Industries

Electronics and High Tech

Metaverse

Companies in a variety of industries have the opportunity to benefit from the metaverse. This includes traditional manufacturing, life sciences, and consumer products. However, challenges remain to increase the realism of the interactive virtual world. Meta, formerly Facebook, and other metaverse players have been filing patents in an effort to realize their vision of the metaverse on the expectation that the metaverse will become mainstream within five to ten years. PatentPC’s integrated team assists clients in addressing IP issues associated with 3-D printing across all technical, legal, and industry disciplines.

To make the metaverse experience more immersive, companies are using cutting-edge technologies like blockchain, augmented reality (AR) and virtual reality (VR), 3D reconstruction, artificial intelligence (AI), and the Internet of things (IoT) to power the 3D world. Patent PC lawyers are well-versed in these fields to assist inventors working in the space.

Blockchain and cryptocurrency
Blockchain technology offers a transparent and decentralized solution to digital proof of ownership and digital collectibility. It also allows for digital transfer of value, governance and accessibility. Users can transfer value as they work in 3D digital environments and socialize with them using cryptocurrencies.

You can use crypto to purchase virtual lands in Decentraland. With the game’s cryptocurrency MANA, players can buy 16×16 meter parcels of land in the form non-fungible tokens (NFTs). These virtual lands can now be owned and secured with the help of blockchain technology.

Crypto could be used to encourage people to work in the metaverse in the future. We might see more metaverse-related jobs offered by companies as they move their offices online.

Augmented reality (AR), and virtual reality (VR).
Augmented reality (AR), and virtual reality (VR), can provide a rich and immersive 3D experience. These are the entry points into the virtual world. AR uses digital visual elements and characters that transform the real world. AR is more accessible than VR, and it can be used on any smartphone or other digital device that has a camera. AR apps allow users to view their environment with interactive digital visuals. This is similar to the Pokemon GO mobile game. Players can view Pokemons in their real-world environment by opening the camera on the phones. VR works in a different way. It creates a completely computer-generated virtual world, much like the metaverse concept. It can be explored by users using VR headsets and gloves as well as sensors.

AR and VR are early examples of the metaverse. VR has already created a virtual world with fictional visual content. VR technology is maturing and VR will be able to expand its metaverse experience to include physical simulations using VR equipment. It will allow users to interact with other people around the globe. We can expect more metaverse companies investing in AR and VR equipment development due to the hype surrounding the metaverse.

Artificial intelligence (AI).
In recent years, artificial intelligence (AI), has been used extensively in our daily lives: decision making, business strategy, facial recognition, faster computation, and many other areas. AI specialists have been exploring the potential of AI being applied to the creation immersive metaverses.

AI can process large amounts of data quickly. Combining machine learning techniques with AI algorithms, AI algorithms can draw on previous iterations and take into account historical data to create unique outputs.

In the metaverse, AI is possible to apply to non-player characters (NPCs), in different situations. NPCs are an integral part of every game. They react to and respond to the actions of players. NPCs are able to be placed in 3D spaces using AI’s processing capabilities. They can facilitate real-life conversations with users, or perform specific tasks. An AI NPC, unlike a human user can operate on its own and be used simultaneously by millions of users. It can work in multiple languages.

AI can also be used to create metaverse avatars. An AI engine can analyze 2D or 3D scans and create avatars that are more accurate and realistic. AI can be used to make different facial expressions, hairstyles and clothes to enhance digital humans.

3D reconstruction
Although this technology is not new, 3D reconstruction was used more frequently during the pandemic. This was especially true for the real estate sector, where lockdowns made it impossible for potential buyers to visit properties in person. Some agencies used 3D reconstruction technology for virtual property tours. As in the metaverse, buyers can look at potential new homes online and make purchase decisions without ever having to step foot inside.

The metaverse faces the challenge of creating a digital world that is as real as our real world. It can make spaces that look natural and realistic with 3D reconstruction. We can make virtual worlds online with special 3D cameras that render photorealistic 3D models of buildings and physical locations. After capturing 4K HD photos and 3D spatial data, the images are passed to computers for processing and generating a virtual replica of the metaverse. Digital twins are virtual replicas of real world objects.

Internet of things (IoT).
In 1999, the Internet of things was introduced for the first time. IoT simply means that everything in the physical world is connected to the Internet via sensors and devices. These devices will be able to automatically send and receive information by connecting to the Internet. IoT connects devices such as thermostats, voice-activated speakers and medical devices to a vast array of data.

One application of IoT to the metaverse is to collect data from the physical universe and give it back. This would improve the accuracy of digital representations. IoT data feeds can change how certain metaverse objects work based on current weather conditions.

The IoT allows seamless connectivity between the 3D world and a wide range of real-life devices. This allows for the creation of metaverse simulations in real time. IoT could use AI and machine-learning to further optimize the metaverse environment.

The metaverse’s challenges
The metaverse is still very much in its infancy. Privacy control and identity authentication are two of the challenges. It’s not always difficult to identify someone in the real world. It will be more difficult to identify or prove the identity of another person as they traverse the digital universe in avatars. Malicious actors, bots, and even bots can enter the metaverse pretending they are someone else. This could be used to harm their reputations or to scam others.

Privacy is another challenge. To provide an immersive experience, the metaverse uses AR and VR devices. The potential for personal data leakage could be a result of these technologies that have camera capabilities and unique identifiers.

Our IP professionals are able to offer counsel and assist clients in a wide range of electronic sectors. They draw on years of experience, thought leadership, advanced educational training, and decades of practical business and engineering knowledge to develop the necessary skills to help clients achieve business goals in a variety of electronics sectors, including:

  • Digital and analog circuits
  • Computer architecture and computer systems
  • Coding, cryptography and compression
  • Data storage
  • Electronic design automation
  • Flexible electronics
  • Architecture and applications for graphics processing units
  • Integrated circuits
  • Applications and e-commerce via the Internet
  • Lighting — Plasma and solid-state
  • Systems, memory circuits and technologies
  • MEMS Manufacturing and applications
  • Mobile communication and computing 
  • Materials engineering, nanotechnologies and quantum-effect devices
  • Communications and networking
  • Optoelectronics & photonics
  • Near-field and RF communications
  • Semiconductor structures, processes, devices, lithography, and manufacturing equipment
  • Software
  • 3-D printing