Top 10 technology trends to watch

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Written By Robert

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Tech trends have been developing at an alarming rate throughout 2021. Consumer behavior and cultural shifts mandated new guidelines for technological innovation and development. Consequently, emerging IT stars and well-known global corporations kept upsetting the established order. But what does the future hold?

Here are the five technological developments that, by 2022, will have changed the way we live and work.

1. Commercialized AI

AI and machine learning are becoming important factors in how healthy organizations succeed. Businesses understand the need to switch to designed performance to transition ML models from research to production and administration more effectively.

MLOps automates the creation and use of ML models to speed up the whole model life cycle process. By accelerating the experimentation process and the development pipeline, enhancing the quality of model output, and making it simpler to monitor and maintain production models and handle regulatory requirements, MLOps contributes to creating commercial value. By 2025, the MLOps industry is anticipated to reach USD 4 billion.

The same engineering and operational rigor that DevOps introduced to software development may be used by companies trying to gauge the capacity of their AI development from dozens to hundreds of ML models. All model creation and administration phases are streamlined and automated, thanks to MLOps. Nevertheless, businesses will also add new people to AI teams whose skills complement highly qualified data scientists, shifting the teams’ emphasis from model construction to operationalization.

2. Cybersecurity Mesh

Cybersecurity Mesh

Cybersecurity will be a crucial problem for corporations due to the security ramifications that technology advancements like hyper-automation, AI, and 5G have.

Businesses that manage services across many cloud providers are responsible for protecting these technologies as cloud services become more commonplace. According to surveys, each of the 13 security assaults results in significant financial losses due to security events.

Secure designs are guaranteed by security technology. Teams should justify the security stack and eliminate any unneeded or redundant technologies that add to data overload, slow down detection and response, and make system maintenance and administration more difficult. Technology is very fast.

A distributed architecture solution to agile and trustworthy cybersecurity management is called Cybersecurity Networks Architecture (CSMA). Regardless of location, it offers a comprehensive framework for the security and protection of all assets. Gartner claims that companies that integrate CSMA in their ecosystems by 2024 will see a 90% reduction in financial costs from specific security events.

3. Supply chain

Supply chain

Digital data-driven supply chains that provide a high degree of transparency and can coordinate our planning, production, and execution will continue to adapt to the fast-changing environment due to the rapid, unanticipated surge in demand we saw in the early months of the COVID-19 epidemic.

And consumer segmentation, which has become commonplace in retail and is now prepared to revolutionize supply chains across sectors, was made feasible by the systematic collecting, consolidation, and analysis of enormous volumes of unstructured data from more unusual sources.

Organizations in the manufacturing, pharmaceutical, energy, and other industries may benefit from using the same techniques to understand better demand patterns and how they affect the whole supply chain, from the point of sale to the production facility and the suppliers.

There will be more cutting-edge technology used in supply chain enterprises, including:

Collaborative robots and autonomous robots.

Enhanced income potential and decreased direct and indirect operational expenses. Working continuously, robots may save labor expenses and boost productivity. Cobots, on the other hand, assist human employees while enhancing their productivity. Because of their highly controllable motions, they can be programmed to do particular, constrained jobs, like sporting goods. Cobots’ superior collision avoidance skills allow them to quickly maneuver around people, other moving objects, and other cobots in material transportation scenarios like a warehouse or manufacturing floor.

Drone aircraft. Businesses

may use aerial drones for various functions, including providing incoming logistics in time-sensitive scenarios, transferring commodities straight from receiving to shipping, and delivering items from storage to manufacture. Additionally, drones can effectively scan inventories while saving money on the workforce.

Visual computing.

Cameras are quickly becoming commonplace and networked. To count stock, supply chain managers disperse them around warehouses and freight yards together with AI. These computer vision technologies are also being used by businesses to manage the social distance between workers, confirm safety procedures, and support maintaining procedural compliance on manufacturing floors and in offices. The ability to “ultra-zoom” in on some regions of a complicated whole and see temperature radiation are all made feasible by more sophisticated computer vision techniques.

As businesses put out significant effort to alter their supply chains, the number of top tools and strategies in this area will only increase over the coming years.

4. Fintech & Hyperpersonalization

A company in 2021 will be able to identify a consumer by fingerprints, face, pulse, blood pressure, social media activity, and everyday purchases. However, the acquired information is insufficient and prevents the creation of a precisely customized offer. Hyper personalization then enters the picture.

Hyper-personalization is one of the key trends in mobile financial services. It is based on data thoroughly examined user behavior, not merely on its fundamental traits. Only cyclically can hyper-personalization be built into a product; the more data you have on the client’s behavior, the more precise your purchase recommendations will be. Banks use hyper-personalization when sending out various offers to customers with unique content and designs. This improves the response rate by 30% on average.

Customers of banks get individualized offers based on a wealth of customer data, but this still occurs within the context of audience micro-segmentation. Banks have already started employing dynamic personalization technologies, which incorporate social network information and conventional data. And shortly, consumers will get exclusive offers created entirely from their tastes due to big data technology and artificial intelligence.

5. AI in healthcare and manufacturing

Artificial intelligence used to seem like a concept only seen in science fiction. However, technology has already permeated many aspects of our everyday lives and is indispensable.

Manufacturing. automating manufacturing processes, integrating AI into assembly lines, and using fewer workers.

Finance: The development, automation, and execution of commercial applications using artificial intelligence.

Healthcare. Analysis of complex medical data, illness diagnosis, and therapy. Large sums are now allocated by the major businesses to develop information technology in the healthcare sector. IBM, Microsoft, Google, Intel, and Medtronic are a few of them.

Education. Developing customized lesson plans for each student and leveraging AI to learn other languages (for instance, the Parla app).

Artificial intelligence is excellent at assessing user profiles and identifying the ideal match, even in the dating sector. Similar behavior was used in the “Match” service in 1995, but it has now advanced to a new level.

6. Automated parking and driverless automobiles

Automated parking and driverless automobiles

Much autonomous technology is currently used in commercial environments, including ports, warehouses, and industrial settings.

In Phoenix, Arizona, self-driving taxis are already on the road. There are plans to distribute the cabs on a larger and more widespread scale over the next two years. Currently, they are only accessible to the public as a test service in a few limited places.

In Shanghai, China, AutoX, a startup financed by Alibaba, will introduce its fully autonomous RoboTaxi in 2020. Their services will be accessible in California and other Chinese cities by 2023.

Automated parking, a logical outgrowth of autonomous driving technology, will be helpful for high-end automobiles in 2022.

Giant automakers, including BMW and Mercedes-Benz, took part in a combined autonomous parking initiative at the Munich car show in September 2021. The research showed how to onboard and parking garage sensors could cooperate to autonomously park the car and subsequently deliver it back to its owner.

The independent delivery firm Nuro recently collected $600 million and was valued at $8.6 billion in its most recent investment round, bringing on Alphabet Inc.’s Google as an investor. This is evidence of the expanding potential of driverless technology.

7. Total Experience & Data Fabric

The number of various data warehouses and applications has significantly increased over the last ten years. Still, the size of data and analytics teams has either decreased or stayed the same.

In this sense, data factories—flexible yet long-lasting connections between platforms and business users—are in demand globally. They may enhance information processing with built-in analytics, lowering time to value and up to 70% of data management efforts.

Customer, employee, and user experience are all included in the business strategy known as cumulative experience. The fundamental objective of this strategy is to boost consumer and staff trust, satisfaction, loyalty, and support. Delivering timely and long-lasting TX business outcomes can help organizations increase their revenue and profitability.

8. Data Management for IoT

The management of metadata about goods and services is a significant emphasis of the IoT solutions strategy, which includes a real-time collection of thousands of data points.

Not all IoT developers and consumers have adequately started maximizing the data they may now access due to the enormous volume of data.

Demand for specialist IoT platforms has increased due to the explosion of time-series data, driven by the need for additional analytics.

Over 60 billion linked devices are anticipated to exist globally by 2025, with a significant portion of those devices connected to IoT systems. As IoT installations increase, enterprises will confront the problem of storing this data and syncing it together smoothly.

Internet of Things in green

Rapid urbanization, industrialization, and population increase may sound nice, but they all have environmental consequences. The challenges associated with collecting, sorting, and disposing of waste increase with population; therefore, the Internet of Things trends in ecological care are not new.

Solutions from the Green IoT enable consumers to employ technology that reduces waste and saves resources. Consider a waste management system with shredding equipment or a transportation system where automobiles may drive close to one another simultaneously. Fuel use will drop dramatically as a result.

The Internet of Things’ environmental trend benefits:

Control resource use

Tracking energy usage and waste is made more accessible by the Internet of Things. Data on energy use is collected by smart sensors and sent to experts. For instance, a thermostat may utilize the information it gathers to remind you when to turn off the heat. Water management sensors can alert you when your water usage is about to go beyond a preset limit.

Keep track of costs

For a long time, specialized gadgets have been keeping an eye on how megacities influence the environment. They gather detailed data on rubbish production and air quality.

For instance, there is a platform called Air Quality Eggs that uses the Internet of Things to address the issue of the harmful effects of exhaust emissions on the environment. In essence, this approach gathers information on air quality directly from locals. In America, Western Europe, and East Asia, AQE is commonly utilized.

Retail IoT

IoT in retail assists company owners in enhancing their operations and customer support. IoT may be used to track shipments and keep track of product expiry dates. IoT technology in retail will top $35 billion by 2025.

1. Customized information

An instrument for enhancing consumer and brand communication is the Internet of Things. The organization’s marketing department may get data from special sensors that monitor client behavior. It becomes simpler to provide customized content for specific audiences to make it easier for clients to locate the products they desire fast.

2. Using the store’s navigation

The lack of a well-thought-out strategy for traversing a large store is one of the key obstacles that may keep a potential client from making a purchase. IoT devices with integrated WiFi, Bluetooth, and VR capabilities may make it easier for consumers to navigate and discover what they’re looking for.

9. The use of gestures

Smartphone users can use hand gestures and movements to make their devices simpler. For instance, you may activate the phone, mute the notification sound, or snap a picture simply by sliding your palm over the camera with a few hand gestures.

Giants like Samsung, Apple, and Google are working hard to create and integrate gesture interfaces into their products. In 2022, interface development for such technologies will get more attention.

Apple has previously created software that is accessible to those who have impairments. It is accessible on the Apple Watch. The two most recent Apple Watch series come with hand gestures that let users operate their applications and devices by pinching and squeezing their hands.

10. Online retailers that use augmented reality

Only five years ago, the idea of online purchasing was revolutionary in and of itself. It has never been possible to order anything online and have it delivered to your home, including food, clothes, and electronics. However, if there is one area where internet buying still has room for improvement, it would be managing expectations.

Suppliers may now produce accurate 3D representations of things thanks to augmented reality (AR), enabling prospective customers to view the item as if they were holding it in their hands before making a purchase. This will not only help you decide what to buy, but it will also encourage others to buy things they would never have thought they wanted.

Summary

In 2022 and beyond, staying current with the rapidly evolving technological trends will save your life. It is like giving up without a fight to not stay up with customer demand and the trends mentioned above. The moment to act is if you don’t want to lag behind your rivals.

Yes, catching up may be difficult. You can’t simply purchase a pre-made product and assume it will perform as you anticipate. Thorough study and careful analysis of your product-market fit are required to select the appropriate technology. Utilizing the required technologies strategically will enable you to reap the maximum rewards of your decision.

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