• AI
• Big data
• Data collection
• Use cases
• Web monitoring

Data in the metaverse: Geo targeted proxies’ role

Contents of article:

1. What is the metaverse?
2. Metaverse specifics
3. Metaverse data collection techniques

The internet dates back to the 90’s, when WWW technology appeared. That was the beginning of the ethical web scraping history and the start for geo targeted proxies development as an intermediate solution as well. Today, corporate business players and individual entrepreneurs buy dedicated proxies from the ethical Dexodata ecosystem and other platforms oriented on providing seamless connection to publicly available data. These services are demanded in the new edging technology called the metaverse.

What is the metaverse?

The metaverse is an integrative concept uniting online virtual environments on an immersive basis. As a term, it was introduced in 1992, almost simultaneously with the global online sphere, by the science fiction novelist Neal Stephenson. Metaverse technologies are estimated at $56 billion with potential to grow ten times in seven years. This concept combines:

1. Latest technologies of AR and VR, augmented and virtual reality
2. Real time internet connection
3. Cryptocurrency and NFT-oriented payment schemes. 

An immersive digital environment with computer-generated content in real-time appears as a result. The metaverse development and maintenance requires terabytes of information, so there is a need to buy HTTPS proxy lists for:

• Spreading the load on servers
• Protecting the system from third-party access
• Unlocking data-driven insights through AI-driven data extraction and processing.

Compared to any latest tech innovations, like computer vision technologies, the metaverse is still in development, carrying both pros and cons.

Metaverse specifics

Metaverse implementation follows general trend on machine learning deployment, emphasized as one of the main web info harvesting patterns along with geo targeted proxies leverage. With these advances aboard, the metaverse promises the following advancements:

1. Immersivity, or lifelike experiences in common shopping, communication, working, learning and other practices through digital avatar-based interactions.
2. Global reach and collaboration, through virtual meetings with partners, friends and relatives. Include here UX/UI testing, revealing audience preferences, buying an HTTPS proxy list, etc.
3. Enhanced customer engagement, with personalized VR activities in the 3D-based locations and gamification methods, e.g. badges for consumer’s achievements.
4. Innovative marketing, which offers digital showrooms, tangible advertising, and live stream testing experience of new smartphones, household appliances, real estate, cars, to target audiences.
5. Efficient training and skill development, including virtual educational classrooms or 3D-projected machinery in simulated work environments.
6. New revenue streams for enterprises and users by creating workplaces for IT engineers, data scientists, designers, CV, AI, ML technologies’ developers.

The cons of metaverse are:

• Technical barriers. High-end virtual reality glasses, GPUs for calculating visual environments, and higher internet connection speed based on fiber-based connections and 5G wireless network technologies. While buying dedicated proxies of mobile and residential type solves the availability issues, experts raise concerns about limited access to the metaverse for individuals without necessary digital tools.
• Security concerns, such as possibility of data breaches, theft of identity or virtual property.
• Privacy issues, related to limited users’ ability to control metadata collected by third parties during the AR or VR sessions.
• Integration challenges. The metaverse requires ubiquitous technologies' update and adjustment to forthcoming HTTP/3 and Web 3.0 standards.
• Health risks, e.g. nausea or headaches from long-term VR use, as well as behavior similar to gaming addiction.
• Learning curve, expressed in raising adaptation needs and possible loss of productivity.
• Regulatory uncertainty. There is maladjustment of current legislation to metaverse realities. Those who buy a HTTPS proxy list from an ethical ecosystem are sure that the platform acts in strict AML/KYC compliance. Meanwhile, GDPR, CCPA and similar regulation acts are yet not applicable to metaverse due to lack of juridical practice.
• Ethical considerations. The metaverse may lead to new sociocultural outcomes. These are trends or traditions that might degrade existing human behaviors and complicate everyday communication in the real world.

Metaverse data collection techniques

Metaverse communication requires users to create their digital twins to represent their owners online. That is why the initial systems require large amounts of information collected directly and implicitly.

Geo targeted proxies are mandatory tools providing a seamless interaction for both user and server sides. Enterprises from Microsoft and Epic Games to Roblox and Reality Labs implement the metaverse focusing on:

1. User interaction tracking within virtual environments.
2. Biometric data monitoring via VRHealth to collect physiological data, e.g. heart rate and facial expressions.
3. Feedback systems to gather user opinions and preferences.
4. Voice analytics: Microsoft Azure analyzes voice interactions for sentiment within the metaverse.
5. Eye tracking: Tobii Eye Tracking captures and analyzes user gaze direction for understanding focus.

The metaverse technology promises the new virtual reality era in case ethical data collection practices will take place. Understanding possibilities and challenges of the new VR-oriented practices asks metaverse’s creators to buy dedicated proxies for reliable response. The Dexodata ecosystem owns API-compatible IP pools in 100+ countries with full-pledged functionality during a proxy free trial to help you shape the digital future in the way they see it.