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5G is a welcome force, especially for cloud dependent digital businesses practices

The 5th generation of wireless technology is set to redefine business networks with its widespread application in multiple areas of communication and data processing. 5G is a welcome force especially for cloud-dependent businesses, thanks to its key benefits such as low latency, high speeds, and greater capacity. Cloud computing is an integral part of IT infrastructures today and the rollout of 5G is set to accelerate digitization in modern enterprises.

The combination of 5G and cloud computing can yield multiple benefits for enterprises in terms of quicker collaboration and increased productivity. 5G can change the cloud computing landscape by adding new architectures and technologies such as Multi-access Edge Computing (MEC), Mobile Cloud Computing (MCC), Cloud Radio Access Network (C-RAN), and others. This article will help you gain a deeper understanding of 5G technology and its implications for cloud computing.

What is 5G and why is it important?

5G is an improvement to the current cellular technology characterized by greater bandwidth and speed. With the world moving towards digital platforms and virtual business practices gaining momentum, 5G technology is set to further revolutionize communication. Cloud computing is the key to healthy IT infrastructures in organizations and 5G technology plays a pivotal role in empowering businesses with real-time data ingestion capabilities. A 5G network allows for enhanced synchronization across different systems. Conducting business operations virtually requires high-speed data storage and transfer capabilities and 5G technology is an effective solution to the latency issues encountered by enterprises today.

What is 5G cloud computing?

Given the amount of data processed by enterprises on a daily basis, ultra-fast transmission rates are the need of the hour. 5G cloud computing, in simple terms, is transmitting data at a higher speed. 5G technology will be a core ally for the cloud in achieving data storage and transmission goals with comparatively fewer resources. 5G technology results in improved functionalities for cloud computing.

How does 5G transform cloud computing? 1. 5G enables faster streaming of data and analytics 2. Streamlined operations with high speeds and reliability 3. Enables edge computing with enhanced remote system performance

Cloud computing linked to a 5G network opens up possibilities for edge computing. Any backhaul latency associated with central data centers can be addressed with edge computing. Edge computing enhances remote system performance by reducing bandwidth usage, network congestion, and processing larger volumes of data by means of localizing data storage.

4. Enhanced Artificial intelligence (AI) and Natural Language Processing (NLP) capabilities

The use of 5G technology will result in improved competence in artificial intelligence technologies. While cloud computing enables businesses to leverage key technologies like AI and NLP, the support of a robust 5 G-powered network will be significant to unlock the true potential of these technologies. 5G will equip the cloud environment with the required level of data transmission for these technologies to work effectively.

5. Better security systems

Alongside facilitating a smooth transfer of data, 5G powered cloud can also help enhance security and prevent cyber attacks. Enterprises can better recognize and prevent cyber-attacks which is crucial in today’s era. Plus, the remote work culture and growing virtual business practices necessitate the implementation of top security measures that can be achieved with 5G-powered cloud computing.

Conclusion Author:

Sumana Iyengar, CEO & Co-Founder, Goavega Software Pvt. Ltd)

You're reading Why 5G Is A Game Changer In Cloud Driven Digital Business Practices

Vulcan Blockchain Features: Auto Staking/Auto Rebasing Are A Game Changer!

Staking allows crypto holders to earn money without having to sell their digital assets. They can lend their cryptocurrency by storing it for a set period of time and receiving rewards in return in the form of tokens that can be sold at a later date. This is similar to putting money in a high-interest savings account which can be used to earn interest based on the amount of money put in.

However, much like various other technologies and investment practices over the years, staking capabilities continue to evolve and that is where Vulcan Blockchain comes in with its auto staking, rebasing, compounding, and fixed flex elements.

Understanding Vulcan’s unique concept

When crypto investors stake their assets, they help to run the blockchain with which they are affiliated in a mutually beneficial relationship. Vulcan claims that every project launched on its platform instantly becomes a DeFi protocol. This is possible through the core auto-rebasing technology inherited from $VUL, its native coin.

The emphasis on auto staking, auto rebasing, and auto compounding distinguishes Vulcan’s approach as compared to other blockchains.

Thanks to auto staking, holders are no longer required to stake their coins anywhere other than their own individual wallets. With Vulcan, investors can also earn rebased $VUL coins as interest payments, and the supply of circulating coins is distributed automatically every 15 minutes at a 44% APR.

Vulcan also uses a burn mechanism known as the Fire Pit, which continuously reduces the overall supply of $VUL in proportion to the number of transactions on the blockchain. By default, 80% of total transaction fees are sent to the Fire Pit, helping minimize price fluctuations while maintaining sustainability.

Moreover, through Vulcan’s auto-compounding solution, all $VUL investors and holders can potentially grow their own with each epoch. In this way, investors can seamlessly receive regular interest payments via rebased native tokens.

Vulcan flex passive income

FixedFlex, or Vulcan Flex, is another revolutionary passive income concept by Vulcan and consists of two parts within it. To begin, the term ‘Fixed’ in this context refers to the permanent, consistent, and unchangeable 44% APR per year that is distributed directly as rebases.

Furthermore, each $VUL holder receives this simply by keeping $VUL coins in their wallet and auto-staking them. The fixed amount is also automatically distributed to all eligible wallets without the need to claim or lock up the coins.

The term ‘Flex’ in this context refers to 1% of fees collected from all $VUL transactions that are conducted on-chain on a daily basis. These fees are then collected and subsequently distributed for claiming purposes. Vulcan is the first and only blockchain to distribute income generated from transactional gas fees to its native coin holders of $VUL.

In order for a wallet to be deemed eligible, it must hold at least 1 $VUL during each 24-hour period and claim during this timeframe through the Vulcan dApp (it will be forfeited otherwise). Finally, the ‘FlexPool’ reward is reset every day at 23:59 UTC.

What is Vulcan Blockchain?

Spearheaded by Bryan Legend, Vulcan Blockchain is the first of its kind to include layer-1 auto staking, auto rebasing, auto compounding, and fixed flex components. In 2023, staking has become more popular than ever as investors look for reliable and efficient ways to earn additional income.

It is the desire to make staking as easy and effective as possible that led to the formation of the abovementioned core aspects, which all function in harmony so that Vulcan Blockchain can become the go-to platform for all DeFi needs.

For additional information, check out Vulcan’s official website as well as the Medium and Twitter channels.

Running A Profitable Business: Best Practices For Pricing

Many people run a small business without knowing what makes a successful or profitable business. There are many techniques that successful businesses use to grow and generate revenue, which is why it is beneficial for entrepreneurs to learn these strategies for themselves.

The following write-up has compiled some of the best strategies one can use if they are running a profit-driven company. The full article will go over the ideas in detail and provide effective pricing practices you can implement into their company’s operations.

How Pricing Strategies Help Running A Profitable Business

There are a plethora of ways to increase your revenue. However, the best way to do this is to know how your company maximizes its profits. Revenue is generated by selling your product or service at the right price. It may seem obvious, but the key to maximizing profits is having an idea of what makes a profit and choosing pricing strategies that benefit this goal.

It is important to use a software pricing company that will make a business profitable in order for it to become successful. Below you will find the most popular practices for pricing that increase revenue and overall profitability.

Best Practices For Pricing

The marketing and pricing techniques below are the most common practices business owners use. Some of these techniques are simple, and some require additional price structures, but they all aim to improve profits.

Competition-Based Pricing

Cost-Plus Pricing

Cost-plus pricing is an approach that sets a price high enough to pay all the expenses for setting up and running the business, including wages for each staff member and other costs. Then the remaining profit is divided among the owners.

Dynamic Pricing

Dynamic pricing is the use of changing your price on a regular basis for your product or service. For this strategy, you set prices for different time periods. For example, you may set up a five-day price cycle and offer five discounts over the course of the week. The idea is that there are often various “deals” that can be had over the course of a week because people do not have time to purchase much during certain days, therefore only going to purchase those things they truly need when they know they will have time to purchase them during that time frame.

Hourly Pricing

Hourly pricing is a relatively new form of pricing strategy. It is in vogue for online commerce because it allows businesses to efficiently enter a market with an uncertain amount of time before customers decide to purchase. Most online stores now use hourly pricing for their products and services, much like stores that have items purchased by the hour and therefore must be selected from an inventory rather than ordered and have no price listed.

Skimming Pricing

Penetration Pricing

Penetration pricing is the opposite of skimming. Instead of raising your price to the highest level you can, penetration pricing has you setting your prices at a low amount to entice consumers to buy your product or service.

Project-Based Pricing

The idea of project-based pricing comes in the form of a quote. For every product or service, there is a starting price that you are willing to accept. A quote with a range of charges allows businesses to be flexible to their customer’s needs while maintaining profitability and quality.

Value-Based Pricing

Value-based pricing is another form of pricing strategy that involves acknowledging the value of a product or service while also considering its cost and likability. This requires the use of statistics to properly price products like software.

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Bundle Pricing

The Bottom Line

Pricing is a very important area of your business operation. If you are selling a product, you must make sure that you are pricing it at a level that is both high enough to keep profits and low enough to gather interest from the consumer.

There are many different strategies for pricing your products and services and ultimately finding the perfect one for your business or brand will depend on what type of industry you are in and what the needs of the consumers are.

Buying A 5G Phone Is Already A Confusing Mess

Consumers can’t be expected to learn the subtle differences between 5G networks and handset capabilities.

This isn’t just a Samsung problem. This situation applies to all of the 5G smartphones released so far. A good deal of them only support sub-6GHz 5G, but manufacturers also often offer a more niche mmWave model too. For example, Sony Xperia 1 II is sub-6Ghz only while the Xperia Pro will support mmWave. Worse still, there’s the basic LG V60 ThinQ 5G model heading to all carriers, but also a mmWave Verizon exclusive “5G UW” version too. We can break this mess down even further to find that these phones all support a variety of different 5G radio bands too. Here’s a list of some current 5G smartphones and the types of 5G technology they support:

Hmm. Which one to buy to get the most out of your 5G network?

Is a sub-6GHz-only phone really 5G?

Sub-6GHz is the most affordable upgrade path to 5G for most carriers, but it’s not the fastest form of 5G tech around. That’s mmWave. Part of the problem is that the scope of 5G is simply massive and regional rollouts look very different all around the world. 5G handset manufacturers need to cater for the most common use case, sub-6GHz, but the more bands supported the better.

The industry sees 5G as a cash cow. That could backfire.


mmWave technology is going to take much longer to appear globally. The US is the only country with mmWave up and running right now, thanks to Verizon. In that sense, we can think of sub-6GHz as the most common 5G use case today, but more of a minimum experience going forward.

Qualcomm’s expectation for global 5G deployment at the Snapdragon Tech Summit 2023.

As such, sub-6GHz only phones are fine for now, at least in theory. However, you’ll want to check your phone supports the right bands for your country and carrier. A number of 5G handsets support just a few sub-6GHz bands. Remember though, these phone’s aren’t future-proofed for when mmWave 5G arrives in earnest. Consumers have to carefully consider if these expensive phones offer enough value for money.

What if I don’t want 5G?

Why is the Samsung Galaxy S20 so expensive?


Returning to Samsung, the company is charging a premium with the Galaxy S20 Plus for mmWave technology that your country may not even support for years. After the recent price drops for the S10 series, the Galaxy S20 costs $250 more than the S10, meanwhile, the Plus version costs a whopping $350 more than its predecessor. Even without the discounts, the ticket price of each S20 series phone has increased by as much as $200 compared to their predecessors’ asking prices at launch.  That’s a notable margin for the luxury of 5G technology. Although not as bad as the Samsung Galaxy S10 5G’s $1,299 original price tag at Verizon.

Granted, there is a 4G-only model of the Samsung Galaxy S20, but it doesn’t feature the same processor and it isn’t available in the US. Galaxy S20 4G availability is confirmed for the UK and India, but it’s not clear how many other regions will see the handset. We’ll probably see 4G models of other releases this year also, although that’s by no means guaranteed.

Why I won’t be buying a 5G smartphone this year

Besides the huge price tags, battery life problems, and limited 5G availability in the UK right now, it’s primarily the above reasons why I won’t be buying a 5G phone this year.

The 5G market is still taking shape, so there’s little reason to rush into a purchase that might not support the best 5G bands or technology in the coming years. Similarly, buying a mmWave phone today may not be worth the money if carriers end up delaying their super-high-frequency rollouts.

Macrocosm Is A Beautifully Relaxing Game

Though I do play my fair share of action games on iOS, I tend to sway more towards the relaxing side of the game spectrum; games that I can use to relax at the end of a long week. When on the hunt for more cool-down games, I came across Macrocosm, a new space-age game that was released earlier this month.

This game is based in space where you play as a blob of dark matter with your objectives being simple: get bigger, don’t get killed by spaceships, and free other dark matter. To find out if this game is both relaxing and exciting, read on for my full Macrocosm review…


When you launch Macrocosm, you’ll be greeted with a simple level select screen. Each level is represented by a different text icon, and after selecting a level, you’ll be brought right into gameplay barely any instruction aside from a couple of speech bubbles.

Your character, a black blob of dark matter, is designed well and fits in with the rest of the game. The blob is animated and bubbles when you race around the map finding more dark matter. The spaceships and planets in the game are also designed well, both with minimal yet classy designs that are very pleasing to the eyes.


To control your dark matter, you must tap and drag a line for your blob to move along. As you move about Macrocosm’s different maps, you’ll begin to see other blobs of dark matter. You must collect these other blobs by running into them in order to make your blob bigger.

You’re not alone in space, in fact, you have enemies. When collecting dark matter, you’ll run into tiny space ships that will shoot at you. Make sure to avoid these spaceships as, when you’re hit with their bullets, your blob of dark matter will shrink and eventually disappear completely.

Later in the game, you realize that these spaceships, or “forces of evil,” are trying to collect all of the dark matter for themselves, so your objective becomes to find these black dots of dark matter and free them from the forces.

The Good

Macrocosm’s design is absolutely beautiful with stunning space graphics and backdrops. I’m also a huge fan of the app’s setting, making for a super calming game that can still provide hours of fun.

The Bad

As of now, there’s  no instruction guide to lead you throughout the game. This can make first starting to play Macrocosm quite confusing, and may even turn some users away from the game completely. Additionally, there’s no way to return to the main menu mid-way through a game, making it so one must quit out of the app to switch levels.


Considering Macrocosm only costs $0.99 and is a universal iPhone and iPad app, I think it’s a pretty good deal right off the bat. Though the game only has five levels, they can take quite some time to work through, especially as you near the end of the game, making for a game that will keep you entertained for hours.


Macrocosm may not be for everyone, but I can definitely recommend it to those who want to use the game to settle down after a long day with the game’s floaty controls, beautiful design, and interesting concept. However, those expecting high-action entertainment will be thoroughly disappointed.

Related Apps

If you’re looking for more games set in outer-space, you may want to check out Space Shooting, though this game takes on a more action packed feel.

Infosys Engineering Cloud Is A Unique Core

1.How is Infosys enabling its clients to simplify their digital transformation journey of core engineering processes?

Infosys provides a comprehensive portfolio of engineering services with strong product development experience, spanning more than 25 years, to clients across the life cycle from product development, product manufacturing support, operations, and maintenance. Digital transformation is moving at a faster pace across industries helping organizations to increase their competitive edge and to improve better customer experience by creating next-generation smart, connected, and autonomous products and services. It is also helping organizations improve their efficiencies across the value chain through digital technologies.

Infosys aligns with the changing needs of the industry in four broad themes such as digital thread (Industry 4.0), Next Generation Mobility, NextGen Collaboration and Connectivity encompassing 5G, NextGen Platform engineering through cloud-native engineering. Infosys industrial automation, plant automation & controls, and Industry 4.0 services like IOT, Cloud Engineering, 5G, Robotics, and autonomous systems aim to improve the efficiencies in the manufacturing shop floor.

The digital thread offerings include integration of Engineering Technology (ET), Operational Technology (OT), and Information technology (IT) services across the value chain for industries like Aerospace, Automotive, Turbomachinery, Heavy Engineering, etc.

The ET services span across Computer-Aided Design (CAD), Computer Aided Engineering (CAE), Computer Aided Manufacturing (CAM), Product Life Cycle Management (PLM), Knowledge Based Engineering (KBE), and Model-based System Engineering (MBSE).

The OT services include industrial automation, Plant automation and controls, and Manufacturing Execution Systems (MES) across the ISA 95 stack.

The IT services include Enterprise Resource Planning (ERP) and scheduling offerings.

Infosys developed Industry 4.0 maturity index under the umbrella of Acatech Germany to understand the current Industry 4.0 maturity on the shop floor and define the Industry 4.0 roadmap for its clients. This maturity index has been a foundation for our engagement with our clients. It provides an end-to-end framework from consulting to implementation across the manufacturing shop floor covering various efficiencies like operations, maintenance, information, and energy.

Infosys’ digital engineering services through 5G, Cloud, IoT, AI, Robotics, Autonomous Technologies, Digital Twin, AR, VR, Cyber security, and blockchain provide value across the product life cycle from design to manufacturing to operations to maintenance.

Infosys as an ecosystem integrator has a vibrant partner ecosystem with the leading product vendors. Our ready-to-deploy IP and solutions like Connected Ops on Cloud, Machine connectivity framework, Infosys edge gateway, and Pharma Manufacturing Insights, to name a few, are solutions to reduce the time to digital transformation and go live.

2.How is Infosys using the power of engineering cloud to support enterprises?

Infosys Engineering cloud service focuses on the cloud transformational journey of our customers integrating their infrastructure, tools, and processes. This transformation helps to sense the problems in real-time, take corrective actions at a much faster pace, predict the future, and plan to increase business resilience.

“Infosys Engineering Cloud” built as part of Infosys engineering cloud practice is an Industry leading and first-of-its-kind core-engineering platform, solutions, IPs, and accelerators with the power of cloud technologies, which propels Digital Engineering Transformation for our clients across the value chain.

This brings for the first time, all facets of product engineering namely R&D, manufacturing, operations, support, and maintenance into a cloud-enabled model.

Engineering cloud provides visibility, flexibility, scalability, availability & adaptability of engineering systems providing reusable solution architecture, reference design, solution accelerators, POV and best practices based on industry implementations to cater to the market demands precisely.

Infosys developed many solutions on the cloud for engineering and manufacturing enterprises. These include PLM on the cloud, Connected operations on the cloud, etc.

Infosys has a strong cloud-native engineering practice to architect and reengineers applications for cloud. Infosys has a strong partnership with hyper scalers like Azure, AWS, and Google, and engineering platform providers like Dassault Systems, PTC, Siemens, etc. Infosys has developed and deployed many IoT platforms on the cloud for the manufacturing enterprise.

Infosys Agile digital frameworks like “connected operations on cloud” which is cloud agnostic as a service enables pre-configured solutions to revamp industrial manufacturing with predictable outcomes.

3.As organizations strive towards achieving sustainability by implementing sustainable practices, how is Infosys providing them with measurable business value across the product cycle?

Infosys aggressively pursues ESG goals internally across its campuses. Infosys built and deployed systems internally for energy efficiency, water management, and waste management. Infosys is utilizing this experience in building smart connected and energy-efficient products and processes. This holistic approach brings together the best of tactical and strategic initiatives for the enterprise. The tactical engagements help realize immediate needs while the strategic initiatives help in realizing ESG goals consistently. Infosys is carbon neutral and focuses on green energy alternatives like Solar and wind for its campuses.

Infosys’ sustainability practice brings together best practices in implementing sustainable solutions across its enterprises like smart campuses, smart equipment, smart factories, and smart utilities. Our sustainability initiatives focus on a circular economy centered around people, the planet, and prosperity dimensions. Infosys brings the best of consulting and technology implementation practices focusing on both greenfield and brownfield environments through digital technologies. Infosys helped customers win global awards in their journey toward sustainability.

4.How do you see disruptive technologies such as cloud emerge as a trend in the industry in the near future / what is the future of engineering cloud services in India?

Cloud adoption in manufacturing is growing rapidly. Manufacturing will undergo a large-scale, technology-led transformation.  That will also include industrialized deployment across the plants while at the same time implementing comprehensive Industry 4.0 solutions. This will utilize emerging technologies like AR/VR, AI/ML, 5G, Blockchain, Robotics, Automation, and so on. A few aspects that we will see the industry adopt in terms of disrupting technologies will be:

Hyper Automation with Computer Vision, Video Analytics, and Autonomous Technologies that will drive more automaton resulting in more productivity, reconfigurable manufacturing shop floor, and resilient to supply chain issues.

The intersection of IoT and Blockchain will ensure trust, transparency, and traceability enabling a very secure and trusted data exchange platform with multiple stakeholders.

Infosys believes sustainability is going to be the future and an integral part of our services. Digital products and processes will provide immense opportunities. Newer technologies like electric vehicles and hydrogen vehicles will provide immense opportunities in the future.

To maximize the potential of 5G, customers need to look at the opportunities to integrate the offerings vertically. For example, private 5G can benefit the manufacturing industry by improving the operational efficiencies of autonomous and remote-guided vehicles. Infosys is working with one of the leading auto manufacturing brands integrating Private 5G management, 5G network stack, and Edge infrastructure for remote guided vehicle operations and management.

Cloud is a technology disruptor for the engineering enterprise to improve efficiencies across the value chain and enable people to work from anywhere especially in the post-pandemic era to make operations reliable, sustainable, and efficient. It enables the smooth integration of operational technology with information technology. It helps realize both horizontal and vertical integration smoothly making the whole process cost-effective and efficient. Digital transformation in Manufacturing is driven by major trends in Cloud engineering to help them succeed.

With the use of ‘Industry cloud’ for manufacturing which accelerates the transformation with contextualized building blocks, process, and infra capabilities designed to serve core processes and requirements of the manufacturing industry.

AI Platforms that enable the required capabilities for huge amounts of data hosting, processing, and contextualized insights for quick decisions for manufacturing industries.

Indian-based manufacturing industries and global customer manufacturing facilities in India also are adopting the above and are seeing increased traction.

5.How is Infosys contributing to the sector in India?

Infosys is helping organizations in their digital transformation journey. Infosys is utilizing its Industry 4.0 maturity index reference framework, solution components, and Innovation Labs in the areas of IOT, 5G, Robotics, Cloud Engineering, and Autonomous technologies to help the manufacturing industry in its digital transformation. These solutions are being implemented in Indian native industries, global client manufacturing facilities, and defense establishments. Some of these customers include automotive, aerospace, heavy engineering, shipbuilding, railways, etc., with use cases like automated inspection, predictive maintenance, and remote monitoring, etc.

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