What the 10G Network Could Mean for the Future of the Internet

Since its conception, the internet has been transforming our society, and its influence will only get bigger. As we build the next generation of the internet infrastructure, faster speeds can help us further democratize access to information and create more productive ecosystems around collaboration in education, healthcare, and more. Additionally, it can give us more room to explore what it means to be human in the digital age. The 10G network could emerge as the backbone of new broadband infrastructure.  

This blog post explores the world of untapped potential that the 10G network could unlock. Read on to learn how this innovative technology could change how we socialize, work, learn, and more! 


What is a 10G Network?

 The 10G network provides consistent 10Gbps. It’s ten times faster than the fastest current internet speeds and resistant to bottlenecks, which makes it far more reliable.   

For example, if you were streaming something on Netflix while another person was gaming, neither of you would experience lag.  This is because a 10G network has almost no latency because the signal travels to the server and back almost instantly. 

For now, the potential of the 10G network remains largely theoretical, but there are already some real-world examples and glimpses of what this new technology could power and introduce to larger audiences. 

10g network

10G Network Supports These New Technologies 

We’re growing more reliant on technology to manage many aspects of our life, from monitoring our health to optimizing our sleep schedule. As we connect more devices to our home networks, we’ll also need more bandwidth for them to function correctly. In that context, the 10G network offers itself as a great solution for a connected life because it can power huge amounts of data. 

The 10G network could power these technologies: 

  • IoT devices (Also known as smart devices, including wearable technology) 
  • Machine learning 
  • AI-generated media 

IoT devices are connected smart devices that can be controlled remotely via the internet. The most popular IoT devices are wearables. They represent the consumer electronics category designed to be worn on the body and often used for health monitoring or outdoor fitness tracking. They’re popular among all age groups. Thanks to their health features, smartwatches make for a great accessory for seniors. 

Machine learning refers to the ability of a computer program to learn from data without being explicitly programmed. Fraud detection and image recognition software (e.g., facial recognition) both use this technology. 

AI-generated media refers to content created by computers rather than people. For example, videos generated using artificial intelligence (AI) techniques such as deep fakes. 

10g network

10G Network: The Backbone of New Online Spaces 

10G will also power online spaces, such as virtual reality, augmented reality, and the Metaverse. Currently, many people can’t access these spaces because they experience high latency and have low internet speeds. These technologies are not mainstream yet, but they just might be soon with the evolution of the internet. 

Virtual Reality 

Virtual reality has long been a staple of sci-fi movies. Fast-forward to today, companies are making headsets and other VR gear to immerse people in worlds separate from their own. But as with anything, using VR comes with certain requirements. 

For virtual reality to work seamlessly, you need good symmetrical internet speeds with almost no latency. If there’s lag, you might experience dizziness and motion sickness while wearing a headset. Additionally, immersive VR needs 4K resolution, which eats up a lot of bandwidth, especially if others on the network use the internet for streaming, gaming, or working from home. 10G speeds will allow you to enter this world and experience it the way it was intended to be used. 

Augmented Reality 

With the rise of augmented reality technology, we are only seeing the beginning of how we will integrate the digital world with our physical one. AR isn’t as immersive as virtual reality. Instead, it  simply means adding a digital filter over our reality, not creating a new separate space. An example of AR is Pokémon Go or AR glasses, also known as smart glasses. 

The Metaverse 

If we adopt the Metaverse on a larger scale, we first need a broadband infrastructure to support such a bandwidth-heavy online world. The Metaverse requires at least 5 Gbps to work seamlessly, so a 10G network is almost a prerequisite for exploring it. Like VR, it can’t function properly with high latency, as users will experience a noticeable delay between an action and a reaction. 

10G Can Transform Our Healthcare, Education, & More 

According to the 10G Platform, the 10G network could have beneficial applications in healthcare, education, and agriculture. Below, we quickly summarize their main findings.  

In healthcare, the 10G network could have beneficial applications in remote surgical procedures. This would allow more people access to specialized medical care when they need it most, especially those in rural areas where doctors are few and far between.  

In education, students could take online classes that offer higher-quality video resolution than ever before. They could also use virtual reality (VR) headsets to interact with their teachers remotely and explore new worlds via VR experiences created by educators across the globe.

Agriculture may see some exciting developments too. For example, with 10G internet speeds available on farms, farmers will control automated tractors remotely in real-time. Additionally, they can get data insights into the health and nutrition of farm animals. This phenomenon is also known as smart farming.

Key Takeaways: What the 10G Network Could Mean for the Future of the Internet

Just like it was once unimaginable that we could have hundreds of movies and songs at our fingertips, it now seems hard to believe we’ll soon be able to power vast ecosystems of information and automate many facets of our lives.  

Here are the key takeaways you should know about the 10G network: 

  • 10G network provides a consistent and reliable speed of 10Gbps with no latency, which can power our households as well as entire industries 
  • It can power consumer products, such as IoT devices, as well as support advancements in machine learning and AI-generated content. 
  • New online spaces, such as VR and the Metaverse, need a high-speed connection to work seamlessly. 

Since technology is developing at an exponential rate, the 10G network is right around the corner – and it will change our lives. What are you the most excited about with 10G? Comment and let us know!