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Samsung India announces Solve For Tomorrow 2024 innovation program for students

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Samsung has announced the launch of the third edition of the Solve for Tomorrow program in India. The program aims to foster a culture of innovation among students. This year, the program has two tracks: School Track and Youth Track.

This program is held in 63 countries globally. Over 2.3 million young people have participated in it worldwide.

Samsung India’s Solve for Tomorrow program in 2024 brings exciting rewards

Samsung India has announced the 2024 version of its Solve for Tomorrow program. This year, it was launched in a strategic collaboration with the Foundation for Innovation & Technology Transfer (FITT), IIT Delhi, the Ministry of Electronics & Information Technology, and the United Nations in India. The program aims to improve the innovative thinking and problem-solving skills of the country’s students.

Samsung Solve For Tomorrow 2024 Program Launch India JB Park

The program was launched by JB Park (President & CEO of Samsung Southwest Asia), Dr. Sandip Chatterjee (Sr. Director and Scientist ‘G’, Ministry of Electronics & IT), and Mr. Shombi Sharp (United Nations Resident Coordinator in India).

Students can apply to participate in the Solve for Tomorrow 2024 contest by filling out the form here. The application date starts on April 9, and the application period ends on May 31, 2024.

School Track

The School Track is for students aged 14 to 17 and focuses on the ‘Community And Inclusion’ theme. It emphasizes the importance of uplifting underprivileged people, improving accessibility to health care, and promoting social inclusion. Students can participate in this track individually or as a team of five members.

Shortlisted students will get hands-on training from industry experts, including those from IIT-Delhi, MeitY, Samsung, and UN in India. They will get exclusive mentoring, coaching, and an opportunity to attend a curated innovation walk with Samsung leaders. There will be milestone-based grants for prototype development.

Up to 10 semifinalists will be selected, and each will get a grant of INR 20,000 ($240) for prototype development. They will also get Galaxy Tab devices. Finalists will get grants of INR 100,000 ($1,200) each for prototype development and Galaxy Watches.

The final winning team will be called ‘Community Champion’ and receive a seed grant of INR 2,500,000 ($30,000) for prototype development. The schools to which the team belongs will get Samsung devices for free to improve the quality of education.

Youth Track

The Youth Track targets students aged from 18 to 22 years. It seeks innovative ideas based on ‘Environment And Sustainability.’ It aims to bring ideas that reduce carbon footprint and protect the environment.

Up to 10 semifinalists will be chosen for the Youth Track. Each team will receive INR 20,000 ($240) in grants for prototype development and Galaxy Book laptops. Each of the five finalist teams will receive an INR 100,000 ($1,200) grant and Galaxy Z Flip smartphones.

The final winning Youth Track team will be called ‘Environment Champion.’ It will receive a seed grant of INR 5,000,000 ($60,000) for prototype development at IIT-Delhi. The colleges to which the team members belong will get Samsung devices for free to improve the quality of education and development.

JB Park, President & CEO of Samsung Southwest Asia, said, “At Samsung, we strive to inspire and shape the future through innovative ideas and transformative technologies. Our mission revolves around fostering the next generation of innovators and catalysts for social change. Solve for Tomorrow is truly shaping up as a platform for India’s youth to come up with meaningful innovations that can improve the lives of people.“

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A new kind of PC is coming: from personal computer to innovation enabler

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We have entered a new era. Until recently, AI has largely been operating in the background – quietly automating processes and improving performance. Yet the unprecedented adoption curve of generative AI that we saw in 2023 represents a widespread change in how humans interact with technology. This fundamental shift will have a lasting impact on how we live and work.

If AI is adopted to its full potential, a study of the economic potential of generative artificial intelligence estimated that the technology could add more than $4 trillion dollars annually to the global economy, and add £31 billion in GDP to the UK economy over the next decade. These figures are in addition to the extra $11 trillion that nongenerative AI and other forms of automation are forecast to contribute, globally.

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Rivian’s R2 pre-order numbers hint at pent-up demand for Musk-free EV innovation

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Rivian’s R2 reservations are off to a hot start. On Friday, CEO RJ Scaringe posted on X that the automaker had taken more than 68,000 reservations for the SUV in less than 24 hours. Amid alarmingly weakened demand for electric vehicles, perhaps there’s a latent interest in innovative EV companies when they aren’t helmed by a conflict magnet with a fixation on baseless conspiracy theories and the supposed online “rights” of Neo-Nazis.

Rivian’s 68,000 reservations hold up well against its most high-profile competitors. It took Ford about three weeks to get 100,000 pre-orders for the F-150 Lightning. Tesla’s Cybertruck got 250,000 reservations in less than a week. To be fair, reserving a Rivian R2 only requires a $100 deposit the same as the Cybertruck and F-150 Lightning.Customers plunking down a Benjamin to hold one have no obligation to pay the remaining $44,900 (and up) when the vehicle finally arrives in 2026, and even if they intend to buy one now, that’s plenty of time to change their minds.

You could argue that — like with Tesla and Ford — Rivian chose the low deposit to build hype, knowing full well that many pre-order customers won’t follow through. But it also helps that Rivian’s event on Thursday did everything the company needed. The R2 looks “quite fetching,” as Engadget’s Lawrence Bonk pointed out. On the inside, it has sleek and subtle details like two glove boxes, fold-down rear and front seats, a slide-out cargo floor and dual scroll wheels with dynamic haptic feedback on the steering wheel. It also has a 300-mile minimum range and a $45,000 starting price, which doesn’t hurt.

And, of course, the surprise “One more thing”-style reveal of the cheaper, sportier and more compact R3 and R3X could help provide a halo effect for the company when it desperately needs to build excitement around its brand. In February, Rivian announced that it would lay off 10 percent of its salaried workers, and this week, it cut 100 employees at its Illinois factory. Still, the EV market could use a new “hero.” I have no idea if Rivian or its CEO, RJ Scaringe, has potential to be the face of the industry. But Elon Musk, its current poster boy, is a lightning rod for unnecessary turmoil.

In a survey of Americans conducted by The Harris Poll late last year, 45 percent of respondents said they had a lower opinion of EVs “because of the actions of people associated with them.” (I’m pretty sure they didn’t mean Ford’s Doug Field or GM’s Mary Barra.)

Perhaps Rivian’s impressive showing reveals at least some Americans have an appetite for an EV maker that’s neither a traditional auto company nor one helmed by someone who, at times, seems more interested in behaving like a teenage contrarian than a responsible adult serving as the public face of an industry the world desperately needs to grow up — and get people excited about driving electric vehicles — as climate change begins to ravage the planet.



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The story of ARM CPUs from Acorn innovation to industry adoption

The story of ARM CPUs from Acorn innovation to industry adoption

In the world of technology, few innovations have had as widespread an impact as the ARM processor. This remarkable piece of engineering has its roots in the late 1970s, when a team from Acorn Computers and the University of Cambridge set out to create a new kind of processor. Their vision was clear: to design a chip that was both power-efficient and capable of handling the demands of the emerging mobile market. Little did they know, their creation would go on to power billions of devices around the globe.

The ARM architecture is a family of reduced instruction set computing (RISC) architectures for computer processors. It is the most pervasive processor architecture in the world, with more than 270 billion ARM-based chips shipped by our partners over the past three decades in products ranging from sensors, wearables and smartphones to supercomputers. Benefits of the ARM CPU architecture include:

The story of ARM’s rise begins with Acorn Computers, a company that quickly made a name for itself with the Acorn Atom. Founders Hermann Hauser and Chris Curry, along with a talented team including Steve Furber and Sophie Wilson, were instrumental in securing a government contract with the BBC Micro. This project was part of an educational initiative that aimed to revolutionize computing education in the UK. The success of the BBC Micro laid the groundwork for what was to come.

The development of the ARM chip was a pivotal moment for Acorn. The engineers at Acorn had a bold idea: to create a processor that used a reduced instruction set. This meant that the chip could operate with fewer instructions, making it simpler and more power-efficient. The ARM’s ability to run on just the power of leaked current was not only a testament to its efficiency but also a sign of its potential to transform the mobile technology landscape.

The history of ARM CPU development

As the popularity of portable devices began to soar, the ARM processor’s unique attributes made it the ideal choice for smartphones and tablets. Its low power consumption and high performance were exactly what manufacturers were looking for. Although Acorn Computers did not manage to stay afloat in the highly competitive international market, the ARM CPU became a key player in the tech industry.

The ARM processor’s journey from a British innovation to a global powerhouse is a story of ambition, foresight, and the relentless pursuit of efficiency. It is a testament to the idea that a simple concept, when executed well, can outlast its creators and reshape the technological world. Today, ARM processors are found in a vast array of devices, from the phone in your pocket to the smart thermostat on your wall.

The success of ARM is also a reflection of the changing needs of our society. As we have become more reliant on mobile technology, the demand for processors that can deliver performance without draining battery life has grown exponentially. ARM’s architecture, with its focus on power efficiency, has proven to be perfectly suited to meet this challenge.

Moreover, the ARM processor has become a foundation for innovation in the tech industry. Its adaptable design allows for a wide range of applications, enabling companies to create products that are both powerful and energy-efficient. This flexibility has made ARM a favorite among developers and manufacturers alike.

The influence of ARM extends beyond just mobile devices. It is also making strides in the server market, where energy efficiency is becoming increasingly important. As data centers look to reduce their carbon footprint, ARM’s architecture offers a compelling solution. This expansion into new markets is a clear indication of ARM’s versatility and its potential for continued growth.

The story of ARM is not just about a processor; it’s about the vision and determination of a group of engineers who dared to think differently. Their willingness to challenge the status quo and their commitment to efficiency have left an indelible mark on the tech industry. As we look to the future, the principles that guided the development of the ARM processor remain as relevant as ever.

In a rapidly evolving technological landscape, the ARM processor stands as a reminder of what can be achieved when innovation is driven by a clear understanding of the market’s needs. Its continued dominance in the mobile sector and its expansion into new areas are a testament to the enduring value of the ARM architecture.

The legacy of ARM is a powerful one. It shows us that with the right approach, a small team can create something that has a global impact. As we continue to push the boundaries of what is possible with technology, the ARM processor will undoubtedly play a central role in shaping our digital future. Its story is far from over, and its influence will be felt for many years to come. Here are some other articles you may find of interest on the subject of RISC hardware :

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Samsung gets multiple CES 2024 Innovation Awards

Samsung CES 2024

Samsung has announced that it has received multiple CES 2024 Innovation awards for a range of its products ahead of CES 2024 which takes place in January of next year. Samsu g has received awards in a range of different product categories.

These awards mean that Samsung has now been further recognized by the Consumer Technology Association (CTA)® for its commitment to developing products and services that reimagine the future. They also serve as a sign of the positive things to come, with the company being eager to build on its vision for a smarter, more sustainable world and unveil even more epic innovations in the coming year.

Samsung received accolades across its various product categories, including Mobile, TV, Audio, Projectors, Monitors and Home Appliances. This recognition exemplifies how — from groundbreaking developments in foldable smartphones, to the ways it helps people live more sustainable lives — Samsung is pushing the boundaries of what’s possible and providing more connected, customized and convenient experiences for its customers.

You can find out more details about the various CES 2024 innovation Awards that Samsung has received over at the company’s website at the link below, we are looking forward to seeing what Samsung has planned for CES next year.

Source Samsung

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Low-Code for Enterprise: Boosting Productivity and Innovation

From streamlining mundane tasks to making complex business rules accessible even to those with limited technical knowledge, enterprise low-code solutions are revolutionizing the way organizations develop applications. By providing an easy to use platform and cutting-edge technology, these specialized tools empower businesses not only to produce innovative projects in a fraction of the time it would normally take, but also ensure scalability that can be adapted to support changing customer needs and requirements. In this blog post, we’ll look at how low-code for enterprise is boosting productivity and innovation across multiple industries!

Defining Low-Code for Enterprise and its Benefits

In the enterprise, low-code platforms are becoming increasingly popular with their ability to streamline development cycles, enhance productivity, and reduce costs. The benefits of low-code solutions are plentiful. First, the ease of use and quick learning curve mean that development can be done faster, with fewer personnel and resources. Additionally, low-code development platforms often require less maintenance and can integrate with existing systems seamlessly. With the ability to focus on creating business value rather than worrying about development complexities, low-code is a valuable tool for enterprises of all sizes.

How Low-Code Improves Productivity

Low-code, the new technology that allows for faster application development, is proving to be a game-changer for businesses looking to stay on top of their game. By giving developers the ability to create applications with little to no coding, low-code platforms allow them to focus on creating value for customers and innovating new solutions. This shift from traditional coding has led to faster turnaround times, reduced costs, and a heightened focus on the customer experience. Low-code has also opened up development to those without formal programming training, helping democratize technology and improve productivity. With the rise of low-code, businesses can rest assured that they will continue to see productivity gains that will keep them ahead of the competition.

Enhance Security with Low-Code Platforms

In today’s ever-evolving digital landscape, security is of utmost importance. Hackers are becoming more sophisticated in their attacks, leaving businesses vulnerable to data breaches and cyber-attacks. That’s where low-code platforms come in. With these platforms, you can quickly and easily develop custom security solutions without the need for extensive programming knowledge. These platforms also offer pre-built security components, such as access management, encryption, and two-factor authentication. This not only saves time and resources but also gives developers the ability to focus on enhancing security measures. In short, the use of low-code platforms can significantly enhance security, keeping your business and its data safe from harm.

Streamline App Development Processes with Low-Code

The process of developing a mobile app can be a daunting and complex task. Fortunately, low-code development platforms have emerged to simplify the process. Low-code platforms empower developers of all levels to create applications quickly and efficiently, without traditional backend coding. This means that simple applications can be created with little to no coding experience, while more complex applications can be built with the help of intuitive visual editors and pre-built components. By streamlining the development process, low code platform enable businesses to deliver applications more quickly and with less manual coding effort involved. This ultimately translates to savings in time, resources, and costs, making low-code the go-to solution for today’s app development needs.

Unlock Deeper Insights on Customer Behavior and Preferences

As a business owner, understanding your customers’ behavior and preferences is vital to providing them a personalized experience that keeps them coming back. By unlocking deeper insights into these areas, you can tailor your marketing, sales, and service strategies to meet their specific needs and desires. This, in turn, can improve your customer retention rates and boost your bottom line. With analytical tools and technologies at your disposal, there is no excuse for not gaining a deeper understanding of your customers. So, take the time to delve into their behavior and preferences, and reap the benefits of a loyal and satisfied customer base.

Creating a Tailored User Experience with Low Code

When it comes to creating a tailored user experience, low-code is the way to go. With low-code, developers can focus on customizing the user interface, automating workflows, and connecting relevant data sources to streamline user interactions. This means that users can enjoy a seamless experience that lets them achieve their goals quickly and efficiently. Whether you’re working on a website, application, or digital product, low-code allows you to create a personalized experience without sacrificing functionality. By leveraging low-code solutions, you can ensure that your users will keep coming back for more.

In conclusion, implementing low-code for enterprise can provide many beneficial results, including improved productivity, enhanced security, streamlined development processes, unlocking insights on customer behavior and tailored user experience. With the help of modern technological advances, businesses can now make changes quickly and efficiently while providing customers with a personalized user experience. Low-code platforms provide users with an easier way to develop apps without having to write lengthy codes or write intricate scripts. With these capabilities, businesses can capitalize on opportunities and innovate faster. A successful low-code strategy for Enterprise will not only be essential in gaining competitive advantage in their respective industries; it will also allow businesses to drive their operations forward quickly and innovatively.

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Accelerating DeFi Innovation: Saffron.finance (SFI) and the Progression of Yield Optimization

In the world of DeFi, Saffron.finance (SFI) is revolutionizing yield optimization. With innovative features, it empowers users to maximize returns and navigate the complex ecosystem. Let’s explore how Saffron.finance accelerates DeFi innovation. Why not stop by Altrix Quantum? There is no harm in trying because it could lead to success.

The Fundamentals of Saffron.finance

Saffron.finance is a decentralized protocol that operates on the Ethereum blockchain. It is designed with a primary focus on providing users with enhanced yield opportunities through optimized liquidity provision strategies. By leveraging a combination of various DeFi protocols and offering customizable risk exposure options, Saffron.finance empowers users to fine-tune their yield farming strategies and maximize their returns.

At its core, Saffron.finance aims to bridge the gap between liquidity providers (LPs) and yield farming opportunities. Traditional yield farming involves staking assets in liquidity pools to earn rewards. However, navigating the vast DeFi ecosystem and optimizing returns can be challenging due to factors such as impermanent loss and volatile market conditions.

Understanding Yield Optimization

Yield optimization is a crucial aspect of DeFi that aims to enhance the profitability of users’ investments. Traditional yield farming involves staking assets in liquidity pools to earn rewards. However, the process can be complex, and users often face challenges in maximizing their returns due to factors such as impermanent loss and volatile market conditions.

Saffron.finance addresses these challenges by introducing a unique mechanism called “tranches.” Tranches allow users to select their preferred level of risk exposure and customize their yield farming strategies accordingly. This innovative approach ensures that users can optimize their returns while effectively managing risk.

The Role of SFI Token

At the heart of Saffron.finance’s ecosystem is its native utility token, SFI. The SFI token plays a vital role in governing the platform and facilitating various operations. Holders of SFI have governance rights, enabling them to propose and vote on protocol upgrades and changes. Moreover, SFI holders can participate in the platform’s liquidity pools and earn rewards, creating a strong incentive for active community participation.

Saffron LPs and Tranche Options

Saffron.finance offers liquidity providers (LPs) a unique opportunity to participate in the platform and earn rewards. LPs can stake their assets in Saffron LPs, which are liquidity pools that leverage multiple DeFi protocols. By doing so, LPs become part of the broader Saffron ecosystem, benefiting from the collective yield generated by the underlying protocols.

To cater to the diverse risk preferences of users, Saffron.finance introduces different tranche options. Each tranche represents a distinct risk profile and offers varying yield potential. Users can choose the tranche that aligns with their risk appetite and investment goals, allowing for greater flexibility and customization.

Security and Auditing

When it comes to decentralized finance (DeFi) platforms like Saffron.finance, ensuring security and conducting thorough audits is crucial. Saffron.finance understands the significance of safeguarding user funds and places a high priority on implementing measures to protect them. One of the key steps taken by the platform is subjecting its protocol to rigorous security audits performed by reputable firms.

The process of security auditing involves a comprehensive examination of the platform’s smart contracts to identify any potential vulnerabilities or weaknesses. Smart contracts are self-executing agreements that are an integral part of DeFi platforms like Saffron.finance. They automate the execution of transactions and govern the rules and protocols within the system.

The Future of Saffron.finance

As the DeFi space continues to evolve, Saffron.finance remains committed to driving innovation and pushing the boundaries of yield optimization. The platform has ambitious plans for the future, including the integration of new DeFi protocols, the enhancement of tranche options, and the expansion of its ecosystem.

Saffron.finance aims to create a user-centric DeFi experience, empowering individuals to take control of their finances and unlock the full potential of decentralized finance. With its focus on continuous improvement and cutting-edge solutions, Saffron.finance is poised to play a significant role in shaping the future of DeFi.

Conclusion

Saffron.finance (SFI) is at the forefront of accelerating DeFi innovation through its groundbreaking approach to yield optimization. By providing users with customizable risk exposure options and facilitating enhanced yield opportunities, Saffron.finance empowers individuals to navigate the complex DeFi landscape with confidence.

As the DeFi ecosystem evolves and new challenges emerge, Saffron.finance remains dedicated to pushing the boundaries of what is possible. With its emphasis on security, community governance, and continuous improvement, Saffron.finance is well-positioned to lead the way in revolutionizing decentralized finance.