The 10 new technologies of 2024 that will disrupt the future

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Cloud computing, nanorobots, and new materials like graphene are just a few innovations that will shape our future. We are privileged to live in a time when science and technology are so advanced that they can simplify our lives and even grant us opportunities unthinkable just a few years ago. This article will explore ten of today’s most innovative technologies and determine how they could significantly impact our lives and work.

cloud computing

Cloud computing is a technology that has been in vogue in recent years, which involves providing the individual or a company with a virtual computer, complete with operating system and storage space. This virtual computer is accessible from any device anywhere in the world through a simple Internet connection. The real advantage is that you’ll no longer have to buy physical computers that tend to quickly become obsolete because all the hardware will be installed in distant servers, which, depending on your requests, will share computational power with you in the cloud.

Therefore, the machine you will configure will be a real PC equipped with the hardware and software you requested in the configuration phase. The main advantages will be twofold: the PC will always be in the cloud and therefore accessible anywhere in the world through any device with a connection, and lastly, both hardware and software will always be the most up-to-date and the best available on the market.

Shadow pc is one of the pioneers in this field, offering a monthly subscription to high-performance virtual machines that constantly update hardware and software to the latest versions. The company has recently landed in Italy with subscription plans priced very competitively.


Video presentation of the project Neuralink in sub-Ita

Elon Musk’s ambitious project aims to connect the human brain to machines through a tiny device implanted directly into the skull with a non-invasive surgery performed by a robot.

Neuralink can receive the electrical signals emitted by the brain’s neurons and transform them into commands for the hardware peripherals connected to it. Right now, the proprietary app allows you to almost total control your iOS device, and external peripherals, such as keyboard and mouse, directly with your brain activity, just by thinking about it.

You need to think of a task, like opening an app that will magically open on your smartphone! Someday you may control every electronic device with your mind or have a tracker built into your body that constantly monitors your health. The possible applications of this technology are virtually endless, and the only fundamental limitation will be the ethical constraints that humans decide to place on it.

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elon musk future tech


modem starlink

Starlink satellites are a fleet of low Earth orbit satellites developed by SpaceX, Elon Musk’s space company. Their goal is to provide low-cost, high-speed Internet access to the entire world, even in remote areas where Internet access is limited or absent. Currently, the Starlink constellation has more than 1,500 satellites in orbit, with the goal of reaching quota of more than 12,000 satellites in the future.

Starlink satellites can provide high-speed Internet connection via radio waves, eliminating the need for expensive terrestrial cables and lines. The technology could have a significant impact on rural and isolated areas, as well as on the air and sea shipping, agriculture, and oil and gas industries.

However, there are concerns regarding possible interference with other satellite services and the potential environmental impact of the thousands of satellites in orbit. The service is currently available worldwide although there are still many areas with limited coverage. There is even a version of Starlink designed specifically for RVs.


3D nanobot animations

A nanorobot is a microscopic machine designed to perform one or more specific tasks, repeated over time, with precision on the order of nanometers. The robot can be remotely guided or pre-positioned to perform particular tasks autonomously or simultaneously coordinate with thousands of other nanorobots.

This technology is of particular interest in every field of research although it has had more application in the medical field. Scientists theorize about the possibility of having a fleet of nanorobots assisting antibodies and involved in the regeneration of damaged tissue.

Currently, the most advanced Nanorobots, called “DNA Bots”, are governed by electric fields and used for some disease diagnoses and experimental cancer treatment. Soon, this technology will be expected to be mainly used in the aerospace industry and the production of microprocessors and increasingly small and miniaturized electronic components.

A.I. Artificial Intelligence

Artificial intelligence (AI) is a branch of computer science that creates intelligent machines capable of performing tasks that typically require human intelligence. The ultimate goal of AI is to obtain algorithms capable of autonomously processing data and information through a kind of “consciousness” capable of learning from their mistakes, improving, and evolving (exactly as it happens for human beings). To do this, scientists modeled how our brains work and reproduced them by creating neural networks within which AI algorithms operate.

Some AI applications have already entered our daily lives by right, and we often use them without even knowing that they are based on complex artificial intelligence systems. Just think of voice assistants like Siri or Alexa and the ads that magically appear on social media or as we surf the web. Other applications are in more or less advanced development, such as autonomous driving of transportation vehicles or robotic assistants in operating rooms.

Each of these forms of AI puts into the system, in a few moments, an impressive amount of past and current data to perform the task given to it as effectively and efficiently as possible. Shortly, this technology will be able to replace humans in most burdensome and repetitive tasks, significantly improving the quality of life for each of us. 

The AGI Robot Revolution Supported by OpenAI in Industry.

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Elon Musk robot

Augmented reality

Virtual reality (VR) and augmented reality (AR) create immersive experiences in virtual environments or add digital information to the real world. These technologies are revolutionizing entertainment, education, training and many other industries. In addition, VR and AR could significantly impact our daily lives, from the online shopping experience to vocational training.

Virtual Reality (VR) is a technology that, through devices such as visors and gloves, allows the user to become fully immersed in a digital environment. VR experiences are usually isolated from the real world, creating a totally immersive experience.

An example of VR use can be found in the video game industry, where the player can explore and interact with first-person virtual environments. But applications are not limited to entertainment. In the medical field, VR is being used to train surgeons, allowing them to practice on simulated surgeries. In addition, VR finds use in rehabilitation, allowing patients to perform exercises in stimulating and controlled environments.

In terms of VR, one of the most well-known products on the market isFacebook’s Oculus Quest 2. This standalone device offers a high-quality VR experience without the need for a PC or console. Apple recently revolutionized the entire industry by introducing its Vision Pro . For more information check out our complete guide to the world of VR viewers.

Augmented Reality (AR) differs from VR in that it does not attempt to create an entirely new environment, but superimposes digital elements on top of the real world. This is done through the use of smartphones, tablets or specialized viewers, which project images and data onto the user’s field of vision.

One of the most popular examples of AR is the mobile app “Pokémon Go,” where players can catch Pokémon superimposed on the real world through their smartphone camera. But AR has many other applications, including education, where it can be used to make lessons more interactive, and the retail sector, where it allows customers to “try on” products virtually before they buy.

In the field of AR, a major player is the HoloLens 2 from Microsoft . This stand-alone device is designed for use in professional and industrial environments, with applications ranging from remote assistance to training.

Apple Vision Pro

Apple made an explosive announcement at WWDC 2023, unveiling its latest technological gem: the Vision Pro

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vision pro comparison

Internet of Things (IoT)

nuova tecnologia Iot

The Internet of Things (IoT) is an innovative network of physical devices connected to the Internet, ranging from home appliances to wearable devices to industrial sensors, capable of collecting and sharing data in real time. These “smart” devices communicate with each other through built-in Internet connections, enabling remote control and constant monitoring. For example, a thermostat or smart irrigation system can learn the user’s habits and automatically adjust its functions.

IoT has a significant impact on several sectors, from healthcare to industry to home automation. In the field of health, for example, it can monitor a patient’s health in real time. In the industrial sector, it improves production, logistics, and predictive maintenance. Finally, in the home, IoT is leading to the emergence of the “smart home,” with remote control and automation of devices for greater convenience and energy efficiency.

3D Printing

stampa 3d avanzata

3D printing is a technology that allows physical objects to be created from a three-dimensional digital model. With its flexibility and ability to create customized objects, 3D printing is revolutionizing many industries, including manufacturing, health care and fashion. In addition, 3D printing could have a significant impact on our daily lives, enabling the production of customized prosthetics and the creation of spare parts for household equipment.

3D printing technology is rapidly evolving and could revolutionize the medical field. 3D printing can create artificial human organs like the heart, liver, kidney, etc. This could solve the shortage of organs for transplantation and enable more personalized medical care.

3D printing can also create customized prosthetics and body parts, helping people with disabilities improve their quality of life. Find out everything you need to know about this amazing technology in our guide to discovering the best 3d printers.



Drones are unmanned aircraft that can be controlled remotely. This technology has been used primarily for military purposes. Still, in recent years it is becoming increasingly important in many other industries, including logistics, package delivery, agriculture, photography, and public safety.

In addition, drones could significantly impact our daily lives, improving the safety of our cities and transporting important objects more efficiently. Learn all about drones with our comprehensive guide to best drone with camera.

subcutaneous microchip

microchip sottocutaneo da installaz

In recent years, there has been increased interest in subcutaneous microchips, devices implanted under the skin to identify a person uniquely. This technology has raised concerns about the privacy and security of personal data, yet there are also many potential benefits.

For example, subcutaneous microchips could replace passwords and keys, simplifying access to buildings or devices. In addition, they could be used in the medical field to monitor patients’ health in real time and quickly identify any problems. However, it is essential to carefully consider the risks and ethical concerns before adopting this technology more widely.

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