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Monthly Archives: May 2021

Cabling Industry

Newest Trends in the Cabling Industry

Want to know what are the newest trends in the cabling industry? Demakis Technologies have got you covered.

In this article, we’ll shed light on the current and emerging trends in telecommunications.

So if you want to explore what’s going to be HUGE in the years to come, this article is for you.

Here are the 4 most important trends that will shape the telecom industry in the upcoming years:

#1 The Cabling Industry Is Growing

Cabling Industry trends

In 2019, the value of the global structured cabling market was $11.4 billion. It’s, however, expected to continue growing. 

According to the same global forecast for 2020 to 2025, the market will reach a steady growth rate of 4.3% CAGR. That means it could potentially reach $13.5 billion by 2025.

This market growth is attributed to several reasons. Chief among them is the rise in demand from business and the tech industry for high-speed connectivity devices and systems.

Another reason for the market expansion is the reliance on new technologies on more robust communication infrastructures.

The rising trend of data center convergence to accommodate data mining and analytics and its need for stable wireless telecom systems and fiber optics is fanning this growth, as well.

Finally, like every other industry, it comes down to the recent outbreak of COVID-19. 

As the world moves to the New Normal and the remote workplace, more and more businesses are investing heavily in structured cable systems. 

This has already caused a positive growth in 2020 – one of the telecom industry trends that will certainly persist in 2021.

#2 The Evolution of Data Centers

Because of these current trends for telecommunications and networks, companies are taking a closer look at their infrastructure. 

The demand for high-speed internet connection is causing data centers to evolve each day.

To do this, companies are upgrading their network architecture and investing heavily in structured cabling networks to support the changing needs of data centers.

As a result, this is setting the foundation for businesses to adopt and integrate with new technologies such as 5G, artificial intelligence (AI), and the Internet of Things (IoT).

#3 Category 6 Cables Hold Largest Market Share

newest trends in cabling industry

Category 6 cable types (Cat-6) are the standard twisted-pair cables used for connectivity with network physical layers, such as the Ethernet. 

Cat-6 cables are also compatible with other structured cable networks such as Cat-5, Cat-5e, and Cat-3 standards. 

This makes them highly reliable when supporting speeds of up to 10 Gbps, and, thus, very desirable in the information technology and telecommunication industries.

It’s no surprise that Cat-6 cable types are currently holding the largest share of the structured cabling market. 

As the telecom industry growth rate rises, it’s also not a shock that this trend will continue to persist in the upcoming years.

#4 APAC registers the highest CAGR

Among all the regional markets, Asia-Pacific (APAC) is expected to dominate the cabling industry in the next five years.

In fact, according to structured cabling news reports, forecasts predict that their CAGR may grow to as much as 6% for the period 2020-2026

This growth comes down to several factors. Chief among them is the continued urbanization in China, but also the rise in emerging economies such as Japan, South Korea, India, and the Middle East.

The rise in APAC economies is fueling the electrification of previously rural areas and, as a result, raising the demand for high-voltage cables and network connectivity.

The global expansion of large APAC structured cable companies is another driving factor, as corporations like Siemens AG, Nexans SA, and Sumitomo Electric Industries expand their reach beyond Asia.

what's new in Cabling Industry

Over to You

What do you think of these emerging trends in the telecommunication industry?

Are some of them already affecting your business? How?

It may be worth it to upgrade your network cabling infrastructure sooner rather than later.

That’s where we can help you.

Demakis Technologies offers network cabling services that can help you to control costs and raise the performance of your entire internet and telecommunications network.
Please CONTACT US today to get in touch with one of our professionals to find out more about how we can help you make the first step on the journey of better network connectivity.

RPA Robotic Process Automation

RPA: The Holy Grail of Process Improvement

Is Robotic Process Automation (RPA) the holy grail of process improvement in business and technology? We believe it is.

So in this post, we’ll explain:

  • What does it mean?
  • How does it work?
  • The benefits of the robotic process.
  • And how it can end repetitive tasks in business.

So if your goal is to make digital transformation a reality, you’ll love this article. Let’s begin.

What Is Robotic Process Automation (RPA)?

Robotic process automation (RPA) is a digital technology that deploys software robots to simulate human interactions with digital systems and handle repetitive tasks in the workflow.

Just like people, software robots (or bots) can complete a wide range of menial actions like navigating systems, inputting or extracting data, and performing a variety of other rule-based actions.

How Does Robotic Process Automation Work?

RPA systems leverage new technology like artificial intelligence (AI) and machine learning to automate repetitive tasks. 

Instead of following a list of actions like other workflow automation tools, RPA robots watch users perform them in the graphical user interface (GUI).

This enables them to learn the steps users take to complete these tasks, which the robots can then repeat directly in the GUI instead of the user.

The Benefits of Robotic Process Automation

The biggest benefit of robotic process automation is that it replaces human users from doing menial and repetitive tasks.

Robotic Process Automation benefits businesses because it can complete these tasks faster, more consistently, and with fewer errors than people.

In turn, this streamlines the workflow and gives human employees more time to focus on activities that require skill, experience, or creativity.

This makes the organization more agile, responsive, and more profitable, as they reduce the cost of repetitive tasks. 

Another benefit of RPA is that it’s a noninvasive way of automating workflow to accelerate the digital transformation of an organization.

This makes the RPA systems ideal for automating legacy systems that don’t have modern software capabilities like APIs, virtual desktop infrastructures (VDIs), cloud computing, or access to the latest database.

Examples of RPA Benefits

Robotic process automation benefits include these 8 things:

#1 Accelerated Digital Transformation

According to a survey, 63% of executive-level professionals agree that RPA is a key ingredient of the digital transformation in their company. 

#2 Major Cost-Saving Opportunities

Many companies across industries (including finance, technology, and investment banking) report that RPA has induced substantial improvement in their business metrics.

#3 Greater Resilience to Disruption

During the high demand caused by COVID-19 in 2020, RPA robots have helped businesses boost output and match workload peaks. 

#4 Higher Accuracy

According to this report by Forrester on the impact of RPA on employee experience, 57% of people said that RPA significantly reduces manual errors in the workplace.

#5 Improved Compliance

In 2018, a report stated that 92% of users had met or exceeded expectations because of RPA.

#6 Greater Productivity in the Workplace

In a global survey, 68% of workers agree how automation improves consistency and makes them more productive at the office.

#7 More Value from the Workforce

Around 60% of C-level executives agreed that Robotic Process Automation enabled their teams to focus on goal-oriented tasks vital for the strategic development of their organizations.

#8 Higher Employee Satisfaction

Another 57% of executives said that RPA raised the engagement of their employees and improved their happiness in the workplace.

How Much Does RPA Cost?

To be clear: the price of a robotic process automation solution depends on several factors. 

Among them, the most important ones include the number of RPA robots and the software components involved in their deployment. 

On average, the cost of an RPA bot is between $5,000 and $15,000 (depending on the developer and/or provider).

Take Steps to Automate a Manual Process

So, is RPA the holy grail of process automation and business improvement?


We believe it is.

That’s why we can support you in your efforts to reduce the cost of repetitive tasks.

Demakis Technologies offers a wide variety of services like managed services and helpdesk that can help you create a stable tech infrastructure built around your needs.
Please CONTACT US to find out how we can implement process automation services into your business.

Augmented Reality ar

Augmented reality – A Technology Trend that is Growing as AR devices

Hello and welcome to the new webinar at “Tea Time With Demakis”. We are going to be covering Augmented Reality.

We are going to take a closer look at augmented reality – a technology trend that is growing as AR devices are becoming more available. 

We’ll address the following questions:

  • What is augmented reality?
  • How is augmented reality used in business?
  • What are some of the best solutions for augmented reality?

So if you want to understand augmented reality better, and find out why this technology is emerging, this article is for you. 

Augmented reality is only getting bigger, and the possibilities of using this technology are endless as it could be used in any industry. If you’d like to find out more about innovative technology, please follow Demakis Technologies and continue reading about it on our blog.

Intelligent Process Automation

The Challenges of Intelligent Process Automation (IPA)

This article explores intelligent process automation (IPA) and the challenges organizations face when adopting this business strategy.

Specifically, we’ll explore:

  • What IPA is
  • Five key IPA technologies
  • Their benefits
  • The challenges of integrating IPA

So if you want to learn more about IPA before you integrate it with your business operations, you’ll enjoy this article.

Let’s get started.

What Is Intelligent Process Automation?

Intelligent Process Automation (IPA) is a suite of business-process improvements and emerging technologies that use next-generation tools to redesign core processes and digitally transform the organization.

Technically, it “takes the robot out of the human” by using IPA technology to eliminate repetitive tasks from business operations.

As a result, intelligence automation can simplify interactions, raise efficiency, reduce risk, and speed up processes, and in doing so, fundamentally improve customer journeys.

Intelligent Automation Technologies

automation pros and cons

At its full extent, IPA technology incorporates five core tech solutions:

#1 Robotic Process Automation (RPA)

RPA intelligent automation is a software solution that automates routine and menial tasks such as automated document processing or data analysis and extraction. 

The software is extremely customizable and rule-based which means companies can use it for performing calculations, reporting, documentation, and file checking typically used in accounting, IT, and finance.

#2 Smart Workflow

Smart workflow tools are process-management software solutions that typically control RPAs and integrate how organizations integrate task hand-offs performed by human workers and machines, as well as how these tasks are tracked in real-time.

#3 Machine Learning Analytics

Machine learning analytics are advanced machine learning algorithms that locate patterns in structured data. There are two types of algorithms: “supervised” and “unsupervised”.

Supervised algorithms use the input and output of data to learn from it, before inputting new data to make predictions.

Unsupervised algorithms process structured data to recognize patterns in it, and provide insights based on those observations.

Machine learning analytics are typically used to find insights into opportunities that improve compliance, competitiveness, and cost-efficiency.

#4 Natural-Language Generation (NLG)

NLG software solutions streamline interactions and communication between people and machines by translating data observations into natural language. NLG engines analyze human speech, and based on that data complete automated document processing and reporting. 

Simply put, companies can use NLG engines to fill out documents and reports based on structured data.

#5 Cognitive Agents

Cognitive agents are virtual workforce machines (or “agents”) that use NLGs to perform tasks, communicate with humans, learn from data, and use “emotion detection” to make decisions of their own. 

Businesses use cognitive agents to support customers and employees either over the phone using voice generators or via chat through text NLG engines.

Benefits of Process Automation

it process automation examples

There are both pros and cons of automation in the workplace and its general adoption in business. 

But, for the most part, IPA is beneficial for business as it takes over menial tasks so that the human workforce can focus their time, energy, and attention on more important areas, such as delighting customers or generating more business for the company.

Even though there are multiple benefits from adopting just one of the IPA technologies that we’ve mentioned, incorporating all five can help your company produce the fastest results and the biggest wins in terms of ROI.

This means there are significant perks of having an automated online application, such as:

  • Rightsizing the workforce
  • Reducing payroll and labor costs
  • Overcoming the in-house skill gap
  • Raising operational cost-effectiveness
  • Processing large volumes of data
  • Achieving greater speed and accuracy

To do this, you’ll have to overcome some of the negatives of automation, because that’s where the real challenges of IPA occur:

Automation Disadvantages

Intelligent Process Automation IPA

Although implementing IPA solutions represents a considerable transformation of work, it’s not a substantial investment.

The biggest cons of automation come from its implementation and the digital transformation that ensues.

Some of the most common challenges of integrating IPA in business includes:

  • The lack of skilled manpower to implement IPA
  • Difficult retraining and re-skilling of staff to use IPA technology
  • Integrating IPA technology with legacy software solutions
  • Resistance from human workers who fear rightsizing and lay-offs
  • Lack of cybersecurity in dealing with threats from hackers

As it turns out, the those who stand to benefit the most, the human workforce, are often the main cause of these challenges.

What’s even more ironic is that intelligent automation could be the solution to many of these challenges.

That’s why many businesses that want to adopt intelligent process automation tend to rely on external partners that are experts in the field and provide managed services.

And if you’re one of them, we can help you. 

Demakis Technologies offers a plethora of services and solutions that can help you digitally transform your business.

We provide a complete IT service list that includes: 

CONTACT US today to get in touch with one of our IT professionals who can help you get started on the road to process automation.

Tactile VR

The Newest VR Interface: Tactile VR

In this post, we’ll discuss the newest virtual reality (VR) interface called tactile VR.

We’ll explain what it is, how it works, and the foundations on which it’s being developed.

So if you want to get a better understanding of this new innovative VR technology, you’ll enjoy this article.

Let’s begin.

What Is Tactile VR?

Tactile VR is a new form of virtual architecture. Like all VR, it’s a digital simulation built on VR technology. It creates a completely interactive, multi-sensory virtual experience based on sound, sight, and touch.

This makes the digital information that users see and hear seem touchable to them, as well.

How Does Tactile VR Work?

To achieve this level of immersion, full sensory VR is built on old and new technology. 

Tactile VR relies on a virtual reality headset and kinetic elements contained in a physical setting or clothing.

An example of this is a haptic digital architectural environment, as well as various virtual reality bodysuits and gloves.

The kinetic elements within these components rouse the human body through various stimulants so that it perceives artificial stimulation as the sense of touch.

Along with the digital information users receive from the VR headset, this haptic tactile technology is what you experience as tactile VR.

But to truly understand how tactile VR technology works, we need to explain haptics and haptic technology.

What Is Haptic Touch Tactile Sense?

Haptics is a branch of science that studies the sense of touch and the way humans and animals use tactile stimulation as a form of non-verbal communication.

The word itself comes from the Greek word ἁπτικός (haptikos), which means: “tactile, pertaining to the sense of touch”.

What Is Haptic Technology?

Haptic technology (kinaesthetic communication or 3D touch) is a technology that’s designed to simulate the experience of touch. Haptic devices may contain tactile sensors and kinetic components that exert a number of various artificial stimulations on the user.

But what are these stimulants? 


What Makes Someone Touchable?

The human body, skin, and nervous system sense a variety of stimulants.

According to scientists, human beings can distinguish between three sensory systems:

  • Cutaneous receptors (sensing through the skin)
  • Kinaesthetic (sensing self-motion and body position)
  • Haptic (a tactile exploration of the surface of things)

The combination of your cutaneous and kinaesthetic sense is your tactile perception, while haptic touch is active sensing used for non-verbal communication and object recognition.

The Implementation of Haptic Technology

As we’ve mentioned, haptic technology depends a lot on the artificial sensations haptic devices use to stimulate the user.

It stands to reason then, that virtual reality touch sense depends on all three sensory systems of the human body.

And there are four ways you can implement these senses in haptic technology:


Vibration as physical contact is one of the most common ways electronic devices generate haptic feedback. Two of the most common types of this kind of artificial stimulations are:

Eccentric Rotating Mass (ERM) – unbalancing weight through shaking

Linear Resonant Actuator (LRA) – translating AC electrical signals into motion

Force Feedback

Is weight a tactile feeling? Is movement?

Some haptic technology devices exert force to manipulate the user’s sense of touch. The forces involved depend on the sensory system they rely on to achieve this.

On the one hand, devices that use kinaesthetic are typically passive environments. Think 5D movie theaters or flight simulators. 

These haptic technologies manipulate the surroundings of the user according to the digital information he receives through the headset.

On the other hand, devices that exert force feedback can also rely on haptics to manipulate an item held by the user and simulate objects, textures, momentum, and even the physical presence of objects in a virtual setting.

Temperature Sensation

Humans detect temperature as a cutaneous sense. In fact, we can detect a thermal sensation that ranges from noxious cold (< 8°C/46.4°F) to noxious heat (> 52°C/125.6°F).

According to researchers:

“This broad spectrum suggests the existence of temperature sensors with distinct thermal sensitivities.”

To rouse these sensitivities, some haptic devices use Infrared Radiation (IR). But how does IR use haptic sensing?

Some bodysuits create virtual reality touch sense through tiny sensors that emit IR. As they light up, they heat (or cool) the surface of the body and the user experiences that change in temperature as the result of his virtual surroundings.

Full Immersion VR: The Final Frontier

As virtual reality gains popularity, it’s easy to see that tactile VR is the next frontier for the virtual experience.

Although there’s a long way to go, in the future, we may see the application of tactile VR evolve beyond VR player bio haptics (feeling explosions and bullet impacts in games). 

Innovations such as a full interface touch or touching over the Internet at long distances may become a virtual reality all of us will experience in our lifetimes.

But until then, we suggest that you stay up to date.


Read the latest news, insights, and tips from the world of technology on the Demakis Technologies blog.