digital twins
Internet Of Things

Digital Twins: What to Watch Out for in 2023

Digital Twin technology is maturing; digital twins are assigned new tasks; they are deployed in more and more industries, and are moving outside the realm of their original applications. From its humble origins in product development in automotive, aerospace, and defense, digital twins have become a common analysis tool in architecture, engineering, construction, procurement, or city planning projects and even the decision-making processes for buying/selling, commissioning, and operations management. A digital twin is a model of a physical object in the digital realm, allowing developers to analyze it as a reference even if the product does not exist yet. Initially, digital twins were mainly used for low-cost prototyping, but now they are being used for various operational streamlining purposes.

What Is a Digital Twin and How Does It Work?

A digital twin is a virtual model that accurately describes a physical object. The physical object has various IoT sensors. Data generated by the physical object – a combustion engine for example – such as power, torque, fuel consumption, and the temperature at various locations in the engine, can be relayed to the digital twin to create a real-time digital copy. Once the virtual model has collected a complete dataset, the model can be used to run simulations, analyze performance issues, and study possible improvements, which after the tests have been completed, can then be used to adjust and improve the original real-world object.

The difference between a simulation and a digital twin is that a simulation refers to replicating one process, whereas a digital twin can replicate multiple processes at once. By using a virtual model to study relevant data, an analyst can learn real-time insights about the project to make quick improvements.

Digital twins have the capability of bringing together several insights at once to make a process more efficient. They serve as a much more powerful resource than what a single simulation generates because they provide data from various vantage points. It’s possible to use this data-rich system to make a more cohesive and competitive product based on analyzing digital manipulations to the 3D version of a prototype.

History of Digital Twins

According to IBM, the original concept behind digital twin technology began in 1991 with the book by Yale professor David Gelernter called Mirror Worlds: or the Day Software Puts the Universe in a Shoebox. How It Will Happen and What It Will Mean. The book explained how reality can be manipulated with the help of a computer. It was an early look into the idea of exploring the world via software without leaving home.

The first scientist to announce the application of digital twins to manufacturing in 2002 was Dr. Michael Grieves at the University of Michigan. Then in 2010 the term “digital twin” was coined by John Vickers of NASA, the aerospace agency that introduced the basic concept during space missions of the 1960s.

One of the leading AI companies of the past decade to capitalize on digital twins has been tech giant Nvidia, which has contributed to improving Pixar’s Universal Scene Description (USD) format. Nvidia is further planning on using USD for advancements in medicine and other industries. It’s also playing a role in creating virtual tools for the metaverse. Since its launch in 1993, the company has grown to be a leader in video games and graphic-based supercomputing.

Construction has been a rapidly-evolving industry due to the adoption of digital twins, particularly generative AI. Virtual technology is helping builders identify cracks in concrete more swiftly so that they can apply sealant and more durable solutions. It’s leading to conditions for allowing more open-source and customized development at worksites. The flip side of the coin is that generating 3D images using OpenAI technology raises questions as to who owns the rights to such images.

Many of today’s business leaders now predict digital twin technology will become a game-changer in 2023. It might even help alleviate supply chain disruptions that have contributed to high inflation.

Types of Digital Twins

Digital twins have evolved over the past few decades to include various types for different purposes. To show the versatility of the digital twin approach, here are some of the most common types:

  1. Component twins: These models represent the smallest components and basic units of a physical object. They may include parts of a system.
  2. Asset twins: The combination of two or more components of a digital twin working together is called an asset. It allows for the analysis of interactions between components.
  3. System or unit twins: These virtual replicas give you a view of how different assets interact within a system.
  4. Process twins: From a broader perspective, these models allow you to analyze the systems of an entire production operation. They can be used to refine the timing precision of processes.

Digital Twin Trends in 2023

  1. From connecting files to connecting data: The use of generative AI techniques and new file formats such as USD and glTF make it easier for businesses to analyze 3D shapes and digital twins. The glTF format has been tagged by The Khronos Group as the “JPEG for the metaverse and digital twins.” Data integration tools are contributing to simplifying data exchange processes as well.
  2. Entertainment firms target the industrial metaverse: Two companies that have helped pioneer the use of digital twins in the entertainment industry have been Epic and Unreal, partnering with GIS, construction, and automotive firms. The globe behind Microsoft’s new flight simulator was developed by Blackshark AI, allowing for the automated transfer of raw satellite photos.
  3. Generative AI meets digital twins: The combination of generative AI and digital twins opens the door to new ways of training complex computer vision systems. It has already been useful for content creation with ChatGPT, which generates text, and Stable Diffusion, which generates images. This combination will be used to improve autonomous vehicles.
  4. Hybrid digital twins: Using virtual models presents an array of choices for prioritizing production accuracy versus performance. Hybrid digital twins collect data from IoT sensors and use AI for predictive maintenance. Businesses are expected to increasingly use hybrid digital twins for system optimization and market disruption.
  5. FDA Modernization Act replaces animals with silicon: Congress recently passed this bill so that pharma companies can abandon animal testing in favor of virtual methods. The new law is set to drive innovation toward patients-on-a-chip technology. It will further make medical digital twins more cost-effective.
  6. Digital twins drive 5G: Even though 5G delivers data transmission at a much higher speed than 4G, there can still be latency in the radio shadow zone. Cellphone carriers are currently competing to fill these shadows, as digital twins can point to transmission improvements. The 5G market is expected to grow 54.4 percent through 2028, as forecasted by Fortune Business Insights.

Conclusion

A wide range of industries now views the use of digital twins as necessary for gaining a competitive edge in the market. Large operations that serve many people such as hospitals and banks have particularly benefited from digital twin strategies. Contact us at IoT Marketing for more information on using virtual technology to expand your business capabilities.

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5G and Smart City
Renewable Energy

If Your City Isn’t a 5G Smart City, It Probably Will Be Soon

5G technology is setting the stage for every regular city to transform into a “smart city.” 5G will provide the essential services cities need to function with the utmost efficiency. Cities of all sizes will smarten up in the years ahead, regardless of whether they are small, midsize, or large.


The Transition to Smart Cities is Finally Here

Smart cities are those that rely on local government, local organizations, and businesses to function in a high-tech manner with impressive efficiency. An entire network of technologies boosts the sustainability and livability of smart cities. The collection of data pertaining to weather, the use of utilities, energy, etc. sets the stage for cities to become smarter as time progresses. This data is analyzed to improve city services and ultimately enhance quality of life.

5G mobile networks are capable of enduring potential disruptions, ultimately ensuring requirements for bandwidth, latency and reliability will be accessible for a wide array of services. This takes place on the same network through a process known as ‘network slicing’.

5G technology makes it that much easier to enhance performance along with the ability to virtually slice the network to ensure the optimal performance for a wide array of applications. This virtual partitioning is performed by mobile network operators. If a portion is down or overloaded, it will still be possible to manage certain segments independently. This strategic approach permits use cases with specific requirements for latency, security, and performance to be present on the same network. Furthermore, this approach is optimal as it enhances flexibility, empowering network operators to meet service needs as time progresses, including those not yet available in 2021. This means the stage is set for the tech to be flexible to the point that it meets service needs that have not yet been created.


The Importance of Network Slicing

Operators are now capable of enabling services for specific use cases through rightsizing mobile connectivity for each such case with several virtual networks. Each slice can be customized to the required network performance for each case. Everything from duration to security, latency, coverage, and capacity can be accounted for.

As an example, consider an emergency responder network with complex tools for communications that make it easier for responders to coordinate highly effective and timely rescues when emergencies arise. If a devastating event occurs and the city residents transmit video, pictures, and text on social media in unison, the operators of the mobile network would still be able to provide the emergency responder crew with connectivity since their network slice will not get bogged down with any public traffic.


Network Functionality

As cities become more connected and smarter, network operators will be tasked with ensuring those networks are able to meet the needs of smart city residents. SDN, meaning software-defined networking, along with network function virtualization (NFV) are essential to such virtualization. 5G will prove adaptable and even programmable from one end to the next with the use of virtual constructs. SDN is centered on physical network infrastructure abstraction that sets the stage for network actions to be altered in accordance with guaranteed service performance for specific use cases.

NFV makes it easy for network function deployment and implementation through software as opposed to purchasing, shipping, and adding actual appliances. NFV executes a wide array of virtual network functions that are not tied to a specific location. In short, if a disaster occurs, there will still be 5G mobile network accessibility for emergency responders in spite of the fact that the use of these networks often go down when civilian use increases unexpectedly.


The Smart City Age Is Not Far Away

5G’s sliced networks really do make it that much easier for operators to provide optimal data speed, network connectivity, and subsequent reliability. Your city will likely transform into a smart city within a couple of years. Even small and midsize cities will make this high-tech transition that ultimately improves quality of life for everyone.


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5g smart city
Smart Cities

Preparing for Tomorrow’s 5G Smart City

The 5G smart city is on the horizon. 5G technology will upgrade network infrastructures for business and home internet use. Although it will take years for its full deployment, the changes will set the pace for accelerated business models and enhanced urban planning.

A fundamental change that 5G brings to urban living is faster internet speeds - up to 20 times faster than 4G speeds. This acceleration will be crucial for reducing network latency issues and enabling mission-critical communications. The increased bandwidth capacity will also allow networks to support a significantly greater number of smart device connections.


How 5G Powers Smart Cities

The upcoming 5G smart city technologies will take time for mass deployment. But once the new system is in place, you will notice multiple improvements in urban quality of life. Smart buildings and sensors will constantly gather data, giving officials evidence for identifying inefficiencies. Here are some of the changes that 5G will make for smart cities:

  • Advanced 5G capabilities - The exponential expansion of data and internet traffic will be felt across all organizations that prepare for 5G. Sophisticated, high-speed connectivity will allow businesses to collaborate and deliver higher quality services. Law enforcement will also have more information at their fingertips to solves criminal cases.
  • Better security - Even though 5G will increase the amount of confidential data in private networks, organizations will be forced to upgrade to higher quality cybersecurity. This factor is one of the key reasons businesses are hesitant to invest in 5G, as it requires deeper investments in hardware and software.
  • Traffic and transportation solutions - Not only will 5G help solve transportation fleet issues, it will also allow for wider data transmission across mobile internet channels.
  • Cleaner, safer, energy-efficiency - Consumers will expand choices with automated purchasing and deliveries that reduce traffic jams and accidents. Wider frequencies will allow for more seamless distribution of data, which will be helpful during emergencies.
  • Personalized healthcare - Hospitals will adopt 5G to create more personalized connections with patients. Doctors will learn more about the health conditions of patients faster, as diagnostics and treatments speed up. Hospitals will save more lives due to faster diagnostic testing. Through predictive machine learning programs, organizations will have greater decision-making capabilities. Medical records will be shared by healthcare professionals more efficiently to meet the needs of patients.
  • More reliable city infrastructure - Connectivity among city infrastructure components will improve, thanks to 5G. The deployment of smart sensors will provide analysts greater insights on how to streamline community services.

City officials can use 5G for many infrastructure improvements, as it will help identify system vulnerabilities quickly. Local leaders will have a clearer idea on what type of equipment needs to be replaced to create higher living standards. They will also be able to hire technical talent more effectively, using AI and algorithms to prioritize the best job candidates.

A smooth transition to 5G will require local governments, businesses, stakeholders, and consumers to work together. Since each group will be affected by permanent changes.


Conclusion

Over the next decade, 5G technology will shape new standards for smart cities across the planet. Governments will be more connected with citizens while businesses will be more connected with supply chains. The result will be greater interconnectivity, less waste, and improved services. Ultimately, operational costs will decrease as cities move into a modernization phase of widespread interconnectivity.

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5G technology
Networking

Bringing 5G Technology to the Energy Sector

Everyone has heard about how 5G technology will be a major game-changer for consumers. Beyond that, it will also transform utilities into much more efficient operations, which puts less strain on the environment. The combination of a digitized electrical grid, 5G and IoT will lead to improved revenue models and customer satisfaction for utilities. At the same time, it will help customers monitor their own energy usage more effectively, and conserve energy.

The reason 5G will bring significant changes to society is because it will be based on faster, more interconnected wireless networks. Both utilities and consumers will be able to access important energy information from mobile devices in real-time. But in order to create a smooth transition to 5G, utilities must invest in upgraded technology that supports high data transmission speeds. Coinciding with 5G development, smart devices will require less energy, further enhancing cost-efficiency.


More Data and Faster Response Time

Power management will improve enormously by virtue of expanded data analysis from the spread of smart sensors within an electric grid system. The reason 5G will play a huge role in this transformation is because it will streamline various components of a utility operation, especially for reducing costs and waste. It will also create a safer environment for electricians, who will have a lot more grid data at their fingertips.

With the advent of 5G, data transmission will be more instantaneous, giving utility analysts more actionable data to resolve technical issues at a faster pace. This enormous growth in real-time data from smart sensors that monitor grid systems will lead to more reliable and efficient electricity production and distribution.


The Benefits that 5G Offers the Energy Industry

Energy producers will benefit in numerous ways from 5G technology. Suppliers will improve communication with each other, while consumers will enjoy more reliable electricity at lower costs. Another one of the most important benefits will be how 5G helps allocate energy more efficiently to reduce greenhouse gases. With the integration of stored renewable energy, the grid system will have more resources to draw from during peak times.

As 5G is deployed, it will facilitate more interconnected electrical components monitored by self-correcting machine learning technology. Increased data collection will resolve a wide variety of technical problems. This modernization will give utilities greater insights on predicting peak periods so that they can make quick adjustments that yield more efficient power distribution.

Here are some key use-cases for 5G in the energy sector:

  • Improved energy distribution within a smart grid - Utilities can manage voltage fluctuation more effectively, which will help reduce power losses.
  • Use of smart meters to monitor energy usage - Homeowners can access smart meters from their smartphones to monitor their daily energy use. This helps make consumers more conscious of their energy use and how costs are broken down based on kilowatt hours.
  • Remote monitoring of solar and wind sources - Renewable energy can be used in smart grids for backup power when demand levels rise. And by adding remote monitoring of decentralized renewable energy sources, such as solar and wind, smart grids can help allocate resources more effectively.
  • More efficient power generation - Without smart sensors, power generation can be unstable and unpredictable at times. With smart sensors and 5G, power generation can achieve more stability, allowing for more reliable electricity production.
  • Environmentally friendly solution - By helping to reduce wasted fossil fuels, 5G helps raise more awareness of how necessary the control of harmful emissions, as well as promotes the need to transition renewable forms of energy, in order to protect our environment.


Conclusion

More and more industries are realizing the benefits of 5G technology, and the power industry is one of them. The earlier that energy companies adopt this transformation, the more competitive edges they will gain in the near future. It will allow utilities to promote themselves as leaders in more efficient and cleaner energy production.

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5G technology
Networking

Innovating with Enterprise: How Telecom Plans to Recoup 5G Investments

The telecom industry has held its own for over 100 years through several disruptions. Today, the next level of development revolves around the promises of the internet of things, 5G, and their potential to generate new revenue streams. Embracing these new technologies can allow telecom operators to remain profitable in a world that has left behind old revenue streams around long-distance calling and text message charges, to become an exclusive world of unlimited data.

Everyone is racing to have the most robust 5G network, but much of the ROI remains wrapped up in potential rather than solid business cases. Compared to places like China and South Korea, it is considerably more time consuming and costly to rollout 5G small cell infrastructure in the US. One research firm projects that mobile service providers will collectively spend nearly US $57 billion on the rollout of 5G through 2022.

There are plenty of challenges that come with the costly rollout and implementation of 5G networks. First, there is the need to identify millions of locations for infrastructure. Next, companies must work with city officials to acquire permits for every one of the millions of identified locations. Even after installation, a number of operational costs remain to lease, deploy and maintain sites containing the small cell technology. With all these challenges, there is growing concern around the small profit margins that will come with these new ultra-fast networks.


The Road to ROI

To recover a significant return on investment, network operators need to develop new revenue streams beyond just access charges for internet services. There is an increasingly pressing need for network operators to create new products and more monetization models to stay profitable.

Will users be willing to pay more for 5G services? Even though the ability to download an HD move in 5 seconds or enjoy a smooth AR/VR gaming experience is beneficial, it is not an immediate need for consumers. When thinking about the technology adoption curve, most consumers usually wait for word of mouth recommendations from their family, friends, and colleagues.

Beyond movies and gaming, everyday consumers will need a lot more products that utilize 5G speeds to make their usage a profitable revenue stream. Therefore, the best business case lies with enterprise 5G solutions rather than purely consumer use.


The Cloud Forward Strategy

In the business world, 5G can help proliferate the ubiquity of automation and intelligent environments. This advancement is possible through a combination of benefits around speed, reliability, low latency, and massive connectivity. 5G networks will change how businesses capture, transmit, and use data, while also managing the potential growth in demand and opening up opportunities to supply even more data. Therefore, to maximize all of the potential and profitability that 5G can provide, telecom operators must be innovative and strategic.

For telecom, the real value lies in cloud-native applications. In order to accommodate flexibility and innovation, many network operators have recognized the strategic imperative of moving to the cloud. When done in parallel with the transformation of operations support systems (OSS) and business support systems (BSS), the benefits come in the form of operational savings from automation. This ultimately affects total cost of ownership, which is important for telecom operators who are already stretched thin from initiatives around 5G and IoT, as well as other mergers and acquisitions.

When it comes to differentiation from competitors, the quality of the network, coverage and price are no longer the go-to USP. Now, by leveraging technology enabled by moving to the cloud, they can differentiate through customer experience by providing access to new and innovative services. Through incorporating the use of artificial intelligence and machine learning, operators can get even closer to the customer to understand their experience and improve upon it. This is an essential tactic when calculating the fact that the cost of acquiring a new customer is 5x more expensive than keeping them.


The Rise of B2B2X Business Model

While 5G is an important element, it is not the holy grail of IoT. Telecom operators must work on creating and controlling an end-to-end application infrastructure that will reduce churn and increase customer stickiness.

To do this, operators will have to move away from direct B2B and B2C models and begin selling 5G services to other businesses, who will then package and resell service as part of a bundled offer to their own customers. This model has come to be known as business-to-business-to-X (B2B2X), where X can represent a public agency, another business, or a consumer. Within this model, networks operators must innovate and collaborate in order to share profitability with enterprise partners.

These enterprise partner collaborations are limitless and can range anywhere from automotive, to eHealth, VR, factory automation, and gaming services.


Managing the B2B2X Customer Journey

In order to transition from connectivity providers to business service enablers, telecom must utilize microservices based applications with complete end-to end-governance that includes planning and execution, along with the ability to measure and improve processes. In an effort to bring this model to a reality, several companies are already creating platforms that allow the onboarding of multiple enterprise partners with only one integration in addition to managing services through only one interface. This will allow telecom companies to significantly expand their portfolio with a lower onboarding cost and shorter time-to-market.

Within this new model of digital marketplace solutions, there are several services that need to be brought together. In addition to easily accessible product catalogs, there must also be the inclusion of processes to execute partner, customer, and revenue management.

Many digital players are partnering to expand their global footprint because at the end of the day, people want to pay one provider to bundle their digital services. Even though each new combination of service integrations presents its own unique set of challenges, it is a golden opportunity to boost customer stickiness through new services and a frictionless end-user experience.


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5G technology
Networking

Chasing 5G: Telecom’s Race to Profitability in the Age of Unlimited Data

Telecommunications, the ability to send information through electrical signals, is a legacy industry with a long history. Electrical communications began to dominate society in the 1830s with the telegraph and Morse code, which crossed the Atlantic in 1866. Voice communication arrived in the 1880s, and the first commercial telephone services were set up by the Bell Telephone Company between New Haven, Connecticut, and London, England, in 1879.

After holding a monopoly of the telephone industry for 100 years, the Bell Telephone Company was court-ordered to split into several regional operating companies. The remnants of which include AT&T, Verizon Communications, and Century Link. At the time of its breakup in the early 1980s, the Bell system had the modern equivalent of $370 billion in assets and employed over one million people.

Before the breakup of the telephone companies, in 1965, Donald Davies, a British computer scientist, was struggling with a way to share data between on-campus computers at his job, the UK National Physical Laboratory. While he could send long encoded data files, the problem was the circuit switching protocol that kept phone lines busy during the entire transmission. What Davies required was a more complex system than the telecommunication networks could provide. His answer was to skip the use of telephone lines and build a network by laying high bandwidth data cables throughout the laboratory campus. The result was the institution of a new way of moving data around, which he eventually coined packet switching.

Packet switching serves as the foundation for the modern internet by allowing senders to transmit data over a shared network. Today it continues to be the dominant means for data communications in computer networks worldwide.


Two Decades of Disruption

The proliferation of the internet in the early 2000s spelled the beginning of a major transformation for the telecom industry. Packet switching technologies gave way to voice over internet protocol (VoIP), which led to the declining use of voice and messaging systems through traditional network operators.

Over-the-top (OTT) voice and messaging apps posed a serious threat to traditional carriers’ business models. It became increasingly difficult to get customers to pay 15 cents per SMS/MMS text or for long-distance calls when services like WhatsApp and Viber are free with a data plan. This forced telco operators to move from per-minute/megabyte voice-based services to tiered data plans that included voice and SMS for free.

To overcome revenue declines and boost market value, from 2015-2018, network operators began to diversify and acquire internet/cable/broadband companies such as Time-Warner and DirecTV by AT&T.

Unfortunately, these acquisitions were quickly followed by the cord-cutting revolution. The availability of OTT video services like Netflix further reduced profits, with cable companies losing upwards of 14,000 subscribers each day. By 2018, twenty-five percent of Americans (33 million) had canceled their cable TV subscriptions, and that number is expected to grow, reaching fifty-five percent by 2022.


It’s all About the Data

The emergence of the OTT players has forced telecom to evolve its current service offerings. OTT technology companies go over the top of carrier networks and use data connections to provide services. Because data can be in any mode, WiFi, 3G, 4G, and eventually 5G, they are not in direct competition with telecom providers.

As for cable and satellite providers, many consumers have been steadily shedding their cable subscription packages and opting for internet access only. Besides paid subscriptions like Hulu and Amazon, there is still an increasing variety of free and legally distributed video content available that completely bypasses traditional distribution channels.

Around the world in 2020, many businesses are in distress, which has brought on a fresh round of under-the-radar mergers and acquisitions from companies looking to boost revenue and achieve scale for a greater degree of competitive advantage.

  • T-Mobile and Sprint (Americas)
  • TPG Telecom and Vodafone Australia
  • Comcast and Blueface (Dublin)
  • Verizon and Bluejeans Network

How can telco providers increase profitability when the only business model they have left to generate revenue is through access charges for internet services?


Will the IoT and 5G Save Telecom?

IoT and 5G promise to be the path forward for the traditional telecom companies.

With the coming of 5G, the end-user is no longer just the everyday consumer. The case has become much stronger for enterprise and industrial IoT applications around oil and gas, transportation, construction, telemedicine, and smart factory automation.

While network operators own the spectrum, it is also necessary to begin developing direct B2B relationships with enterprises to create a diverse mix of value-added services.

More than any other business, network operators have the potential to utilize big data analytics. Unlike pure-play broadcasters and video services, telcos can track mobile and broadband usage. The use of insights around purchasing behavior, spending patterns, and other subscriber information, opens up new opportunities to grow revenue. The added value for telcos is providing a more personalized, immersive, and collaborative, end-user experience, especially when it comes to data-rich sports and entertainment content.

Altogether, telecom providers will be highly dependent on enterprise and innovation to move forward and see continued profitability and success well into the future.

For more on how this will work, read Innovating with Enterprise: How Telecom Plans to Recoup 5G Investments


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5G Technology
Networking

Exploring the Adventurous Crossroads of IoT and 5G Technology

Moving to the cloud and investing in IoT devices are important steps in preparing for 5G technology. Every business should be concerned about the new networking technology that will speed up the internet and data collection. Here's a look at how this game-changing development will maximize opportunities for gathering a wealth of valuable data to improve your business.


How 5G Will Advance IoT

The upcoming fifth-generation cellular communications world is commonly called 5G technology. It marks a new era in how business will use the internet to connect with internal and external data. This new interconnected world will be visibly cost-saving for both consumers and producers. Not only will access to big data benefit homeowners to know more about how they spend money on utilities, it will also help advance manufacturers toward higher operational efficiency.

Many traditional processes will need rethinking between now and the widespread deployment of 5G and IoT infrastructure. You will be able to manage your business more effectively and collect increasing amounts of data through modern IoT sensors. Since the data will be in real-time, this access will allow you to accelerate decision-making. Health care professionals, for example, will be able to diagnose illnesses more quickly by monitoring wireless devices worn by patients.


Revolutionizing IoT

The arrival of a faster internet will be one of the keys that 5G will deliver to maximize the utility of data collecting IoT sensors. You'll be able to collect much more data due to wider bandwidth and more reliable transmission. Here's a deeper look at how these changes will improve enterprises:

  • Reduced latency - Even though 4G networks already provide millisecond transmission, 5G will reduce latency further to the point of instantaneous network response. This faster connection will enhance mission-critical activity. For medical patients, it can mean the difference between life and death.
  • More capacity - Although IoT devices don't usually require much bandwidth, the wider capacity that 5G provides will allow for a greater number of IoT sensors to be deployed. You'll be able to route tremendously more data through your system.
  • Greater reliability - IoT devices are only as good as the networks that deliver their data, especially when it comes to real-time scenarios. One of the ways 5G will make data transmission more reliable is through the new technical standard known as Ultra-Reliable Low-Latency Communication (URLCC).


What 5G and IoT Will Do for Business

The massive 5G rollout over the next five years will lead to manufacturers maximizing profit margins by cutting unnecessary tasks in production. You'll be able to cut costs more effectively and eliminate waste through data analysis, which will be assisted by machines. Here are some of the major innovations to expect:

  • Better automation - The new 5G-IoT ecosystem will be more circular with integrated logistics that allow for more efficient data processing with less human intervention. Look for 5G to enable better automation for smart homes and smart cities.
  • Industrial 5G - Automakers and other manufacturers will get more instantaneous accurate data for faster streamlining of their production processes. Quicker calibration will be a huge benefit for manufacturers with the advent of smart factories, drones, and augmented reality headsets.
  • Internet of Everything (IoE) - People, data, and processes will all be connected through 5G, which will spawn IoE. It will create a more intelligent environment as the right data will go to the right people.


Are You Ready for the Next-Gen Connectivity?

Every business sector will be affected by 5G technology and the proliferation of IoT technology, which will someday overshadow current LTE technology. If you've already deployed IoT devices across your operations, then you are well-positioned to integrate with the next wave of business technology. It's wise to prepare for this revolution for a smooth transformation toward a faster, more robust network.


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5G connectivity
Networking

How 5G Connectivity Will Pave a New Future for Businesses

The entire business world will be impacted by 5G connectivity in one way or another. Either a business prepares for 5G and grows with the new technology or it may fall behind competitors if it doesn't. The new technology is considered a game-changer for the internet because it will greatly increase speed and capacity.

Planning for 5G connectivity will separate businesses of the future from businesses of the past. By monitoring the development and trials of the new standard, you will get a clearer understanding of where everything is headed. Data-centric processes will be at the core of this nextgen transition. IoT devices and data collection will be key drivers that define which companies are modern.


Ways 5G Will impact Businesses

As 5G takes off over the next decade, it will be a core force for several industries to improve efficiency at multiple levels. Autonomous vehicles, virtual reality, wearable communication, and automation processes will all become more powerful by the faster connectivity with greater data capacity. Here's a more in-depth look at what the effects of 5G will be.

  • Better Industrial IoT and Data Collection - A recent Gartner survey found that 57 percent of business respondents are preparing for 5G and expect to utilize IoT communication. Industrial IoT is expected to grow by double digits over the next five years. About 20 percent of businesses will experience a 20 percent increase in sales due to more robust Industrial IoT and data collection. Smart factories and wireless industrial control will become the new normal for manufacturers in the coming years.
  • Smart Technology - As energy demand grows globally, smart technology will be the key to monitoring, analyzing, and adjusting processes to reduce waste. Smart grids are developing across many cities, as data analysis will heavily impact how utilities are run. Smart grids integrate well with cost-saving solutions such as Virtual Power Plants (VPP), solar and wind energy, microgrids, and blockchain.
  • Enhanced Connectivity in Vehicles - Self-driving cars have been around for a while, but they will display a noticeable difference in the age of 5G. Built with intelligent driving systems, semi-autonomous vehicles will appear in many places by 2021. Smart technology will play a major role in strengthening fleet management.
  • More Efficient Smart Cities - Soon you will see cities full of smart technology that integrates with LED street lights, CCTV systems, and smart parking meters. Traffic management systems will improve from the use of connected traffic lights and real-time data analysis. It will help make roads safer and less congested. Smart homes have been springing up more often as consumers use their smartphones to gauge energy costs at any time.
  • Connected Healthcare - More and more health patients will use wearables and the internet to replace doctor visits. Health professionals can already remotely monitor patients who wear devices that measure and monitor biological activity such as pulse, blood pressure, and heart rate. It will allow medical experts to receive data and act more quickly to help save lives.

Aside from the technological benefits of 5G, it's important to understand the public issues that go with it, such as spectrum availability, costs, privacy, and security. Your business will have plenty of options for security, including Authentication and Key Agreement (AKA) and Extensible Authentication Protocol (EAP). Another security challenge will be to protect against growing cyber threats, as more data and devices require stronger security measures.


Conclusion

The reason there's so much talk around 5G connectivity is that it will create a more seamless internet experience. The changes, however, will not happen all at once, as it will take time for deployment and widespread adoption. Some people are calling 5G the fourth industrial revolution. It will be a world of more massive connections with digital devices. Ultimately, it will transform the quality of business and open the door to new industries.


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5G Technology
Networking

Prepare for 5G Technology with SD-WAN!

5G is the next generation of mobile network technology. With peak data-transfer rates of up to 10 gigabits per second, 5G will be about 100 times faster than 4G. High-capacity & high-speed bandwidth, together with 5G’s improved architecture and supporting technologies, allow applications that generate high volumes of data to function reliably and enable rapid and simultaneous connectivity in high-density environments with hundreds of thousands of endpoints.


5G Evolution

A major reason 5G technology is being hyped as a "game-changer" in internet history is that it will offer ultra-high-speed hyperconnectivity. 5G has the potential to drive new developments in smart machinery and smart manufacturing. 5G could enable IoT networks to run almost instantaneous traffic analyses, improve security and public safety, and possibly enable remote surgery. 5G’s ultra-low latency capability can improve the AR/VR experience and opens possibilities to introduce AR/VR in business and education.

Two-thirds of large organizations expect to have a 5G plan in place by 2020, according to a Gartner survey. Complete deployment, however, will still take several years. The study predicted that communications service providers (CSPs) will not be prepared to meet the high demands of the next internet technology wave. SD-WAN, though, will easily meet these demands


Setting Up SD-WAN for 5G

SD-WAN is a critical, enabling technology for 5G, particularly for multi-branch companies that require large networks. One of the reasons SD-WAN is favored as an infrastructure solution is it supports a high-quality network experience.

While many businesses are trying to figure out how to fit in with 5G, here are the services that SD-WAN vendors need to offer to ensure a seamless experience:

  • Ability to manage failovers and prioritize traffic automatically
  • Centralized solution for maintaining edges and 5G cells
  • Automatic rerouting of traffic during upgrades
  • Machine-learning capabilities to adapt to network conditions
  • Integration of your company's security policies with automation

Service providers should also be able to offer virtual WAN overlays, which lead to a more efficient allocation of resources. It will allow you to direct and isolate mission-critical traffic to the 5G network. From a security perspective, you will get the benefit of traffic steered automatically to appropriate security services. Ultimately, these factors will contribute to a noticeably higher quality user experience.


SD-WAN and 5G: Perfect Combination

The combination of SD-WAN and 5G will allow companies to be more reliable, secure, agile and able to withstand disruptions. Here are keys to why this combination is a strong solution for the future:

  • Transport independence - With SD-WAN, you will be able to separate internet connectivity with the physical network. This scenario allows your network traffic to be free of any specific service. It will allow you to negotiate different prices with different ISPs.
  • Network slicing - This feature allows for virtual networks across a shared physical infrastructure. It will give you better cost efficiency with functions that support specific customers and market segments.
  • Efficient bandwidth utilization - The combination allows you to utilize bandwidth more efficiently and make use of all your network transports. You'll be able to route traffic based on how you prioritize customers. Using 5G and SD-WAN together will give you the same efficiency as a hard-wired connection.
  • Remote Sites - You will achieve greater throughput of 5G mobile broadband compared with the past for remote sites. It can be a short-term solution before switching to a hard-wired connection. One of the biggest benefits is your company will be able to open new branches at a faster pace.


Conclusion

Every business has a chance to gain greater capabilities by deploying a combination of 5G technology and SD-WAN. You must do your own research to find out if your business can benefit from this combination. Be aware there is increasing marketing hype about the 5G revolution, so make sure you are tuning out the noise and staying in touch with your goals.


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