Top Disruptive Technologies to Watch Out For in 2022
The IEEE Computer Society recently conducted a survey of the technology landscape to determine which technologies will have the biggest impact in 2022. Based on the results, they have identified 23 potential game-changing technologies. Below are some of them: Autonomic systems, Silicon photonics, and Hyperautomation.
Silicon photonics are a promising new technology that will enable data transfer at a much faster rate than ever before. They do so without the need for new fabrication techniques and without consuming much power or creating heat. Silicon photonics could change the way data centers operate and will allow for much shorter distance connections.
Several companies are already exploring the potential of silicon photonics and have invested in early stage startups. For instance, Samsung Catalyst Fund invested in Avicena, a company developing optoelectronics technology that allows large amounts of data to be transferred between microchips with very little power consumption. In addition, Samsung Catalyst Fund is also interested in investing in the next generation of AI accelerated chips that can provide large computing power for machine learning. It has recently invested in Graphcore, a company developing an Intelligence Processing Unit for machine learning.
Hyperautomation is one of the most disruptive technologies that are redefining the way we do business. It’s a new way to do repetitive tasks in organizations and boost efficiency. While it’s not a replacement for human thought leaders, hyperautomation can be an effective addition to the right modernization strategy.
It’s already beginning to change the way products and services are produced, shipped, and delivered. The next 20 years will see almost 20 percent of products manufactured, shipped, and delivered without any human contact. This technology can even improve medical imaging and diagnosis, and accelerate digital transformation. To leverage the benefits of hyperautomation, organizations need to digitize their data collection processes. Once this is done, low-code process automation platforms can tie the building blocks of hyperautomation together.
Drones can help with a variety of humanitarian and emergency missions. The technology can be used to deliver supplies and food to remote populations, and it can also provide situational awareness for teams. Its thermal imaging capabilities, for example, can help assess a situation in centimeters. Moreover, drones can also carry tools between zones, which makes them useful in disaster situations. Another application of drones is aerial surveys.
Drones can also provide a variety of maps, including thermal and 3D models. Depending on their use, drones can also be used for surveillance purposes. Multispectral maps, for example, are popular in agriculture. In addition, drones can provide aerial photos and LiDAR point clouds that can be used for car crash reconstruction.
Blockchain is already disrupting many industries, including healthcare, real estate, and supply chain management. While some industries may be skeptical of its disruptive potential, blockchain has already been proven to be a game changer. The technology can streamline and improve processes for businesses and organizations. By eliminating the need for a third party vendor, blockchain can cut down on costs while also eliminating the need for documentation.
Blockchain is a revolutionary digital technology that enables secure data exchange. Its transparency, immutability, and accessibility are driving major changes across industries. As a result, closely monitoring blockchain trends is essential for navigating the changing landscape of this disruptive technology. Blockchain is a promising new trend, and its traits will prove its potential.