Pukka Partner

  Technological innovations are transforming our everyday lives. And the healthcare industry is no different. From inducing artificial intelligence into the regular diagnosis and detection to integrating machine learning for faster drug discovery, innovations pave the path for a better and healthy tomorrow.  The use of robotics is yet another way technology is transforming the healthcare sector. In fact, it is rapidly growing in the healthcare landscape. But the history of robots dates back to 1985 when for the very first time, “PUMA- a robotic arm” assisted the surgeons. And guess what, that neurosurgical biopsy was a complete success.  With the advances in sensor and motion control techniques, robots are moving towards more precision and autonomy. The innovations are so advanced that robots can now assist and even carry out complex surgeries by themselves.  So, what’s happening around in this space? Back in 2015, Google announced a project with the pharma giant Johnson & Johnson.

  It wasn’t until the COVID-19 pandemic hit us that the world took vaccine development seriously. Why do I say so? The process was so slow that it used to take years or even decades to develop a vaccine targeted at a particular microbe. Having said that, the importance of vaccines is way beyond just a means to control diseases. Instead, it is a path that leads to a healthier and happier tomorrow.  But gone are those days. The COVID attack in 2020 propelled the use of new innovative technologies to augment conventional vaccine development. The idea was to ensure rapid delivery of the vaccine to start clinical trials as soon as possible. But ever thought what changed in the last couple of years?  Well! The scientists started using new innovative vaccine platform technologies. They are a means that enable researchers to make more than one vaccine. You might be aware of the FDA licensed Ebola vaccine that uses another virus as a platform with the Ebola protein. This technology is enabling

  Robotic Automation has made its way into many different fields of manufacturing. Robots perform tasks including welding, assembling, packaging, handling raw materials, and package packing. Robotic automation is being used by an increasing number of manufacturers for a wider range of applications.   Late adopters, who stand to benefit greatly from automation, are seeking answers to the following questions: Are robots too costly for our company? Is our company too small to profit from robotics? Is it difficult to programme and control robots? Would humans lose their jobs as a result of robotics? The short answer is no.   Many different types and sizes of manufacturing companies will benefit from robotic automation.    Here’s why manufacturing enterprises will benefit from robotic automation:   Robotics help you save money and time   In the early 1960s, robots were first used in manufacturing. They've come a long way since then. In comparison to previous decades, robots can now be d

  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

  Digital transformation became a "buzzword" after the pandemic challenged different sectors to sustain. Every industry was gearing up for a significant change to stay afloat. One of the technologies that skyrocketed particularly during this time was the "Internet of things," or what we prefer to call "IoTs."  Like other industries, the telecommunication industry is also evolving with the Internet of Things. It's no longer a novelty that it used to be until a few years ago. According to a renowned survey, the IoT Telecom services market is predicted to grow to around 22.57 billion by the end of 2023.  This is because major players like AT&T Inc., Verizon Communications, Aeris, Vodafone, T-Mobile, Huawei Technologies, and much more globally are pushing the IoT telecom services immensely. Moreover, the growing demand for better connectivity is further propelling the industry more than ever.  In fact, the rise of IoT is helping the operators to introd

  The Global Healthcare in IT Market is estimated at USD 185 Bn in 2020 and is expected to reach USD 372 Bn by 2025 growing at a CAGR of 15%. In 2020, North America accounted for the largest market share of over 40%. The rising adoption and implementation of IT services and solutions by healthcare providers for delivering enhanced patient care at lower expenses are the key factors driving the regional market. Asia-Pacific is expected to maintain its dominance in growth rate during the forecast period due to three major countries of Asia-Pacific which include the India, Japan and China. The prominent players operating in the healthcare IT market include Optum (US), Cerner (US), Cognizant (US), Change Healthcare (US), Philips Healthcare (Netherlands), Epic Systems (US), Dell Technologies (US), Allscripts (US), GE Healthcare (US), IBM (US), Athenahealth (US), Oracle Corporation (US), Conduent (US), Infor (US), Tata Consultancy Services (India), Wipro Limited (India). The retail value of t

  Is UAM just a possibility or an upcoming reality? Urban air mobility makes use of the sky to help connect people to cities and areas, allowing them to connect more easily. Air mobility is improving in both manned and unmanned modes. The term "urban air mobility" refers to air-based urban transit systems. As a result of traffic congestion, these transportation networks arose. Urban air mobility uses the sky to link people to cities and towns, making it easier for them to connect. Both manned and unmanned air mobility is improving. Air-based mass transportation networks are referred to as "urban air mobility." These transportation networks emerged as a result of traffic congestion. Two key requirements for achieving sustainable UAM were established by the Horizon 2020 research program on smart, green, and integrated transport: reducing the total environmental footprint and controlling noise and visual pollution. UAM-generated noise has been described as a key factor