How IoT is re-evaluating the Gaming Industry

Since the days of playing Pong in your best friend’s living room, the gaming industry has gone a long way. Virtual reality, augmented reality, redesigned graphics, and a focus on storyline have made today’s games more immersive and entertaining than ever before. Like software development in general, the IoT is one of the most recent advancements to propel the game industry forward.

The IoT (Internet of Things) has been a significant boost in the gaming industry’s massive success by enabling fantastic streaming of free-to-play mobile games available on the market. In the past few years, the Internet of Things has genuinely re-evaluated the gaming industry. Developers are also considering building or inventing devices and software that rely on the internet to provide a completely new gaming experience.

What is IoT?

The IoT is a network of interconnected mechanical and digital machines, computing devices, animals, objects, or people with unique identifiers and the ability to transfer data over a network without the need for human-to-human or human-to-computer interaction.

The internet of things is a term that describes how the internet connects all devices that have a computer chip within. It usually has to do with how a smartphone connects to and communicates with other devices, such as a home computer, a personal vehicle, or a smartwatch. When something is linked to the internet, it can either send or receive data. This ability to send and receive data makes things more innovative and more intelligent is better.

IoT is mainly comprised of the following:

  • Sensors that gather and transmit data.
  • Computers that receive and process data.
  • Things that fulfill both functions.

IoT and Games

IoT has benefited gaming by allowing smart devices and consoles to be used by gamers, players, and streamers. Though games were available in the past, they were not well-known because mobile phones lacked features that prevented people from enjoying the fun gaming mode.

Nowadays, smartphones are equipped with cutting-edge software and hardware, allowing developers to create gaming experiences that are both enhanced and smooth. IoT has accelerated such developments on mobile devices, combining different features such as sensors, microphones, and accelerometers, among others, with gaming modes for more enjoyable gameplay. Moreover, the combination of games and IoT has provided gamers with an unexpected connection with the gaming as if they are in reality with the game’s narrative.

The increased use of smartphones has greatly accelerated the growth of IoT. Accelerometers sensors, touch and pressure sensors, cameras, and heart rate monitors are among the hardware and software features found in smartphones and tablets. Mobile applications can use all of these to report and collect data on user experience. For example, gaming platforms will learn how customers interact with online games by analysing and tracking the correct data.

Another advantage of mobile gaming’s growing popularity is that it makes gaming more accessible to people of all backgrounds. However, gaming consoles can be costly and are frequently regarded as luxury items in many households. On the other hand, smartphones come in various price points and are considered a necessity regardless of income.

In the last ten years, video gaming has undergone massive change and overhaul. While desktop devices and consoles continue to be extremely popular, the mobile gaming industry has seen the most growth, thanks mainly to the continuous flow of free games released to the market.


Many businesses, including the gaming industry, stand to benefit from the Internet of Things. Every year growing faster, the sector forces companies to seek out new ways to differentiate themselves. As a result, the entire market will alter forever if IoT is implemented in video games.

Today, the reality is that IoT offers unlimited potential in the gaming industry. However, as more devices connect to the internet of everything, the potential effects on people’s daily lives remain debatable due to issues ranging from security concerns to logistical implementation.

IoT in the gaming industry has enabled game developers, designers, and manufacturers to leverage the advanced software and hardware available in smartphones to create many IoT gaming projects, market them to a larger audience, and improve their gaming experience.

The Future of 5G in India

Information technology and communication technologies are critical components of how our society functions today. The telecommunications industry has evolved into the backbone of today’s digital world, allowing businesses, governments, social structures, and individuals to connect and share information readily.

The telecommunications sector offers both wired and wireless methods for connecting individuals to equipment for peer-to-peer and internet communication. The wireless system has progressed along several evolutionary paths with a common goal in mind: improved performance and efficiency in the mobile environment. Radio access, data rates, bandwidth, and switching algorithms all play a role in advancing wireless and cellular networks. In addition, new technological research and development give the telecommunications sector new directions.

India is launching a 5G wireless service soon. According to a survey by Swedish telecom equipment maker Ericsson, India, which has the highest average monthly mobile data traffic per smartphone, is anticipated to surpass 350 million 5G subscriptions by 2026.

Because people relied on mobile networks to stay connected and work from home during the pandemic, India now has the world’s highest average traffic per smartphone. In addition, monthly usage growth in India is on the rise because of low mobile broadband services, affordable smartphones, and individuals spending more time online.

Mobility Report, 2020

From 2021-2027, the global 5G services market is predicted to develop at a compound annual growth rate (CAGR) of 43.9 per cent, reaching USD 41.48 billion. Between 2021 and 20231, 5G wireless mobile services, which provide a digitally connected environment to consumers through various use cases and business models, are expected to be commercialized.

According to the estimate, by 2026, four out of every ten mobile subscriptions will be 5G, with 3.5 billion 5G subscriptions expected globally. LTE (long-term evolution technology) subscribers in India are expected to grow from 710 million in 2020 to 820 million in 2026 when 3G is phased out. LTE will continue to be the most popular technology in 2020, accounting for 63 per cent of all connections. India might be having its first 5G connection in 2021, according to the reported timeframe for spectrum auction for 5G services.

5G in India

This year, 5G has been a popular topic of conversation, with telecom giants Jio and Airtel declaring plans for 5G in India. According to recent sources, the 5G network will not require a new SIM card, and the transition to 5G will be unlike previous cellular generation upgrades. “5G wireless technology is supposed to give faster multi-Gbps peak data speeds, ultra-low latency, improved reliability, huge network capacity, increased availability, and a more uniform user experience to a larger number of users,” according to Qualcomm.


The 5G technology’s faster data speeds and extremely low latency will improve the user experience when using 5G services for various purposes. This includes Virtual Reality (VR) and Augmented Reality (AR) gaming, seamless video calling, Ultra-high Definition (UHD) films, and intelligent device services. Over the predicted time frame, most software companies are forecasting a rising demand for high-speed data for smart services and other connected devices is likely to boost the adoption of 5G networks. Furthermore, the growing importance of 5G system deployment providers in forming connections with telephone companies is projected to accelerate the adoption of 5G services.

Experts in the telecommunications industry predicted exponential growth in mobile users, smart home appliances, smart health care systems, smart transportation, machine-to-machine interactions, smart vehicles, smart sensors, smart tools, and other connected devices, which will result in increased data traffic. As a result, innovators are developing 5th generation (5G) cellular technologies to fulfil the needs of next-generation wireless devices. As a result of these developments, the pace of software development will be rapid too.

For the 5G wireless technology that can be allowed with the new emerging technologies, ultra-high bandwidth is essential along with 1000 times larger capacity, ultra-high data date, zero latency, high-speed mobility, and high energy optimization. 5G is technologically superior to earlier wireless technologies in the following ways:

  • Super speed, i.e., 1 to 10 Gbps
  • Latency will be one millisecond
  • 500Mhz to 1-2 GHz
  • Feasibility to connect 10 to 100 numbers of devices
  • Worldwide coverage
  • About 95% reductions in network energy usage
  • Much longer Battery life
  • The whole world will be in a Wi-Fi zone

So, what are your ideas on how to leverage the true potential of 5G in India? If you liked this article, feel free to share it with your friends who are interesting in emerging technologies and the endless possibilities associated with those!

Why Every Organization need Robotic Process Automation.

Organizations are increasingly incorporating automation in their workflows and processes to enhance operational efficiency and fuel business excellence. From virtual agents, customer self-service applications to automated processes and novel solutions leveraging new-age AI technology, automation is penetrating various operations. Predictions 2018: Automation Alters The Global Workforce, a recent Forrester Research report, showed that automation would help organizations establish market dominance in their respective industries.

Several tasks such as streamlining different processes, workflows, and tasks, are at the heart of automation. One of the types of automation that are gaining wide popularity and proving to be highly resourceful for organizations is robotic process automation (RPA). It presents a very efficient and robust solution for repetitive tasks and companies facing different transitions.

The development and disruption caused by various technological advancements result in digitization and automation of various processes. Companies especially need to be agile in development and customer support activities to get a competitive edge. Robotic process automation (RPA) allows organizations to boost efficiency in different operations, ensure seamless management, and create cost-efficiency.

Let’s take a look at what RPA is and why it should be the next thing to be on the agenda of organizations that are not using it.

Robotic Process Automation: The Digital Workforce of Tomorrow

A software-based solution can carry out procedures, processes, or repetitive tasks, precisely the motive of robotic process automation. The software solution involves software combined with machine learning and AI rather than using physical robots to automate routine and manual data-intensive tasks. In addition, the RPA technology is also progressing into more value-adding creativities with the evolution of cognitive computing and artificial intelligence.

The “bots,” or non-invasive software robots created under RPA, work in a line of certain rules that they are programmed with by the developers. Thus, they run rule-based processes with unmatchable accuracy and efficiency, having a lesser scope of manual error. What sets RPA apart from traditional automation is its flexibility and adaptability to understand and adapt to changing conditions and exceptions. RPA can use data, trigger response, start new actions, and interact with other systems when prepared to capture and understand the workflow of certain processes in the software application.

RPA is also significantly flexible with back-office technologies or strategic processes and doesn’t require you to make extreme changes in them. The RPA process is also extremely compatible and can connect their systems even if they use various technological systems and have a multi-location presence. With all of these benefits, we know that RPA is a minimal risk and cost-effective solution for process automation and optimization with promising results.

7 Compelling Reasons to Employ Robotic Process Automation

You might still be unsure about employing RPA at your organization. The list of advantages that RPA provides doesn’t end with what we talked about in the previous section. It offers a wide range of benefits to organizations and allows them to reach business excellence. Here are seven compelling reasons to employee RPA at your organization:

1. Accuracy: The scope for human error is eliminated since software bots carry out the entire function, boosting operation accuracy significantly. Not to mention, it saves a lot of time by obliterating rechecking of processed tasks.

2. Higher Security: RPA also eliminates human interference, which allows it to carry out highly confidential tasks such as government file processing with a higher level of security. Note that these RPA bots only perform rule-based tasks that they are programmed to do. Hence, they can be used without any security concerns for highly confidential tasks.

3. Low Technical Barrier: Since the RPA bots will be working on pre-programmed code, your employees wouldn’t need technical proficiency to configure them. You just need to provide them RPA development tools that will help them configure these bots.

4. Unmatchable Consistency: Repetitive tasks are often more exhausting for your workforce because of being mundane and repetitive, and the accuracy and efficiency might deteriorate over time. RPA bots offer unmatchable consistency and can perform the same task repetitively for as long as you want without affecting the accuracy and efficiency.

5. Higher Workforce Efficiency: With RPA freeing your workforce from repetitive and mundane tasks, you can better utilize them for tasks that require creativity and emotional intelligence.

6. Enhanced Quality: By increasing the efficiency and accuracy of various tasks, RPA significantly enhances the quality of your services.

7. Reliability: You can count on bots for delivering the desired results. Their reliability rests on their ability to apply rules without fail, perform certain tasks without errors, and their ability to adapt.

RPA offers a wide range of lucrative benefits that allow businesses to get a competitive edge and achieve business excellence. Enhance your organization’s efficiency and make your processes more resilient to changes in a business environment.

Top Machine Learning Trends to Look Out for in 2021

In this day and age, technologies emerge and evolve every day. But only a few come about that revolutionize everything from our lifestyles to applications across industries. Artificial intelligence is often compared to electricity for its potential to revolutionize every aspect of human life. It will transform every industry and create huge economic value. ML is a subset of AI that allows machines to learn from data without being programmed explicitly.

To give you a perspective of how important Machine Learning is in our lives, a study showed that 77% of devices that we presently use are utilizing ML. From our interactions with Google Assistant, Alexa, or Siri to our mail services putting a phishing email directly into the spam folder, it’s all ML. The AI-ML industry is moving at a lightning-fast pace because of the higher availability of data and developments in computation power.

Keeping up with this pace is crucial for everyone, regardless of the industry that they’re working in. It will help them leverage machine learning to come up with innovative and disruptive solutions for problems and pain points of their respective industries. Here are a few machine learning trends that you should be on the look-out for in 2021:

  • Hyper-Automation

You might be familiar with the quote, “Technology like supervised learning is automation on steroids.” This has become the central idea behind Hyper-automation, an IT mega-trend identified by Gartner. It refers to the likeliness that virtually everything in an organization can be automated. Machine learning can be used at every step of the way in managing workflows and processing across the organization.

The pandemic has significantly accelerated the adoption of the concept in various organizations across different industries. AI and ML key segments and significant drivers of hyper-automation, coming together with other technologies like task automation and process automation tools. Incorporating ML solutions in hyper-automation initiatives make the automated business processes more adaptive and resilient to changing circumstances.

  • Amalgamating IoT and Machine Learning

Internet of Things, as the name suggests, is a network of several devices that can interact with each other. Advances in communication and 5G have allowed IoT devices to communicate at much faster speeds with exceptionally lower latency. Put simply, the room for innovation and growth in IoT has expanded from the size of a pebble to the size of a boulder.

The function of IoT devices is to collect data that can be processed and used further for wide-ranging applications. This is where ML comes into the picture, for using that data. With both technologies moving at a pace faster than ever, we’ll see a lot of applications that amalgamate both technologies to develop disruptive solutions. In addition, the usage of ML for making IoT devices and services smarter and more secure is also one of the emerging machine learning trends.

  • Faster Computing Power

Artificial neural networks are a fascinating subject of research with new architectures and methods coming up every year. AI researchers and analysts are making revolutionary algorithmic breakthroughs and finding new problem-solving mechanisms that are more computationally economical. Furthermore, as third-party cloud service platforms support the deployment of machine learning solutions in the cloud, we’re moving towards a new era of computational excellence.

machine learning blog
  • Reinforcement Learning

Reinforcement Learning is one of the budding machine learning trends that can generally be used by businesses across different industries in the future. It is a newfound use of deep learning to enhance the effectiveness of collected data by factoring in its own experiences. Essentially, it is the training of machine learning models to make a sequence of decisions using their own experiences.

A chatbot for customer service is the perfect example of that. In reinforcement learning, the AI solution is programmed with a set of conditions that determine what kind of activity will be performed by the software. The software then tries to achieve the ultimate objective by auto-learning from its own actions and outcomes.

ML solutions for cybersecurity is another one of the promising machine learning trends in 2021. ML algorithms find their applications in cyber threat detection, combating cyber-crime, enhancing available antivirus software, and much more. ML-based antivirus software are known for their ability to detect malware or virus by detecting irregular behavior and anomalies. Smart antivirus leveraging advanced machine learning algorithms are much more reliable, compared to their signature-based counterparts.

There are various other machine learning trends that you must follow. To name a few, automated machine learning, deep learning for business intelligence, augmented intelligence, and conversational AI are starting to shape up and drive innovation. But, these five machine learning trends will be the compass of innovation, disruption, and growth in 2021 across industries.