Ingenious E-Brain Solutions

Micro-LED without encapsulation materials cannot meet the requirements to use; thus, a specific encapsulation is needed to provide mechanical protection, effective heat dissipation, electric connections, and high efficiency and quality light output. The encapsulation forms used on micro-LEDs are: ·   Chip-type SMD encapsulation ·   N-in-one IMD encapsulation ·   COB encapsulation The Challenge The demand for high-power micro-LED is growing exponentially, so it becomes more relevant to increase the demand for encapsulation materials. The micro-LEDs are used in devices to enhance their efficiency and provide high brightness, which comes with the challenges like heat dissipation, outside protection, and transparent surface. High-power micro-LEDs have an advantage in the automotive application and general lighting owing to efficient working for extended operating hours and low maintenance costs. For micro-LEDs, organic encapsulant materials used are acrylic resin, epoxy resin,

At Ingenious e-Brain, we understand that technology licensing is more than just a contractual transaction. It's a strategic approach to leveraging your intellectual property and gaining a competitive edge in the market. That's why our team of patent analysts is dedicated to helping you maximize the potential of your IP through comprehensive technology evaluation, development, and transfer. We believe that technology licensing is not just about monetizing your IP, but also about upgrading and improving your technology for continued success. That's why we offer a range of collaborative opportunities, including R&D partnerships, training, and project collaborations, to help you stay at the forefront of your industry. With Ingenious e-Brain's technology licensing services, you can unlock the full potential of your intellectual property and take your business to the next level. Our team of experts will work with you every step of the way, from initial evaluation to n

In today's fast-paced and competitive business landscape, it's crucial to have a deep understanding of your industry's ecosystem. This is where iEbrain's Ecosystem Analysis service comes in. Our Ecosystem Analysis service goes beyond traditional market analysis to provide you with a deeper understanding of the relationships and interactions between different entities in your industry. By understanding the bigger picture, you can identify opportunities for growth and innovation, as well as potential risks and threats to your business. Our team of experts will work closely with you to understand your business goals and objectives, as well as your specific industry and market. We'll then use a variety of data sources to collect and analyze data. Our advanced data analytics tools and techniques enable us to extract insights and trends that might otherwise go unnoticed. With our Ecosystem Analysis service, you'll gain a comprehensive understanding of your industr

In today's rapidly evolving business landscape, staying ahead of the competition is essential for success. But how can you be sure that you're making the right strategic decisions to outmaneuver your competitors? That's where our Competitive Intelligence services come in. Our team of experienced professionals provides businesses with the valuable insights and strategic intelligence they need to make informed decisions that give them a competitive advantage. From analyzing market trends and competitor strategies to tracking industry developments and consumer behavior, our Competitive Intelligence services provide the insights that businesses need to succeed. What is Competitive Intelligence? Competitive Intelligence (CI) is the process of collecting, analyzing, and using information about your competitors and market trends to inform your business strategy. CI is essential for businesses that want to stay ahead of the competition, understand their target market, and ide

  It’s anticipated that companies and creators will have new opportunities to offer hardware and software for augmented reality (AR) and virtual reality (VR) devices when internet connectivity gives way to the Metaverse. They will aim to increase usability as technology develops, making such devices more accessible and durable. Intellectual property (IP) rights are immediately affected as more innovations become patented. As brands for tangible and digital goods, services, and tools begin to emerge, a virtual trademark area will be created. IP assets will exist in both the real and virtual worlds. The platform’s advancement depends on user-generated content. In terms of trademarks, brands will primarily be distinguished by non-traditional markings like auditory marks, animated graphic marks, etc. A new class of goods and services, such as downloadable digital content, retail outlet services for digital content, and internet entertainment services, will need to be established since comp

Are you looking to stay ahead of the curve and understand the latest advancements in sustainable drug delivery systems? Look no further, because we have the perfect opportunity for you! Join us for a highly informative and engaging webinar on 'Opportunities Around Sustainable Drug Delivery Systems '. You'll have the chance to learn about the latest technologies, research, and trends in this field, as well as their impact on the pharmaceutical industry. This webinar will primarily focus on innovating, advancing, and adopting sustainable drug delivery systems around the pharmaceutical sector. The webinar will be conducted on 1st March 2023 at 11:00 AM CEST [Europe] and 2nd March 2023 at 8:00 AM PDT [US]. This webinar will help unleash opportunities for pharmaceutical and medical device companies around advanced and sustainable drug delivery systems. Our speakers will thoroughly discuss key aspects, including the evolution of drug delivery devices along with future potent

Manufacturing industries worldwide are transforming their business with the Industrial Internet of Things (IIoT) to increase productivity, reduce downtime, and improve the industry’s efficiency. The implementation of Industrial IoT (Internet of Things) projects is affected by the choice of connectivity on how the solution performs, like effective range, reliability, device battery, the speed at which data is transferred, the amount of data, and so on. Although options for connectivity are available, cellular IoT has become popular because of its simple, secure, and scalable ways of connecting devices. Cellular IoT is becoming widespread as it increases in popularity as its devices are becoming cheaper. Many organizations and industries use cellular IoT networks for various business problems and to enable smart manufacturing. Organizations are establishing connectivity to secure data from devices for many projects. Cellular connectivity in Industrial IoT application In Industrial

I n the context of semi-vegetarian choices, hybrid meat analogues are emerging as an alternative to traditional meat products. These are produced using blends of plant and animal ingredients in varying proportions to provide a meaty taste and texture, with the added nutritional benefits from plants. Compared to plant-based alternatives, hybrid analogues such as burgers, sausages, meatballs, and mince have the potential to reduce GHG emissions by 32% if 50% of meat is replaced by plant proteins. The development of hybrid meat analogues begets opportunities and challenges due to the alterations in technical & sensory properties (texture, appearance, taste, etc.) of the meat matrices caused by plant portion. Technical challenges Major technical challenge faced while blending plant-based proteins with meat proteins is the formation of elastic gels through the enclosure of water and fat particles in the protein network upon heating due to the high emulsifying capacity of myofibrilla