Emerging technologies that will shape the future seem to arrive on a daily basis today. For companies to remain competitive, embracing or at least recognizing new emerging technologies is a must.
From artificial intelligence to augmented reality, these technologies are changing the way businesses operate, as well as everyday consumer activities. However, it is understandable if you are struggling to keep up with all the technical developments in recent years.
To help you stay on top of key developments, we've compiled this list of the top 5 emerging technologies that will shape the future. Let's take a closer look at them.
Top 5 emerging technologies
These five emerging technologies are changing the world – let's learn more about their impacts across industries.
3D printing
source: Statesman
Additive manufacturing, or 3D printingshe is one from The most important technologies The past two decades – and it is still in its infancy. From printing prototypes to building cheap houses to creating prosthetics and Bone repairThis technology provides a new dimension to the production and manufacture of tangible objects.
Here are some impactful use cases:
Education and entrepreneurship
Early uses of 3D printing related to prototyping, and Education and entrepreneurship Are big parts of this. When armed with 3D printing, students can bring their ideas to life, and entrepreneurs can test business ideas and designs to get feedback.
health care
source: Statesman
3D printing of bones barely scratches the surface of what's possible Medicine. When paired with smart sensors, 3D printing has the potential to revolutionize prosthetic care and medical device production.
Construction and manufacturing
When 3D printing is added to manufacturing processes, it can significantly reduce production costs Prototyping and product development. When it comes to architecture, using 3D printing to create accurate models of buildings – or even real structures – can significantly reduce the risks that arise during the construction process.
5G
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Fifth generation connection, or 5G, it's not just about lower latency and faster mobile connections. It's a brand-new technology and has the potential to revolutionize entire industries, from manufacturing to healthcare.
The widespread deployment of 5G communications networks will bring about changes that companies and policy makers must prepare for.
a 2020 report from the World Economic Forum and PricewaterhouseCoopers Expectations that 5G will generate $3.6 trillion in economic output by 2035. Let's take a closer look at the most interesting 5G use cases:
Smart cities and the Internet of Things
source: Statesman
Without 5G,capability Smart cities and the Internet of Things (Internet of Things) will be more limited. 5G technology allows sensors and devices to communicate seamlessly, improving traffic flow, reducing power consumption, and enhancing public safety. This means that our cities will be safer, more efficient, and more sustainable.
Industry 4.0 and manufacturing
source: Statesman
With 5G providing low latency and high reliability Industry 4.0Real-time monitoring and control of vital processes will be more seamless than ever before. Since 5G supports augmented reality and virtual reality applications, many manufacturing operations will be carried out remotely, reducing the cost of site visits, for example.
health care
Telemedicine, remote patient monitoring, and virtual reality operations are just a few health care Possible use cases with 5G. The connectivity provided by 5G in remote areas can also ensure that people with restricted access to healthcare can get the support they need.
artificial intelligence
source: Statesman
We did Written before About how Amnesty International is gaining popularity Across all industries – and it shows no signs of stopping.
Whether you're excited about AI or weary of its implications, there's no arguing that the emerging technology is here to stay, in one form or another, and is rapidly changing the world – ChatGPT alone on The way to disable many functionsFor example.
In fact, artificial intelligence has found applications in many sectors. Here are some of the main areas it affects:
Finance and compliance
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It is not difficult to imagine that advanced artificial intelligence algorithms that detect fraud and assess risks in transactions will easily find applications in… Financial industry and anti-money laundering. In systems trained to detect suspicious financial activity, AI can reduce the risks of fraudulent transactions and money laundering.
Customer service
A growing number of online retailers are adopting AI-powered chatbots Interaction with customers. Chatbots can provide customers with unique, tailored experiences, increasing satisfaction while also saving retailers time and money.
Manufacturing and energy
Robotics and automation driven by artificial intelligence are being improved Manufacturing processes around the world. AI based on predictive analytics can provide insights into the amount of maintenance required, reducing the time and costs associated with post-production repairs.
When it comes to energy, AI-based algorithms can tell you how much you should use to optimize your operations while generating enough savings to meet your sustainability goals. This could be particularly effective if used in conjunction with 5G – and many telecom operators are working on just this problem.
Quantitative statistics
source: Statesman
Quantitative statistics It uses principles of quantum physics to solve complex problems that conventional computers cannot solve in reasonable time frames.
Using the principles of superposition and entanglement, quantum computing increases problem-solving processing power and enables machines to work on multiple problems at the same time.
Industries and governments are noticing the impact of quantum computing. For example, the Canadian unicorn the cage It received a C$40 million grant to pursue quantum computing work earlier this year. Here are some potential applications of quantum computing in the future:
Encryption
source: Statesman
Quantum computing may break the current AES-256-bit encryption standard. This presents new challenges for Cyber security professionals, and may lead to the development of new quantum-resistant solutions as well as important innovations in the sector.
process improvement
Widely Manufacturing and logistics operations Planning can be difficult, especially on a global scale. Quantum computing capabilities can help plan complex routes, especially during crises, and allocate resources efficiently.
Development of materials and medicines
Quantum computing will allow experts to build simulation models, including chemical and molecular reaction scenarios. These scenarios could introduce a whole new era of… Drug development.
Similarly, Simulation of material properties With quantum computing it may help develop new materials – with implications for a wide range of industries, such as construction and energy storage.
Extended reality and the Internet of senses
Imagine that you could not only see the virtual world, but also feel and smell the objects in it. This future is possible thanks to marriage Extended Reality (XR) And the Internet of Senses (IoS)Which brings about a sensory revolution in the field of digital technology.
the term “XR” Includes virtual environment technologies such as AR, VR, and MR (mixed reality). “iOS” It refers to a multi-sensory digital environment. Together, the two can enhance sensory engagement and deliver multi-sensory experiences to consumers. Here are some possibilities for practical applications:
health care
source: Statesman
The FDA is already aware of XR's potential in health care. When combined with IoS, the sensory environment can have significant implications for treatment, care, and pain management.
For example, if someone might benefit from pet therapy but suffers from allergies, IoS and XR combined can accommodate that by providing a virtual reality pet that looks and feels like a real animal. Rehabilitation therapy can also be supported by sensory XR and IoS experiences.
Games and entertainment
It's no surprise that the beautiful images and immersive experiences offered by XR have the potential to revolutionize Games and entertainment. Tangible feedback from games and events, such as concerts and sports matches, can change participants' experiences.
Training and simulation
XR and IoS can also help achieve breakthroughs Education, training and simulation. By using multisensory content, complex concepts can be conveyed more easily, and trainees and students can get the kind of “hands-on” experience that would previously have been difficult to emulate.
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