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How 5G Will Revolutionize IoT and Innovation, at Home and at Work

How 5G Will Revolutionize IoT and Innovation, at Home and at Work

By | ai, digital transformation, IoT, omnichannel, user experience, voice | No Comments

A full-fledged launch of 5G will drive revolutionary changes in most modern industries, cities, and homes. Although the technology is still not active in many countries, a lot of tech experts believe that 2020 will be the year we will truly see 5G innovations for new business opportunities boom.

In particular, the mobile industry and large telecommunication carriers continue rolling out 5G networks all over the world and major phone manufacturers compete in releasing devices equipped with 5G capabilities. The pieces of the 5G evolution puzzle are coming together. It is high time to start preparing for the new 5G service reality.

In this article, we’ll explain why the advent of 5G is an important milestone for any company that strives to grow and remain competitive. We’ll also make some predictions about how the combination of 5G and the Internet of Things (IoT) will innovate the way we live and do business.

What is 5G how does it work?

Simply put, 5G is the new generation of mobile networks that will augment and eventually replace its predecessor 4G LTE. Unlike previous network generations, 5G technology is forecast to have a much bigger impact on the world around us.

Besides increasing the speed of the internet, it’ll enable ultra-low latencies and ubiquitous coverage. These changes will eliminate the last barriers to the wide IoT adoption, opening the door to large-scale automation and other almost futuristic transformations.

5G mobile network
Image source: rfsafe.com

However, the main challenge is that 5G operates on three spectrum bands simultaneously. Each of them offers different data transmission speeds, has different coverage areas, and requires a separate infrastructure.

5g frequency ranges
Image source: digitaltrends.com

Low-band spectrum

The low-band spectrum consists of low-frequency waves below 1GHz. It offers relatively slow data transmission speed, i.e. 100Mbps at its peak, that practically feels like a 4G network. But the coverage area is quite broad.

This means that a telecommunication carrier needs fewer towers to ensure the internet connection over a long distance. In addition, the low-band spectrum can penetrate walls and other obstructions.

Mid-band spectrum

The mid-band spectrum operates in the 1-10GHz frequency range. It provides decent speed (the peak is around 1Gbps) as well as low latency. However, the mid-band spectrum may fail to go through physical objects in some instances.

It also covers a lower amount of space compared to the low-band spectrum. So telecommunication carriers need to install a lot of stations, i.e. macrocells, to create the proper infrastructure for it.

High-band spectrum

The high-band spectrum or a millimeter wave operates above the 24 GHz band and can deliver the internet at super-high speeds, i.e. up to 10Gbps. But since these waves are very short range, their coverage area is extremely low. They also struggle with smaller physical obstacles, for example, the roof of the car. That’s why a great number of small cells are required to fully roll out the high-band spectrum.

The ultimate goal is to create an infrastructure in which a 5G smartphone will remain connected to a high-band spectrum all the time. But the implementation of this scenario requires millions, if not billions, of small cells installed literally everywhere. For this reason, telecommunication carriers strive to ensure adaptive beam switching. It means that the phone will be connected to a different beam if the previous beam can no longer track the user.

What 5G means for IoT?

Image source: dribbble.com

The 5G wireless networks will create perfect telecommunications conditions to make IoT devices function at their fullest potential and bring the most benefits. In particular, they will enable more real-time connections thanks to high 5G speeds and omnipresence.

Low latency is another reason why 5G is good for IoT. Machines will respond faster to requests. As a result, they will be able to “communicate” more effectively with each other and the number of delays will be close to zero.

But let’s take a look at what the benefits of 5g are and the specific changes the 5G rollout may cause at different levels.

Business automation 

With 5G, IoT devices can be effectively monitored and controlled remotely with no compromises on their performance. Seamless connectivity along with the enhanced capacity of the networks will allow companies to automate a vast majority of operations that now require human intervention. This will streamline workflows, improve overall business productivity, and cut operational costs.

5G environment
Image source: KPMG

Another considerable benefit of autonomous processes is that they eliminate the risk of human error. This will enable companies to largely avoid the most common accident type.

Industrial 5G-powered solutions

With the widespread deployment of IoT platforms and 5G devices, we may expect that drones and augmented reality headsets will be among the most popular innovative solutions in manufacturing. In addition, real-time collection and analysis of big data will allow for predictive maintenance that will reduce machine downtime and repair costs.

Robotics of different types will also be used quite frequently, especially in factories. For instance, Audi already tests its 5G-powered robots in its production lab in Germany.

Smart cities 

The combination of 5G, IoT, and artificial intelligence creates a solid foundation for building smart cities. Advanced 5G capabilities will allow local authorities to detect and respond instantly to different emergency situations, making cities much safer.

Increased internet speed will help to immediately process the data gathered from traffic sensors on the roads. This will lead to solving the transportation problem and most likely result in reduced roadway congestion.

Image source: bibliotecapleyades.net

Besides, 5G also brings us one step closer to autonomous vehicles. Fast internet connection throughout large areas will allow self-driving cars to travel long distances without any limitations. In addition, the possibility to assess information in real time will ensure adherence to traffic rules. This will lower the chances of accidents and make autonomous vehicles safer for passengers and pedestrians.

Although smart cities are extremely complex networks of connected devices and we’ll unlikely see them in 2020, many communities already work towards this goal. So the future may be just around the corner.

Personal devices 

To take advantage of the 5G network service, users must have a 5G compatible smartphone. The news is bad for phone owners but great for device manufacturers. The latter ones see it as an opportunity to earn a fortune once 5G will get broader coverage. But even today, you can order a smartphone supporting 5G.

The key market players such as Samsung, Huawei, LG, and Motorola released their phones last year and more expected to follow in 2020.

On top of that, Lenovo showed the first 5G laptop for consumers at CES 2020. It supports 5G connection so you can access super-fast mobile internet from this device and download files at the speed of 4Gb/s. Chances are we’ll see other types of 5G compatible gadgets and IoT applications quite soon.

Smart homes

With 5G, more devices can be supported on one network and is likely to become a game-changer for smart homes. Today, keeping everything connected can be frustrating, as different pieces of the smart home infrastructure operate in different ways. For instance, a smart doorbell may use wi-fi while a toaster may connect only via Bluetooth. At the same time, 4G doesn’t have enough channels to ensure proper connection for a high number of devices at once.

By offering reliable coverage, low latency, and unprecedented network performance, 5G can solve this problem. As a result, it’ll be possible to create a truly interoperable system, not just have several smart devices placed in one home.

Internet of Everything (IoE)

Once 5G establishes itself, the Internet of Things will have every chance of becoming the Internet of Everything. This means that not only devices will be connected but also people, data, and processes. These connections will also become more intelligent, meaning that the right data will be transmitted to a person or machine at the right time automatically. So the IoE is more about creating a hyper-connected independent environment than just making several physical objects communicate.

Internet of everything
Image source: researchgate.net

Since telecom carriers still need some time to fully roll out 5G, we don’t see the IoE coming in 2020. However, businesses should start preparing for this change anyway because such global transformations will likely require several years to happen. This leaves plenty of room for innovation as 5G IoT applications will be in great demand.

What are the benefits of 5G?

Once 5G becomes widespread, our connectivity will reach a new level that will have a significant impact on nearly every aspect of our lives. Combined with the IoT technology, 5G will create a perfect platform for building complex smart environments in offices, factories, cities, and even at our homes. Industrial robots, autonomous vehicles, and PCs capable of connecting to super-fast mobile internet already exist. Now, everything depends on telecom carriers and they demonstrate promising advancements in 5G’s speed and reliability.

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The State of UX for 2019

The State of UX for 2019

By | design, interaction design, omnichannel, user experience, user interface, voice | No Comments

Keeping up with the current trends is important for any area, not to mention the UX design which directly influences the way your digital product is positioned and perceived by the users. In this article, we’ll take a brief look at what happened with 2018 UX trends and try to anticipate the emerging tendencies that have potential to become real big things in the coming year.

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Voice Interfaces: New Era Of Human-Computer-Interactions

By | ai, interaction design, user experience, voice | No Comments

Voice interaction is the ability to speak to your devices, have them proceed your request and act upon whatever you’re asking them. Today voice user interfaces are everywhere: we can them in smartphones, TVs, smart homes and a range of other products. The rapid development of voice interaction capabilities in our daily lives makes it clear that this technology will soon become an expected offering as either an alternative or even a full replacement to, traditional graphical user interfaces.

According to Gartner, by 2018, 30 percent of our interactions with technology will happen through conversations with voice-based systems.

Amazon Echo
Apple’s Siri, Amazon Echo and Google Now, which have been available for a few years, prove that this technology is no longer in its infancy.

Voice interaction is the next great leap forward in UX design.

In this post, we’re going to explain why voice interfaces will be the next big thing and what does this trend actually mean for designers of the user experience.

What Are Driving Forces Behind Voice Interaction

Before we dive into the specific implications of voice interaction systems or design aspects for them, it’s important to understand what’s lead to rapid adoption of this new interaction medium:

Technology is Ready

It’s clear that improvements in natural language processing have set the stage for a revolution. In 2016 we saw a significant breakthrough in natural language processing, and we’ve reached a point where advances in computer processing power can make speech recognition and interaction a viable alternative to visual interfaces. Another important thing is a number of devices that support voice interaction – today almost a 1/3 of the global population is carrying powerful computers that can be used for voice interaction in their pocket, and it’s easy to predict that a majority of them are ready to adopt voice interfaces as their input method of choice.

Mobile app and voice input
Image credit: Samsung

Natural Means Of Interaction

People associate voice with communication with other people rather than with technology. This means that voice interaction systems can be a more natural way of interaction for the majority of users.

Voice interaction chart
Image credit: Google Mobile Voice Survey 2014

People Want a Frictionless Experience

To interact with a voice interaction system all users need to do is to simply speak to the devices and be understood. In comparison with graphic user interfaces (GUI) where users have to learn how to interact with a system, voice interaction systems can significantly reduce the learning curve.

Windows 10
Even the most advanced graphical user interface still requires humans to learn a computer’s language.

Opportunities For Business

Adding Personality To Branded Content

Companies can leverage the medium of voice interaction as an extension of their personalities. Gender, tone, accent and pace of speech can be used by experience designers to craft a particular customer experience with their brand. For example, kids may finally get to talk directly to their favourite cartoon characters.
Branding

Make Experience More Personalization

Using voice-based system it’s possible to create a deeper personal connection to the system. Even today if you look at the online reviews for Amazon’s Echo speaker, it’s clear that some people establish a close bond with their device in a way that more resembles a pet than a product.

Samantha from Her
Samantha from Her

Voice Interfaces Aren’t a New Direction, They Just a New Step In UX Design

If you are new to designing voice user interfaces, you may quickly find yourself unsure of how to create great user experiences because voice interaction represents the biggest UX challenge since the birth of the iPhone. They are very different from graphical user interfaces and designers cannot apply the same design guidelines and paradigms. But while designing for voice differs from traditional UX, classic usability principles are still critical to the quality of the user experience.

Understand The Basics Of Human Communication

To design great voice user interfaces, you must handle the expectations users have from their experience with everyday conversations. And for that, we must understand the principles that govern human communication: how people naturally communicate with their voices.

Understand User’s Intent

Voice-based interactions between a user and a machine can lead (potentially) to infinite possibilities of commands from a user. While designers may not be able to predict every possible user command, they need to at least design an infrastructure that is contextually driven. For that, it’s important to start with a use case (a reason for interacting in the first place) and try to anticipate users intent at each point in the conversation (to shape the appropriate response).

User Intent
The processing flow of a comprehensive speech interface. Image credit: API

Provide Users With Information About What They Can Do

While on a graphical user interface, a designer can clearly show users what options they can choose from, it’s impossible to do this on a voice interface. In voice user interfaces, it’s almost impossible to create visual affordances. Consequently, looking at a device that supports voice interaction, users will have no clear indications of what the interface can do or what their options are. Therefore, it’s still possible to provide the user with the options for interaction. For example, if you design a weather app you can make it say: “You can ask for today’s weather or a forecast on this weekend.”

Limit the Amount Of Information

While with graphic user interfaces you can present a lot of different options, with verbal content, you need to keep the information brief so that the user does not become confused or overwhelmed. It’s recommended that you don’t list more than 3 different options for an interaction.

Craft Meaningful Error Messaging

Error handling is an essential component of designing thoughtful voice interactions. The wide variation in potential responses places much more emphasis on the importance of crafting meaningful error messaging that can steer the conversation with the user back on track if something goes wrong.

Use Visual Feedback

It’s recommended to use some form of visual feedback to let the user know that the system is ready and listening. Amazon’s Echo is a good example of this: on hearing a user say ‘Alexa’, the bluish light swirls around the top rim of the device, signalling that Alexa’s ‘all ears.’

User Input and Amazon Echo
Image credit: thewirecutter

Conclusion

Voice is the next big platform – it represents the new pinnacle of intuitive interfaces that make the use of technology more natural for people. Properly designed voice interfaces lead users to accomplish tasks with as little confusion and barriers as possible. And the good news is that UX designers already possess the skills they need to design effectively for voice.