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Artificial Intelligence will become more widespread by 2023 as advances are made in natural language processing and machine learning technologies. Artificial Intelligence can better understand us while performing more complex tasks using this technology; some estimate 5G could also transform how we live and work in the future.
What does this mean for you? Staying current with emerging technologies and current technology trends is critical to remaining an industry player while looking ahead to ensure you possess all of the skills required for securing employment tomorrow - and even learning how to get there. Due to the global pandemic, most IT populations worldwide are working from home - here are 18 emerging technology trends you should watch for and try in 2023 so as not to miss any job opportunities that arise due to them! user experience
Top New Technologies To Learn
Artificial Intelligence (Ai) And Machine Learning
Artificial Intelligence, or AI, has received much media coverage in the last decade and remains one of the hottest new tech trends due to its profound effects on how we live, work, and play - though its long-term impacts remain unclear. AI technology already dominates image and speech recognition technology used in navigation apps, smartphone personal assistants, ride-sharing apps, and more.
AI will also be utilized for other uses: to interpret interactions to discern hidden connections and insights; predict demand for services like hospitals to enable authorities to make better resource utilization decisions; detect shifting customer behaviors by analyzing data near real-time to enhance revenues while personalizing experiences; etc.
The AI market is forecasted to reach $190 billion by 2025, with global spending on cognitive and AI systems hitting over $57 billion by 2023.
Machine Learning, as one subset of AI, has found applications across industries and is increasing demand for skilled professionals. According to Research, AI/ML/Automation will account for 9 percent of new jobs created by 2025 in the U.S. alone - such as robot monitoring specialists, data scientists, automation specialists and content curators! So keep this new tech trend in mind too!
Mastering AI and machine learning will enable you to secure jobs like:
AI Researchers, software Engineer, Machine Learning Engineers and AI Architects.
What Is Artificial Intelligence?
Artificial Intelligence, commonly referred to as AI, is the process of programming computers or robots with artificial intelligence software to think like human minds. AI studies patterns found within human neural networks and cognitive processes. As a result of this research on human intervention and machines, intelligent machines software and systems are developed.
Types Of Artificial Intelligence
Below are the various types of AI:
- Purely Reactive: Machines without memory or data to work with can specialize in one field of work; for instance, in a chess game, they observe moves and make decisions to ensure victory.
- Limited Memory: These machines use historical data to add it to their memories, giving them enough experience or memory to make sound decisions with minimal memory requirements. For example, this machine might suggest restaurants based on the location data collected.
- Theory of Mind: AI capable of understanding thoughts and emotions, and social interactions is currently not commercially available; however, a machine capable of this is yet to be built.
- Self-Aware: Self-aware machines will become the cornerstone of future technologies. They will be intelligent, conscious and aware.
What Is Machine Learning, Exactly?
Machine learning (ML) is one of the core areas of Artificial Intelligence (AI). Machine Learning applications use experience (or, more accurately, data) as the basis for their learning - just like humans do! When exposed to new information, they adapt, grow, and develop independently without direct programming from humans. Machine learning entails computers finding insightful data without being told where or when it can be found; instead, they leverage algorithms that learn from data in an iterative process.
Machine learning has long been part of life - think World War II Enigma Machine). However, automating complex mathematical calculations against large amounts of data has only recently come onto the scene and is now increasingly popular.
At its core, machine learning involves adapting independently and iteratively to new data sets. Applications learn from prior computations and transactions through pattern recognition technology to produce reliable results that inform users.
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How Does Machine Learning Work?
Machine Learning is one of the most intriguing subsets of Artificial Intelligence. It enables machines to learn from specific inputs given to them by humans, and it's essential that we fully comprehend its workings so we can leverage its use effectively in future applications.
Machine Learning starts by entering training data into a selected algorithm - known or unknown data that will ultimately develop into the final algorithm. Different training data types impacting an algorithm could be considered further later on. If the prediction and results do not align, the algorithm is restrained multiple times until a data scientist achieves their desired outcome.
Robotic Process Automation (RPA)
Robotic Process Automation, or RPA, is another technology revolutionizing jobs by automating repetitive tasks that previously required people's labor. RPA uses software to automate business processes such as reading applications, processing transactions, dealing with data, and even replying to emails - automating repetitive tasks that used to require human involvement.
Although Forrester Research estimates RPA automation could threaten the livelihoods of over 230 million knowledge workers - approximately 9 percent of the global workforce - it also creates new job opportunities while altering existing ones. According to research, less than 5 percent of occupations can be fully automated; 60 percent could benefit from partial automation.
As an IT professional seeking the future and keeping abreast of technological trends, RPA provides ample career opportunities - including developer, project manager, business analyst, solution architect and consultant roles - making this trend worth watching.
Mastering RPA will enable you to secure high-paying jobs such as RPA Developer.
Blockchain
People usually associate Blockchain with cryptocurrency like Bitcoin, but its security benefits extend far beyond this realm. Simply put, Blockchain can be considered data you can only add to instead of taking away or changing; hence its name, "chain." Having no control over previous blocks adds another level of protection; plus, its consensus-driven nature means no single entity can monopolize or manipulate your information - meaning you don't require an overseer or third party for transactions anymore!
As more industries adopt and integrate blockchain technology, so does the demand for skilled professionals specializing in it. Blockchain developers typically specialize in designing and implementing architecture and solutions using this emerging technology.
Are you fascinated with Blockchain applications and looking to start your career in this burgeoning technology? Now is an excellent opportunity! To do so, hands-on experience in programming languages, fundamentals of OOPS, flat and relational databases, data structures, web app development, networking as well as web app maintenance will all come into play when starting in Blockchain development - to achieve that, you could enroll in an appropriate Blockchain training course.
Mastering Blockchain can help you scale up in a variety of fields and industries:
- Risk Analyst
- Tech Architect
- Crypto Community Manager
- Front End Engineer
What Is Blockchain Technology?
Blockchain network is an efficient method for recording information, making it virtually impossible to hack, modify or manipulate. A distributed public ledger that replicates and distributes transactions across its network of computers participating in its Blockchain.
Blockchain technology is a decentralized database system for storing transaction records, known as blocks, of public transactions in peer-to-peer nodes connected over an open network. These digital ledgers store transaction records and serve as storage for digital currency exchange.
Every transaction in this ledger is verified with the digital signature of its owner to authenticate and prevent tampering with transactions, thus rendering this digital ledger highly secure.
Digital ledgers resemble Google Spreadsheets, where transaction records from actual purchases are stored. It is interesting that anybody can see and access this data, but no one can change or alter it.
Why is Blockchain Popular?
Imagine you are sending money to family or friends from your bank account. Log on to online banking, transfer the amount using your account number, and your bank will update its transaction records when the transfer has been completed. While it seems simple enough, there could be potential risks that most of us overlook.
These types of transactions can be easily altered, making people familiar with this fact wary about using these transactions, hence the rise of third-party payment applications over the years. But this vulnerability was precisely why Blockchain technology was developed.
Blockchain is a digital ledger that is rapidly gaining prominence. But why? Let's dive deeper to understand its concept better.
Record keeping of data and transactions is an integral component of business operations. Too often, this information is handled internally or passed onto third parties such as brokers, bankers, or lawyers, increasing both time and costs to run the operation. Blockchain allows a quicker movement of transactions, thereby saving both time and money in this way.
Most people associate Blockchain and Bitcoin interchangeably; however, that isn't entirely true. While Blockchain can support multiple applications across industries like finance, supply chain management and manufacturing, Bitcoin is simply a cryptocurrency that relies on this technology for security.
Internet Of Things (Iot)
Another promising new technology trend is IoT (Internet of Things). More and more objects are being designed with WiFi connectivity, making it possible to link them via the Internet and vice versa, hence its name. IoT represents the future, connecting devices like home appliances, cars and much more to exchange data over the web.
As consumers, we enjoy and use the Internet of Things technologies like intelligent locks. If we forget to secure our doors when leaving for work, remote locking allows us to do it remotely while tracking fitness through Fitbits. Businesses, too, benefit greatly as data collected and analyzed enables better safety, efficiency and decision-making capabilities as well as predictive maintenance, speedier medical care delivery, superior customer service performance and many other possibilities we may not even imagine yet!
As this new technological trend gains steam, its influence will only grow stronger: projections estimate that by 2030 some 50 billion IoT devices will be in use worldwide - from smartphones to kitchen appliances and beyond - creating a massive web of connected devices ranging from smartphones to kitchen appliances.
Do You Want to Join this Trending Tech Industry? To do so, it will be essential that you gain knowledge in Information security, Artificial intelligence and machine learning fundamentals, networking hardware interfacing data analytics automation embedded systems device knowledge, as well as device/design knowledge.
The Internet Of Things: What Is Iot?
Start by asking, what is IoT? These devices could be placed anywhere from our cars, phones, appliances, medical equipment, wristbands and livestock. At an industrial level, they might even be part of the machinery, shipping equipment, vehicles, robot warehouses etc. The physical location doesn't matter nearly as much; what matters more is what these devices do: "talk" with each other by sharing data while receiving feedback based on their data while other data is generated.
How It Works: Internet Of Things Applications
Perhaps the easiest way to describe how the Internet of Things (IoT) works is to look at its applications - real-world scenarios enabled by this technology could provide ample evidence.
- Your car could detect an engine problem, schedule an appointment with your mechanic, and let the manufacturer know about the problem in case it has happened in other engines too.
- Your smart home could know if you've had a stressful work day, could play soothing music and offer soft lighting when you walk through the door.
- Your refrigerator could tell you which groceries to buy or order for you.
- Your coffeemaker could know when you wake up and turn on.
No single device in these examples acts alone. All are responding and providing data: for instance, the car sensor connects to both its mechanic's calendar and manufacturer log; your smart home recognizes that you had a long day because it connects to your calendar; your refrigerator receives data to know which food might have gone wrong--along with knowing which items you like having on hand; while coffeemakers connect to wristbands to know when you wake up!
All those scenarios make life easier for the average consumer, but what about enterprises and commercial businesses? IoT means plenty! In terms of the industrial Internet of Things, similar devices can monitor inventory to optimize when stock is needed or reordered; streamline transportation by taking into account weather or traffic; decrease mechanical breakdowns with predictive maintenance; or autonomous vehicles deliver needed warehouse parts at precisely the right moment - these examples show just how far along we already are with the industrial Internet of Things! Businesses are already reaping their rewards!
Read More: Artificial Intelligence and Its Impact on Our Lives
Why It Matters: Internet Of Things Benefits
Based on the examples described above, it's clear that IoT makes life better for consumers while saving business costs - two perspectives that are equally valuable when answering questions about its benefits: from either side.
- Consumer-wise, IoT holds immense promise to simplify our daily activities and save us money in utility costs while improving healthcare industry, keeping us off of traffic jams, and so much more - in short, making life simpler for all of us!
- From a business's point of view, IoT holds great potential to reduce costs, improve efficiency, enhance customer service, speed decision-making processes and accelerate decision-making times - giving an edge to innovators who adapt quickly.
5G
Following IoT, 5G technology will soon become the next big trend.While 3G and 4G technologies have given us increased bandwidths for streaming Spotify or YouTube, data-driven services, and other services, 5G services promise to further revolutionise our lives with services relying on cutting-edge technologies like AR/VR and cloud gaming services like Google Stadia, NVidia GeForce Now, and other cloud computing services; manufacturing facilities may use 5G cameras for better safety, traffic management, and smart grid connectivity.
Many telecom companies like Verizon, T Mobile, Apple, Nokia Corp and Qualcomm are developing 5G applications. Estimates project that by the end of 2027, there will be over 4.4 billion subscribers on 5G networks worldwide; therefore, this emerging technology trend should be kept an eye on.
What Exactly Is 5g Technology?
5G technology represents the fifth generation of cellular network standards. It represents the latest operating standard for mobile hardware, offering faster data speeds, lower latency communication channels and increased mobile device data caps.
5G networks can accommodate significantly increased bandwidth capacity due to adding lower and higher frequencies to the mobile spectrum.
How Do 5g Networks Differ From Predecessors?
5G networks boast significant latency reductions. Latency refers to the total time it takes from when information is sent from one device to being received by its receiver, including transmission time and delivery. Furthermore, their peak capacity is measured in gigabits instead of megabits.
5G technology supports more devices, the high demands of high-density usage areas like urban centers and airports, and IoT devices than its predecessors - representing an exponential improvement.
Cyber Security
Cybersecurity may not seem like an emerging technology, given that it has existed for some time, but its development continues like any other technological trend. That is partially because threats constantly change - evil hackers trying to gain access to data illegally won't relent anytime soon. They will continue finding ways through even the tightest security measures. Furthermore, new technology is continually being adopted to strengthen cybersecurity as hackers evolve their methods against such security measures - as long as we have hackers, cybersecurity will remain trending as its defense mechanisms adapt accordingly.
As evidence of their vital importance, cybersecurity jobs are growing three times faster than other tech fields. By 2025, 60% of organizations will cite cybersecurity risk as a critical criterion when conducting third-party transactions or business engagements involving third parties, but don't let that put you off; while challenging, cybersecurity professions also provide lucrative six-figure incomes with roles ranging from security analyst to cyber criminal investigator.
Ethical Hacker, Malware Analyst, Security Engineer and Chief Security Officer.
What Is Cyber Security?
Some components of cyber security aim to strike first when something goes wrong, today's experts prefer finding ways to secure all assets - computers, smartphones, networks and databases alike - from being breached effectively.
Cyber security has become an all-purpose term in the media to refer to any form of protection against digital crime, from identity theft to international digital weapons. While these labels may capture some aspects of cyber security, they fail to capture its true essence for those without extensive computer science degrees and knowledge in this sector.
Cisco Systems, a technology conglomerate specializing in networking, cloud, and security services, defines cyber security as "...the practice of protecting systems, networks, and programs from digital attacks that aim to access or alter sensitive data; steal money from users; or disrupt normal business processes".
Why Is Cybersecurity Important?
Today's digital world cannot allow individuals and companies to ignore wide range cyber security. One security breach could expose the personal information of millions of individuals. Furthermore, such breaches have serious financial repercussions for companies and customer trust loss; hence the necessity of cyber security for business and individual protection from spammers and cyber criminals.
The Advantages Of Cybersecurity
Current cyber security efforts center around protecting devices and systems from attackers. Although its inner workings may be hard to visualize, its effects are more apparent; without professional cyber security experts working tirelessly, many websites would likely become nearly unusable due to constant DDoS attack attempts.
Without robust cyber security protections, modern necessities like power grids and water treatment plants that keep society running could easily be destroyed. Cyber security is crucial to our daily lives because it helps preserve them.
Cybersecurity Myths
As cyberattacks increase, organizations and individuals must protect themselves against various threats posed by cybersecurity misconceptions that hinder action to safeguard personal sensitive information. Unfortunately, too many remain unwilling to take necessary measures.
- Passwords Alone will not Suffice: to ensure data security, one should not solely rely on passwords to protect their data. Although strong passwords are essential, cybercriminals could still find ways to crack them, so it is necessary to implement adequate cybersecurity measures as a multilayered defense mechanism.
- Deleting Files From a Computer: When deleting data from a computer, the file moves into the Recycle Bin and eventually empties itself. However, some data might remain after being deleted from hard drives like temporary file folders.
- Encryption Solutions Are Overpriced: Some organizations maintain that encryption software is unnecessary for their operations, mistaking encryption as a panacea to data breaches and cybercrime. But encryption plays an invaluable role in protecting against criminals and ransomware attacks.
- Small and Medium-sized Businesses Aren't Targeted: Contrary to popular belief, not only large companies are vulnerable to cybercrime; according to the Data Breach Investigations report, 61% of Small and Medium businesses reported at least one cyber attack within one year due to having less robust security measures in place - therefore making protecting these firms from cybercrimes imperative.
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Final Thoughts
The IT industry is becoming competitive, with jobs challenging to get. Although the above technologies are running short of professionals, landing a job without technical skills will be challenging in the future. From now on, get trained and acquire the skills and knowledge from the right institution. Keep yourself already updated so that you can be ready for the future technology trends.
