Top 24 upcoming Technologies in Future: Exploring Top Trends for 2022

In an increasingly connected world, technology has the potential to revolutionize and reinvent the way we do business. Looking forward to the post-pandemic future, we are preparing for the latest technology trends to address some of the most pressing business challenges and build a fairer and more resilient society. Some technology trends disappear over time, and the latest technology stays on the sidelines. Gains traction after large-scale funding or after the industry suddenly integrates it into the process.

Many such technologies have already made a prominent mark in the last few years and are only a small step forward from becoming mainstream. These technologies are listed as the latest to set global trends in the coming years. Technology has the potential to reinvent engagement, collaboration, and work practices in the hyper-connected world. The COVID-19 pandemic has accelerated digital transformation for two years, standardizing remote work. By 2022, you may be ready to take the next level by working in the Metaverse, benefiting from current and future technological advances.

Companies should keep up with the most delinquent technology trends to lead to new business opportunities and competitive edges. It is even more pressing this year as we are at the forefront of a dramatic, life-changing technological revolution as we know it. It may have been dominated by blockchain technology and edge computing for the past few years, but we promise to take it to the next level this year. From quantum computing to super-automation, the future is now! This year's technology trends aim to work smarter and more efficiently in virtual and hybrid spaces. This article will explore the top emerging technology trends in 2022 that you should be aware of.

1. Artificial intelligence (AI) and machine learning: Our world will change as machines become more capable of understanding and acting intelligently. It must acknowledge the potential benefits of using AI on a large scale. Specific algorithms can increase prejudice and invade privacy, and technologies such as facial recognition can be discriminatory. The critical challenge is incorporating trust and transparency into the equations to unlock AI in unprecedented ways. As a result, there are few obligations or regulations in this area. Similarly, the cost and effort to provide a good warranty for AI applications can be exorbitant. Due to public scrutiny and fear of ethical implications, organizations have ever made AI prominent.

In 2022 more reliable mechanisms are emerging that enable organizations to validate, test, and create transparency and use AI with greater confidence. These approaches, often referred to as AI Ops, address the lack of effective governance and tools to facilitate the detection of bias and integrity and overall fairness, accountability, and resilience throughout the AI ​​life cycle. It is indispensable to have a trustworthy and ethical model of AI. When organizations do this right, they can improve AI adoption, scale, speed, and outcomes and truly transform every aspect of our lives.

2. Internet of Things (IoT): The number of "smart" devices and objects connected to the Internet grows. Such devices are constantly collecting and transmitting data, further driving the growth of big data and AI.

3. Wearables and extended humans: What started with fitness trackers are now explosive throughout the wearable technology industry; designed to help improve human performance and lead a healthier, safer, and more efficient life has spread. In the future, humans may even fuse with technology to create "extended humans" or "transhumanism."

4. Big data and extended analysis: Big data means that the amount of data created in our world grows exponentially. Advanced analytics (advanced data analytics, often leveraging AI technology) have made it possible to understand and process highly complex and diverse data streams.

5. Intelligent space and place: This trend, closely tied to the IoT, shows that physical areas such as homes, offices, and even the entire city are becoming more connected and intelligent.

6. Blockchain and distributed ledger:


 

This highly secure way of storing, authenticating, and protecting data can revolutionize many aspects of your business, particularly when it arrives to facilitate entrusted transactions.

7. Cloud and edge computing: Industry clouds are cloud and information platforms customized to the requirements of individual industries. They are the following evolutionary step for hyper scalers, shifting from a generic technology operation to a more customized platform that offers all elements of macro-and micro-applications as well as data management on the one hand. Industry clouds go beyond Platform as a Service (PaaS) or SaaS and vertically integrate industry business solutions, enterprise resource planning, customer relationship management, workflows, and related services.

Industry clouds will likely boost the cloud-everywhere modernization trend with standardization and pre-configuration, allowing industries to transform at scale digitally. This can help your organization be more agile and reduce complexity with seamlessly coordinated cloud environments. It can also impact the rate and expense of IT modernizations, with upgrading, innovation, and maintenance arriving automatically into the platforms. 

With these models, hyper scalers give their system integration and independent software vendor partner ecosystem broad reach to create de facto industry standards. Cloud computing, where information is stored on other computers and accessed over the Internet, has enabled the opening up of data and analytics to the masses. Edge computing, where smart devices like phones process information, takes this to the next level.

8. Digitally augmented reality: This trend highlights a move towards creating a more immersive digital experience covering augmented reality, virtual reality, and mixed reality.

9. Digital twin: A digital twin is a digital replica of an actual physical process, object, product, or ecosystem. This innovative technology permits you to experiment with transformations and adjustments that are too expensive or risky to test real things.

10. Natural language processing: This technology, which enables machines to acknowledge human language, has dramatically changed how humans interact with devices.

11. Voice interface and chatbot: Siri, Alexa, Chatbots – Many of us are accustomed to communicating with our machines simply by speaking or typing in a request. More and more businesses will select to interact with their customers through voice interfaces and chatbots in the future.

12. Computer vision and face recognition: Why should they not "see" when machines can speak? This technology allows machines to interpret the world around them visually. 

Face recognition is a typical example. Without a doubt, there will be more regulations on facial recognition, but this technology goes nowhere.

13. Robots and cobots: Today's robots are becoming more intelligent than ever and are learning to perform environmentally responsive tasks without human intervention. Future work may include humans working seamlessly with robot colleagues in specific industries. Therefore, the terms "cobot" or "cobot" are used.

14. 5G: The fifth generation of cellular network technology provides faster, more intelligent, more stable wireless networking, supporting numerous other trends (e.g., more connected devices and richer data streams). Drive progress.

15. Genomics and gene editing: Advances in computing and analysis have dramatically improved our understanding of the human genome. We are transforming an organism's genetic structure (for example, "correcting" DNA mutations that can result in cancer).

16. Machine-extended design and co-creativity: All thanks to AI, machines can do multiple things, such as creating artwork and designs. As a result, the creative and design process can be expected to move to greater collaboration with machines.

17. Digital Platform: Facebook, Uber, and Airbnb are typical digital media networks facilitating people's connections and exchanges. This trend has led many traditional businesses to move or incorporate platform-based models with established ones in mind.

18. Drones and aerial vehicles: These remotely or autonomously maneuvered aircraft have changed the face of military operations. But that is not the only effect. Search and rescue missions, law enforcement, transportation, and firefighting are all transformed by drone technology. I am preparing for an operated drone (drone taxi)!

19. Cyber ​​security and resilience: With COVID-19, organizations have eliminated technology as quickly as possible, but cybersecurity threats are transforming faster. Organizations cannot take shortcuts or "set and forget." The days of lonely, unsophisticated hobbyist hackers in hoodies are over. Businesses and governments now face organized "businessmen" who offer "hacking as a service" with dedicated teams, tariffs, and support hotlines.

As cyber criminals play in the gap, managing blind spots is essential — and be creative. Avoidance techniques (avoid detection, avoid security protocols) are becoming the top approach, and threat actors spend their time and skills understanding security tools better than we do. Another new issue is the software warranty. Hackers break into third-party software providers and use trusted connections to place undetected malware directly into the atmosphere around us.

Of course, these threat actors are not restrained by privacy and data sovereignty necessities. It is like playing a game by defeating three players. Organizations must become accustomed to cyber risk and develop actionable strategies, just as they discuss market risk. This includes a "trusted but validated" approach to your organization's security tools and exploring new business services that provide software assurance and real-time monitoring of your technology landscape. As companies face unprecedented new threats, the ability to avoid and mitigate cybersecurity threats is critical to their success over the next decade.

20. Quantum computing: Quantum computers, unimaginably fast computers that can solve seemingly intractable problems, make our current state-of-the-art technology look like the Stone Age. So far, quantum computing work is mainly limited to the laboratory, but I saw the first commercial quantum computer in the last ten years. It will take more than 10 years for quantum computers to become widely used. Still, technologies that utilize quantum principles are on the market and can make a big difference in the heavy industry of computing power.

One such application is to help with optimization problems that are often challenging to solve using traditional methods. Current optimization algorithms are being rethought and accelerated using the principles of quantum mechanics. The financial services, biotechnology, and pharmaceutical sectors can benefit from quantum computing because they require highly scalable computing power. Recently, KPMG has focused on researching applications in three key areas: ultra-precision measurements using quantum sensors, faster computing speeds in quantum computers, and improved cybersecurity using quantum cryptography. 

21. Robot process automation: This technology automates structured and iterative business processes, allowing human workers to focus on more complex and value-added tasks. This is part of a broader shift to automation affecting all industries.

22. Massive personalization and micro-moments: As you might expect, bulk personalization is the ability to deliver highly personalized products or services on a large scale. On the other hand, the term "micro-moment" basically means responding to your needs precisely and at the right time. Both are made possible by AI, big data, and analytics.

23.3D and 4D printing and layered modeling: While this may seem low-tech compared to some other trends, 3D and 4D printing has many uses and is incredibly revolutionary when combined with trends such as mass personalization.

24. Nanotechnology and materials science: The expanded ability to understand and control substances on a small scale has formed exciting, unique materials and products, like bendable displays.