Pukka Partner

  “The fundamental goal of renewable energy deployment is to promote economic development, improve energy security, increase energy access, and reduce climate change. Sustainable development can be achieved through the use of renewable energy and assuring citizens' access to inexpensive, reliable, sustainable, and contemporary energy. The government has created regulations, programmes, and a welcoming atmosphere in order to attract international investment and rapidly expand the country's renewable energy market.  Renewable energy is becoming more plentiful and less expensive. However, the rate and character of its expansion will differ significantly between markets. Getting to 90 percent decarbonization is generally technically achievable, but it can cost more in some cases. Global primary energy consumption forecast A source of energy is a requirement for socioeconomic progress. In recent decades, the rapid economic growth of developing countries has resulted in an increase i

  “The fundamental goal of renewable energy deployment is to promote economic development, improve energy security, increase energy access, and reduce climate change. Sustainable development can be achieved through the use of renewable energy and assuring citizens' access to inexpensive, reliable, sustainable, and contemporary energy. The government has created regulations, programmes, and a welcoming atmosphere in order to attract international investment and rapidly expand the country's renewable energy market.  Renewable energy is becoming more plentiful and less expensive. However, the rate and character of its expansion will differ significantly between markets. Getting to 90 percent decarbonization is generally technically achievable, but it can cost more in some cases. Global primary energy consumption forecast A source of energy is a requirement for socioeconomic progress. In recent decades, the rapid economic growth of developing countries has resulted in an increase i

  The scale of a nanometer is difficult to comprehend. A nanometer is one-billionth of a meter, or 1/80,000th of the diameter of a human hair, a million times smaller than the length of an insect, or the amount of hair that grows on a man's beard in the time it takes him to raise a razor to his face. Yet, since matter behaves differently at that level, nanotechnology—the ability to manipulate matter at the nanoscale (roughly 1 to 100 nanometers)—is having a major effect on science, engineering, and technology. Nanotechnology is concerned with a wide range of materials and products that depend on changes in physical properties due to their small scale. The automotive industry, which absorbs a lot of material technology, is showing a lot of interest in this. Nanotechnology's effect on society has been compared to the inventions of electricity and plastic. It has the potential to change almost all we use today. Nanotechnology has a wide variety of uses, from better golf clubs and

    What exactly is augmented reality? It's a type of technology that allows you to see the product in your immediate environment. It superimposes a computer-generated image over one's real-world view, resulting in a more enhanced version of reality. On the other hand, when one can put on a VR headset and be immersed in a truly immersive environment, interacting with it just like in the real world. Yes, it does sound futuristic. What's more, guess what? It's a fact; it's used in everything from entertainment and gaming to healthcare, education, and manufacturing. AR and VR innovations are quietly infiltrating the automotive and industrial sectors and are now taking over the market. It's becoming a powerful tool for the industry to use, with too many tiny parts and complicated assembly. Both large and small businesses have created demonstrations and proof-of-concept experiences to analyse the use of AR and VR, and they are now bullish on these technologies and th

  3D printing technology is not a new concept in today’s technologically driven world. This technology has offered a great advancement in many fields of life. Medicine, industrial buildings, education, and the automotive sectors are some areas where 3D printing technology promises a revolution. 4D printing technology is the advanced version of 3D printing technology, where the fourth dimension is time. 4D printing is the process through which a 3D printed object changes its physical properties and transforms into another structure over the influence of external stimuli such as a change in temperature, light, or other environmental factors. This new technology is part of the project of the MIT Self-assembly Lab. The project aims to join both technology and design to invent self-assembly and programmable material technologies to reimagining construction, manufacturing, product assembly, and performance. 4D printing is based on the principle of molecular self-assembly. Here, molecules cha

  The extended reality, or what we typically refer to as XR technology, is growing by leaps and bounds. If you think it's only helping the gaming industry with its impeccable user experience, you might have forgotten about all the transformations in medicine or patient care. In fact, it might grow up to $10.82 billion at a CAGR of 36.1% by 2026.  But why is so much hype around these technologies within healthcare? It's simple! It's helping the industry present new ways to get past the limitations and serve patients in a better and more personalized way.  Clearly, immersive technologies have gained a lot of traction in the last few years because of the evolving digital space. Interestingly, the healthcare sector is beginning to understand its potential. After all, there are so many applications of XR, and many believe that it will create an opportunity to improve patient care and the delivery of care continuously.  Read More :-  https://www.pukkapartners.com/insight/extended

  Passenger drones and flying cars are expected to be commercialized in the near future. The product and technology development of traditional flying cars and passenger drones seem to be rapidly growing worldwide. These next-generation air travel concepts have been under development for various decades, and several prototypes already exist, with the majority skilled in vertical takeoff and landing (VTOL). A VTOL vehicle is an aircraft that can take off, float, and vertically land without the need for runways. For passenger drones and flying cars study, we have excludes any VTOL type of helicopter. While the traditional helicopters have this ability since their inception, most of the helicopters are considered highly energy-efficient and seeming to prevent large-scale operations. Nowadays, several companies are focused on hybrid or electric designs with VTOL capabilities. These types of vehicles, commonly known as  flying cars / passenger drones . These are designed to accommodate appro

  What started as a peer-to-peer activity often referred to as Bitcoin disrupted technology with a potential to advance as blockchain. Even today, technology sounds too mysterious. But still, people haven't stopped about it, irrespective of the type of industry. So, how can telecommunications leave behind this growing technology trend?  In fact, this technology is already offering many benefits after the onset of global mobile, Internet of Things, and 5G. It won't be wrong to say that it acts as a catalyst for the next disruption in this sector by providing it with a host of cross-industry applications.   Blockchain technology shows a lot of promise-making it the heart of telecommunications now. But before we get into more details, let's find out why there is so much hype around blockchain.    Why is everyone talking about blockchain technology? Many organizations like GSMA and ITW GLF-backed communication blockchain networks show a lot of interest in this technology for ev

  If the last couple of years showed us anything, it would definitely be keeping mentally fit is equally important as anything else we do to keep ourselves physically fit. As we are already into the second month of the year 2022, let’s stop making an effort to get back to normal instead of focusing on “what’s next?”  Let’s not forget that millions of people across the world suffer from one or other forms of mental health disorders. More than 300 million have depression and related symptoms, and around 260 million have anxiety issues, as per the World Health Organization. Unfortunately, scientists haven’t developed any drugs that could help such patients. But some believe that emerging technological innovations allow the patients to take the first step towards a mentally healthy tomorrow.  How? It allows them to: Connect to a mental health professional Get diagnosed  Track behaviors Manage and mitigate symptoms  Keep track of their recovery and progress  Keep reading, and you will find

  Sustainable data centers have reconfigured their buildings to use modern water-cooling technology to drastically cut water consumption. They can utilize fewer and longer-lasting batteries thanks to new battery technology. They also collaborate with local power utilities to find strategies to boost the percentage of green energy they use. In addition, energy-efficient data centers strive to reduce the amount of energy required to dissipate heat generated by hardware. Anyone who understands anything about servers knows that heat is the enemy, and cooling them to the point where they perform effectively has typically required a lot of power. Data centers can reduce their energy use by using more efficient cooling equipment, lowering expenses and making them more sustainable. Read More :-  https://www.pukkapartners.com/insight/sustainability-in-data-center-opportunities-for-the-future Future of Data Centers Due to the sheer increasing growth of data and the demand for public cloud servic

    Sustainable data centers have reconfigured their buildings to use modern water-cooling technology to drastically cut water consumption. They can utilize fewer and longer-lasting batteries thanks to new battery technology. They also collaborate with local power utilities to find strategies to boost the percentage of green energy they use. In addition, energy-efficient data centers strive to reduce the amount of energy required to dissipate heat generated by hardware. Anyone who understands anything about servers knows that heat is the enemy, and cooling them to the point where they perform effectively has typically required a lot of power. Data centers can reduce their energy use by using more efficient cooling equipment, lowering expenses and making them more sustainable. Read More :-  https://www.pukkapartners.com/insight/sustainability-in-data-center-opportunities-for-the-future Future of Data Centers Due to the sheer increasing growth of data and the demand for public cloud serv

  According to a report, companies that fully exploit the innovations and advancements at the heart of the Fourth Industrial Revolution will have a significant advantage in navigating four long-term shifts that are critical to managing unprecedented disruption in the global manufacturing industry. With recent global events, particularly the COVID-19 pandemic, causing significant disruptions on a scale unprecedented in modern history, there have been calls for a "great reset" across all sectors of the global economy: a decisive set of actions that will not only deliver value to businesses, but will also benefit society as a whole. The way prominent corporations have responded to supply chain shocks that have revealed operational vulnerabilities exemplifies this. These businesses have taken advantage of the crisis to implement technological advancements and embrace new ways of working, allowing them to adjust swiftly during periods of upheaval while remaining viable and functio

  With the evolving technological trends, digitalization is more a concept limited to a few. It has swiftly become an integral part of business operations across diverse sectors. This is often referred to as Industry 4.0. It simply signifies the marriage of physical and digital technologies for those who are still new to this.  Undoubtedly, the TMT industry sits at the center of this revolution. Why do we say so? It's because most advancements are directly because of telecom research to improve communication via faster speed and fantastic connectivity. New technologies like 5G, AI, IoT, and others are helping this sector to collect large amounts of data and transfer it across within no time. Since these technologies are becoming interlinked, telecom can quickly improve practices and push innovation. But where do Telcos fit into this current Industrial revolution? Let's find out more about it! Read More :-  https://www.pukkapartners.com/insight/industry-40-is-disrupting-and-rede

  The world's major automakers have stated unequivocally that electric vehicles would dominate their industry in the coming years. You will almost certainly pass an electric car on the road in future towns. With this latest generation of electric cars, there is a need for continuous innovation in the electric vehicle industry, necessitating the construction of additional infrastructure to meet customer demand. Seeing an electric vehicle on the road would soon be as normal as seeing a traffic light. When we reach the year 2022, the numbers don't lie. The electric vehicle industry has been growing for years, and investors continue to pour billions of dollars into it. While this is still a young industry with plenty of potentials, it also has a lot of challenges, which means there's space for costly mistakes that could have far-reaching consequences. The all-year rally in electric vehicle (EV) stocks may have diverted some investors from market challenges. The EV market has ri