Pukka Partner

  “In an attempt to help treat malaria, English chemist William Perkin set out to synthesis the alkaloid quinine from coal tar about 150 years ago. He failed to synthesise quinine, but he did produce mauve, a stunning purple dye that would permanently affect everything from fundamental chemical synthesis to the design of the current trends, as well as the state of the physical environment and human health. The cornerstone of the twentieth century industrial revolution was the use of fossil fuel-derived hydrocarbons.” To create dyes and develop practically every chemical or substance on the market, modern society continues to rely on fossil fuel-based hydrocarbons. Fossil fuels are also the primary energy source. However, it is unclear if this reliance will last indefinitely. One of the major drawbacks of this reliance is that the combustion of fossil fuels produces carbon dioxide (CO2) and other waste products such as particulate matter, which end up in the atmosphere and have serious

  “Advanced materials can improve anything from automobiles to medical gadgets, but bringing a new material to market has been slow, expensive, and prone to false beginnings in the past. The use of artificial intelligence (AI) in the expanding field of materials informatics will expedite the speed of innovation, influencing all industries that use materials.” The 3D printing market is diversified; some materials and applications are witnessing major commercial growth, while others are still working to overcome technical and economic hurdles. There will surely be numerous changes in the next decade, and there will be lots of money to be made. The materials will be at the heart of it all; having a diverse and versatile portfolio will be critical to any success. Materials informatics is a fascinating new subject incorporating data-centric methods to materials research and development, which is having an impact on a variety of industries, including 3D printing. These two upcoming technolog

  • As of 2020 the green technology and sustainability market stands at $11.2 billion. It is expected to grow with a CAGR of ~27% and reach ~$74 billion by 2028.   • USA accounts for the largest market share as of 2020 majorly because of its broad base in green technology and sustainability vendors in the region. The adoption of high-end technology is expected to boost the growth of green technology solutions in North America. "Download the FREE executive summary report :-   https://www.pukkapartners.com/publication-sector/sustainability-is-the-future-of-the-chemical-industry-executive-summary-report   • The APAC is expected to be a favorable market for investments and has the highest CAGR during the forecast period. The APAC economies are expected to offer new market opportunities to the vendors operating in green technology and sustainability market, leading to adoption of green technology solution in the region. This growth can be attributed to the focus of developing countries

  “The chemicals sector, which is the backbone of many end-market industries, could be transformed by Industry 4.0, which blends digital and physical advanced technology. These technologies enable "smart" supply chains and factories, as well as new business models, through their dual fields of company operations and growth.” Almost every produced product is influenced by the chemicals sector in some way. Petroleum and natural gas are transformed into intermediate materials, which are then transformed into items we use every day. The worldwide chemicals industry, which employs more than 20 million people and generates $5 trillion in annual sales, is the backbone of numerous end-market industries such as agricultural, automotive, construction, and medicines. As a result, changes in the chemicals business are likely to have an impact on a variety of other businesses. Read More :-  https://www.pukkapartners.com/insight/industry-40-transforming-the-chemical-industry Major Market H

 First, it was 3G, then came 4G, 4G LTE, and now the world awaits the arrival of the commercial adoption of 5G networks. And why not when mobile operators, telecommunication vendors are all set to adopt the 5G networks. Its flexibility, highly programmable infrastructure make it quite an essential asset of modern times. In fact, it will be safe to say that 5G is: Application-aware Time-aware Location-aware Context-aware One can expect a revolution in terms of performance and spectrum access. But that’s not the only reason its importance is increasing. Another important innovative aspect of 5G architecture is its network slicing capabilities that are helping operators to create portions for different use cases.  Unable to understand what we are trying to say? Let’s find out more here! Read More :-  https://www.pukkapartners.com/insight/5g-and-network-slicing-how-will-it-benefit-service-providers Benefits of 5G Network Slicing  5G network slicing helps users enjoy tailored services that

  The need for connected and diverse global networks is skyrocketing. This creates competition amongst tele providers for providing the quickest, affordable, and better/ innovative services. But the problem isn’t competition right now. It’s about solving problems like managing large volumes of data, controlling costs, and developing new services. In short, telecom supports rapid growth through efficient operational processes.  However, if you don’t have efficient information flows and a way to consolidate this data, one can’t work with this information overload. Let’s not forget that manually processing data can always result in costly errors, taking hours of employees’ time. Thus, stalling operations for hours. And that is not good, right?  That’s where Robotic Process Automation (RPA) comes into the picture. It helps compile information that allows telecom companies to do things faster and consistently. RPA is a software technology that makes it easier for software robots to emulate

The bulk of dwellings in this 21st century are transformed into clever homes. Smart home technology and its applications have been adopted. It also includes safety, safety at home, performance, and lighting. The main industries have already started to incorporate artificial intelligence with intelligent machines so that several devices can link.   Ten years ago, a science fiction film would have looked like the thought of controlling the lighting, temperatures, and safety systems in your house remotely from a mobile phone. It would have been a distant luxury to give your home commands with your voice, possibly just for the generations to come to work every single day in automobiles that drive themselves. Smart homes are an idea visionaries have dreamed of for decades – even the introduction of magical prototypes over the years, which would ultimately be a prediction of what we use now. Read More :-   https://www.pukkapartners.com/insight/impact-of-artificial-intelligence-in-smart-home-

  “The extension and use of the internet of things (IoT) in industrial sectors and applications is referred to as the industrial internet of things (IIoT). The IIoT enables industries and companies to improve their efficiency and dependability in their operations by focusing on machine-to-machine (M2M) connectivity, big data, and machine learning. The IIoT encompasses industrial applications, including robotics, medical devices, and software-defined production processes.” The industry may benefit from stronger system integration in terms of automation and optimization, as well as better visibility of the supply chain and logistics, thanks to the convergence of IT and OT. The use of smart sensors and actuators, as well as remote access and control, makes it easier to monitor and operate physical infrastructures in industrial processes such as agriculture, healthcare, manufacturing, transportation, and utilities. The IIoT is critical to how cyber-physical systems and production processes

  5G and IoTs- Why is the Best Combination of all Times? The best thing about IoTs is that it helps you communicate with other devices, smartphones, and tablets. Not only that, but it also connects to apps or websites. So, if you include 5G in this equation, the speed increases by many folds.  If you go by reports, 5G will be ten times faster than the current LTE networks. This enables the IoT devices to communicate with one another a lot faster.  It is especially beneficial for smart home devices since it reduces lag and improves the overall speed of the connected devices. But that's not all! Here is another way it's beneficial in the long run. Besides speed, the same networks help create more stable conditions. It goes without saying that for the IoTs to work efficiently, they need a stable and reliable network. Plus, security cameras, locks, and monitoring systems rely primarily on a stable network for real-time updates.  What next? Well! Here are some of the ways this combi

  The pandemic shut down every industry, irrespective of the niche. It was not possible to bring together everyone to start again! The same happened with the media industry. The months of production shutdown made it quite impossible for the industry to restart film production.  Although the proposed guidelines are mentioned, one could start doing it again. But it was easier said than done. However, the inclusion of virtual production helped the directors and VFX professionals to leverage technology.  While the concept isn't new, the pandemic accelerated everyone's interest in virtual production. And why not when it's a complete package of industry, tech, and macroscopic elements. But what's pushing the big and smaller brands to push towards virtual production?  The breakthroughs and popularity of VFX heavy genres.  The higher accessibility of game engines and studios. Increasing competition between streaming platforms. Read More :-  https://www.pukkapartners.com/insight

  The need for connected and diverse global networks is skyrocketing. This creates competition amongst tele providers for providing the quickest, affordable, and better/ innovative services. But the problem isn’t competition right now. It’s about solving problems like managing large volumes of data, controlling costs, and developing new services. In short, telecom supports rapid growth through efficient operational processes.  However, if you don’t have efficient information flows and a way to consolidate this data, one can’t work with this information overload. Let’s not forget that manually processing data can always result in costly errors, taking hours of employees’ time. Thus, stalling operations for hours. And that is not good, right?  That’s where Robotic Process Automation (RPA) comes into the picture. It helps compile information that allows telecom companies to do things faster and consistently. RPA is a software technology that makes it easier for software robots to emulate

  The bulk of dwellings in this 21st century are transformed into clever homes. Smart home technology and its applications have been adopted. It also includes safety, safety at home, performance, and lighting. The main industries have already started to incorporate artificial intelligence with intelligent machines so that several devices can link. Ten years ago, a science fiction film would have looked like the thought of controlling the lighting, temperatures, and safety systems in your house remotely from a mobile phone. It would have been a distant luxury to give your home commands with your voice, possibly just for the generations to come to work every single day in automobiles that drive themselves. Smart homes are an idea visionaries have dreamed of for decades – even the introduction of magical prototypes over the years, which would ultimately be a prediction of what we use now. Read More :-  https://www.pukkapartners.com/insight/impact-of-artificial-intelligence-in-smart-home-t

  “Since autonomous vehicles provide considerable promise for enhancing safety, energy efficiency, and sustainable use, users may spend less time on road traffic and concentrate on other vehicle duties, while increasing productivity. It is particularly advantageous for the fleet owners of long-haul lorries in a highly competitive and low-margin sector. The possibility of disruptive changes is also present in highly automated vehicles, thus the crucial question is how the industry of third-party providers could be affected.” Business models and competitive strategies must develop to preserve a competitive advantage, and enterprises are likely to have to re-settle in the value chain. The idea of autonomous automobiles has been absorbing the imagination of multiple generations since the beginning of the 20th century. A widely used adoption is often represented in the field of science-fiction as a faraway vision or something expected only in future films. But the truth is that since the 19

  “It was a time when you switched on the ignition of your car, all that happened was that your engine was fired up and made it run. At present, your stereo system will undoubtedly light up, link your smartphone with Bluetooth and allow you to make calls via an audio assistant or play music from your phone that you can hear from the speakers of the car. All of this intelligent feature is driven by semiconductors or chips, as frequently referred to as in the automotive industry” Everybody questioned their purchase habits and decisions about the COVID-19 pandemic a year ago. In the local shops, the stock of toilet paper disappeared and items required for homework like tables and chairs were also difficult to find. Others suffered more catastrophic situations like layoffs and job losses, and some used to harvest and scalp on demand. While it was encouraged to stay at home, the automotive industry faced major losses and cut production. This move a year ago remains in the midst of a worldwi

  “A connected car can be connected to adjacent devices via wireless networks. The advance of IoT is vital for connected automobiles. The use cases span from connected entertainment systems connecting mobile phones to Internet-connected cars with two-way communication with other cars, mobile devices, and towns.” Technology is growing quickly and the Internet has revolutionized the manner in which individuals communicate or perform their daily jobs. That is to say, the world is 'connected' and practically everything can be found on the internet. Why don't autos do the same when all is connected via the internet? Yes, Connected Car Technology is the new technology. Connected cars in the automotive sector have become the new standard and only improvements can we expect. The connected car is a wide-ranging Internet of Things (IoT) technology. As Safety Trends in the management of traffic, connected car technology is part of the government's drive for intelligent transport s

  “Automakers are looking into blockchain, a technology best known for its use in cryptocurrencies like Bitcoin, as a way to boost security in increasingly linked automobiles. As the ordinary automobile becomes more connected, electrified, and/or autonomous, a more sophisticated database will be required to keep up – and blockchain appears to be the answer.” Automakers now have a real chance to ditch their existing wasteful business processes and adopt a new, more efficient way of doing business thanks to blockchain technology. Within the automotive industry, there have already been several fascinating blockchain developments. Let's take a look at how blockchain technology is transforming the automotive business. READ MORE :-   https://www.pukkapartners.com/insight/iot-and-blockchain-revolutionizing-automotive-industry Major Market Highlights: Renault's relationship with Microsoft and VISEO is beneficial to the market. Using Microsoft Azure Blockchain Technology, the team produ

  We live in a technologically enabled world. It's already impacting our everyday lives. While there are so many options available, Artificial intelligence or AI is particularly of interest here. It's making our lives super comfortable and streamlined. Let's take a simple example. I am sure every one of you is familiar with Netflix, right? Ever imagined how it suggests what you should watch next?  Well! That's AI for you! But that's just one side of the coin! On this particular second, when you are enjoying a tech-savvy life while relishing different cuisines, do you know one in eight people don't even get enough food to eat? Sadly, approximately 1.9 billion people face food security. And that makes around 25% of the world's population.  Further, the pandemic presented the world with unprecedented challenges. Events like plummeting economy, spiking cases of poverty, increasing unemployment, and higher risk of infection further worsened the already bad scenar

  “Until recently, city authorities viewed smart technologies as essential tools for improving efficiency in the background. Residents' lives are now being injected with technology more directly. Smartphones have become the keys to the city, providing millions of people with real-time information about transit, traffic, health services, safety alerts, and community news. Smart cities are an emerging answer to the dilemma at the heart of converging trends in increasing urbanization and technological advancements: How can we build a world that is ready for the future today?” Municipal officials are understanding that smart-city policies begin with people, not technology, after a century of experimentation. Installing digital interfaces in the centralized system or simplifying city processes are not the only aspects of "smartness." It's also about making smarter decisions by providing a better quality of life by strategically utilizing technology and data. Read More :- 

  Delivering digital media, entertainment, and advertising material have historically been problematic due to technical limitations, such as slow and unreliable networks. Companies will be able to deliver higher-quality, interactive, and immersive experiences across a broader range of connected devices thanks to 5G. Marketers will now be able to acquire more precise and granular data to customize messaging. The evolution of wireless technology has been dramatic in recent years. It took more than a century, but only in the last few years have the silicon and software technologies developed to make the successful distribution of multi-media content via wireless signals to a mobile personal computer device like the smartphone. With more than 70% of mobile users watching video on their 3G and 4G Internet-connected phones, 5G technology is poised to transform the entertainment and media scenery in the next decade in the same way that radio-based transmission technologies such as broadcast,

  Quite evidently, improvements in medicine/ nutrition are helping people increase their life expectancies. But with the increase in the number of lifestyle-related or degenerative health issues, the economic impact is skyrocketing. Imagine if you consider only five non-communicable diseases, it will account for more than $47 trillion by the end of 2030.  That's huge! So, where does digital technology fit into this picture? And how are digital technologies helping humans to lead better and healthier lives? Let's find out now! Genomics  Did you know that it took years to sequence the complete genome? Hundreds of thousands of dollars were spent to make it happen. But with an increase in the processing power, scientists could quickly unravel the potential of human DNA analysis.  Thus, allowing the healthcare companies to come up with personalized testing or treatment procedures that could significantly improve patient outcomes.  Robotics Not only do robots assist doctors in surger

  Quite evidently, improvements in medicine/ nutrition are helping people increase their life expectancies. But with the increase in the number of lifestyle-related or degenerative health issues, the economic impact is skyrocketing. Imagine if you consider only five non-communicable diseases, it will account for more than $47 trillion by the end of 2030.  That's huge! So, where does digital technology fit into this picture? And how are digital technologies helping humans to lead better and healthier lives? Let's find out now! Genomics  Did you know that it took years to sequence the complete genome? Hundreds of thousands of dollars were spent to make it happen. But with an increase in the processing power, scientists could quickly unravel the potential of human DNA analysis.  Thus, allowing the healthcare companies to come up with personalized testing or treatment procedures that could significantly improve patient outcomes.  Robotics Not only do robots assist doctors in surger