantic Ocean, while the second stage continued its journey into orbit. This remarkable success showcases the reusability of rocket components, a revolutionary concept that is key to significantly reducing the costs associated with space exploration. The ability to reuse rocket stages not only enhances sustainability but also accelerates the pace of innovation by allowing for more frequent launches at a lower cost. The mission, designated NG-1, is groundbreaking as it focuses on testing the communications and control systems for Blue Origin’s innovative Blue Ring. This multi-mission space mobility vehicle is designed to support various missions, offering versatility and adaptability for future space endeavors. The successful testing of these systems is vital, as it lays the foundation for future missions that will expand the capabilities of space travel, enabling more complex operations and scientific research. Furthermore, the launch of New Glenn is not merely a technical achievement for Blue Origin; it symbolizes a potential shift in the dynamics of the entire space industry. As competition intensifies among private aerospace companies, the resulting innovations will significantly benefit all aspects of space exploration, ranging from scientific research to commercial applications. This competitive landscape encourages continual advancements in technology, driving down costs and expanding access to space for a broader range of stakeholders, including universities, startups, and international entities. In a groundbreaking achievement, the rocket’s first stage successfully landed on a drone ship in the Atlantic Ocean, while the second stage continued its journey into orbit. This success demonstrates the reusability of rocket components, which is key to reducing the cost of space exploration and making it more sustainable in the long run. The development and successful launch of New Glenn represent pivotal milestones for Blue Origin. As the company forges ahead with continuous innovation and the relentless pursuit of pushing the boundaries of space technology, it positions itself as a leader in the rapidly evolving landscape of commercial spaceflight. The advancements made through the New Glenn program are not only likely to influence future rocket designs but will also contribute to the development of more efficient and cost-effective space missions, shaping the future of space exploration. In conclusion, the launch of New Glenn signifies not just a technical achievement for Blue Origin but also a potential shift in the dynamics of the space industry. As competition intensifies between private companies, the resulting innovations will benefit all facets of space exploration, ranging from research to commercial applications. Post tag: Space Exploration, New Glenn, Blue Origin, Rocket Launch, Commercial Spaceflight Founder, Chief Content Officer & Web Developer Categories GeneralSupply ChainBusiness DevelopmentProduct StrategyCritical Thinking Recent Posts Subscribe Please enable JavaScript in your browser to complete this form. * EmailConfirm EmailSubscribe to receive weekly updates on the latest news, articles, and business insights from EverythingEmakess. Subscribe Copyright © 2024 EVERYTHINGEMAKESS Privacy Policy Terms & Services

Home Articles Business Development Marketing Digital Marketing Product Strategy Supply Chain News Governance & Leadership General Technology & Innovation Trade & Supply Chain About Us Contact Legal X Product Strategy Jeju air flight disaster: bird strike or something else? December 30, 2024 Every time an aeroplane takes off, it’s not just a marvel of engineering; it’s a dance with nature. Amid the advancements in aviation technology, one simple challenge continues to pose significant risks: bird strikes.  More Common Than You Think Bird strikes are not rare. They are more frequent than many people realize. According to the Federal Aviation Administration, around 14,000 bird strikes are reported in the United States alone each year and, although it does not usually result in a disaster, there is still a potential for severe damage to lives, and aircraft.   For example, consider the “Miracle on the Hudson” in 2009, where a bird strike forced US Airways Flight 1549 to make an emergency landing on the Hudson River. Captain Chesley “Sully” Sullenberger’s efforts saved all 155 passengers and crew, showing the gravity of bird strikes and the importance of preparedness in the airspace.  Jeju Air Flight disaster, bird strike or something else? In other cases, too, it could end in a disaster. An example is the recent airplane crash in South Korea. On Sunday morning, December 29, 2024, Jeju Air Flight 7C2216 crashed, resulting in the deaths of 179 passengers, with only 2 crew members surviving out of the 181 passengers on board. Although the crash is still under investigation, a bird strike has not been ruled out as a possible cause.   The disaster occurred at the Muan International Airport, where the flight was returning from Thailand. At 8:54 am, Air Traffic Control gave the flight permission to land, but at 8:57 am they issued a warning about birds in the area. At 8:59 am, one of the pilots reported hitting a bird and issued a mayday distress call, aborting the previous landing, according to Firstpost. The pilot then received permission to land in the opposite direction. The flight changed course mid-air and landed halfway on the runway. During this, the flight failed to deploy its wheels, went off course a few kilometres, and ultimately crashed into a concrete wall, bursting into flames.   But who is to blame apart from the possible bird strike? This disaster involved a Boeing 737-800, raising questions about the deployment issue with the landing gear and concerns about safety with Boeing aircraft.    Why do birds strike and the challenges of mitigating it?  Bird strikes happen mainly because birds and aircraft share the same airspace, especially near airports which often are close to natural habitats. Birds migrate, sometimes in large numbers, passing through flight paths sometimes in search of food. These food sources near airports attract them, and at times weather conditions can disorient them, making them fly at lower altitudes. These shifts can increase the risk of bird strikes.   For example, warmer temperatures may alter migration timings, and expanding urban areas can expand towards natural bird habitats, pushing them closer to airports.    And since birds are unpredictable, their migration patterns can change due to environmental factors like climate change or urban development. Airports, often located near water bodies or green spaces that attract birds, must adapt their bird management strategies. What is being done to Keep the Skies Safe? 1.Wildlife Management Programs  Many airports have teams dedicated to managing and monitoring bird activity. For instance, at John F. Kennedy International Airport in New York, wildlife biologists use some techniques to manage bird activity. They modify the habitat to make the area less attractive to birds, deploy noise cannons to scare them away, or even work with trained falcons to deter other birds from the airport vicinity.   2.Bird radar and other advancements  Airports use radar systems that can detect bird movements and provide real-time data to air traffic controllers and in turn, they provide this information to pilots.    3.Predictive Analytic Airports and aviation authorities collect massive amounts of data on bird activity, flight patterns, and environmental conditions. This data is then analyzed using machine learning algorithms to identify trends and predict where and when bird strikes are most likely to occur. For example, these algorithms can analyze historical data to detect seasonal patterns in bird migration and activity around specific airports, which are used to modify flight schedules to ensure safer flights and passenger transportation. Now, while technology like radar systems and predictive analytics can help, they are not foolproof unless there is collaboration between all stakeholders in the airspace and environmentalists.  Post tag : Danny Emakess Founder, Chief Content Officer & Web Developer Categories General Supply Chain Business Development Product strategy CRITICAl Thinking Recent Post Jeju air flight disaster: bird strike or something else? Santa Claus rally has begun, are you ready? Nissan and Honda has announced plan to form a joint company Subscribe Please enable JavaScript in your browser to complete this form.Please enable JavaScript in your browser to complete this form. * EmailConfirm EmailSubscribe to receive weekly updates on the latest news, articles, and business insights from EverythingEmakess. Subscribe Everything with Emakess.Be in our past. Be in our Present. Grow with us Quora Tumblr Get In Touch work@everythingemakess.com 24/7 Quicklinks Menu Home Articles Business Development Marketing Digital Marketing Product Strategy Supply Chain News Governance & Leadership General Technology & Innovation Trade & Supply Chain About Us Contact Legal Newsletter Please enable JavaScript in your browser to complete this form.Please enable JavaScript in your browser to complete this form. * EmailConfirm EmailSubscribe to receive weekly updates on the latest news, articles, and business insights from EverythingEmakess. 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Nissan and Honda have announced plans to form a joint company by June 2025. Nissan CEO Makoto Uchida and Honda CEO Toshihiro Mibe announced during a joint news conference in Tokyo on December 23, 2024.

Nvidia, a leading technology company that processes units (GPUs) used for rendering images, video, and animations, has decided to partner with Google Quantum AI to design quantum computing devices using advanced simulations powered by the Nvidia CUDA-Q platform and their Eos supercomputer.

In a significant boost to India’s manufacturing sector, Apple has announced that its iPhone exports from the country have surged to nearly $6 billion between April and September of this fiscal year, 2024.

Spotify has resolved the temporary outage that affected its platform and has restored full functionality, allowing users to stream music without any problems. 

Following the arrest of the CEO of Telegram in France, the app has made changes to its terms of service