7 Up and Coming Programming Languages To Explore in 2022

Programming languages like JavaScript and Python still rule the software development ecosystem majorly. However, the yearly Stack Overflow surveys have proved time and again that the developer community is open to experimenting with new technologies.

There is always space for new tools to emerge, especially if they make software development easier. And programming languages, being a core development technology, are always evolving and responding to the needs of both the developers as well as the businesses.

Here is a list of 7 programming languages that haven’t begun to be used as widely as the giants like JavaScript but surely hold the potential to be big in the future.

1. Typescript

TypeScript was first introduced in 2012 by Microsoft to deal with shortcomings of JavaScript, especially for large-scale application development. 

TypeScript is a statically typed language. It is a superset of JavaScript and all your JavaScript programs would work just fine with Typescript. Moreover, the code written in the TypeScript programming language converts to JavaScript so it runs anywhere JavaScript runs. 

Because of the integration between TypeScript and all the commonly used code editors, you can now catch errors early on in the development phase which is such a blessing for JavaScript developers. 

TypeScript supports ECMAScript standards with features like classes, modules, and an arrow function syntax. Also, it is open-source so you can use it in Visual Studio Code and alm.tools with plugins and extensions available in all major IDEs.

2. Go

Go (also commonly referred to as Golang) is a programming language developed at Google which is syntactically similar to C. 

Like TypeScript, Go too is statically typed and compiled. It additionally features structural typing, memory safety, and garbage collection. 

A major upside to Go is its support to DevOps and SRE which provides faster build, short syntax, automatic formatting and doc generation. 

You can scale your web apps quickly with enhanced memory performance and support to several IDEs. The best part is that major cloud providers have a strong ecosystem of APIs and tools to get you going with Go.

3. Rust

If you are looking for a language that is super fast and memory-efficient by performance, Rust is the one. It also has no runtime or garbage collector due to which it can power performance-critical services. 

Rust runs on embedded devices and can be easily integrated with other languages. It is syntactically similar to C++ and you can get memory safety by validation tweaks. 

Rust has also been a consistent winner of the “Most Loved Programming Language” by Stack Overflow survey since 2016. Called by some as a Systems Programming Language, Rust has gained popularity among tech giants like Microsoft, Google, Meta, Discord, and Amazon.

4. Dart

One of the more popular languages on this list, Dart is designed by Google for client development. Mostly used for developing native mobile apps (iOS and Android both), it can also be used to develop web apps, desktop applications, and to build a server. 

Dart is specifically super useful for building user interfaces efficiently. One of the most loved features of Dart is Hot Reload. Hot reload provides quick debugging without having the need to reload the entire application every time you make a change. 

Like other object-oriented languages, Dart can compile JavaScript or native code. A single codebase can be used across all platform applications for Android, iOS, Windows, macOS, and the web. Android Studio and Visual Studio Code are the most commonly used IDEs for Dart.

5. Groovy

Groovy is a multi-faceted language for creating Java applications. It is a dynamic language with static capabilities and can be used as a programming language as well as a scripting language. 

Java developers can easily adapt to using Groovy as code written in Java is mostly valid in Groovy. Code written in Groovy is compact and can work with many Java elements. 

Groovy also supports XML and HTML markup languages natively via Document Object Model (DOM) Syntax. Unlike Java, you can execute Groovy source files as a script. 

Similar to Python and Ruby, Groovy script is parsed, compiled, and generated before execution. It is used by popular organizations like Netflix, MasterCard, Sony, Linkedin, etc.

6. R

R was developed by statisticians as an open-source implementation of the S language. R is mostly used for data mining, data analysis, and statistical software development. It has a command-line interface and for various different operating systems, it provides pre-compiled executables. 

There are graphical user interfaces such as RStudio and notebook interface Jupyter made available by a third party. With built-in support for graphics and data modeling, it can generate and plot linear models with residuals. 

R users can define their own functions, as R is specifically designed for that as a ‘true computer language.’

7. Crystal

With a highly resembling syntax to Ruby, Crystal is a compiled language that uses static type-checking without generally having to specify types of variables or methods. 

It is being actively developed and is released as open-source and free for all under Apache License version 2.0. 

Crystal was created keeping in mind the greatness of Ruby in addition to efficiency, speed, and type safety. Crystal provides automated garbage collection and also supports method and operator overloading. 

Interestingly, Crystal can be used to create blockchains because of how efficient yet user-friendly it is. It is as fast as C and slick as Ruby which, being an object-oriented language, is very impressive.

The Bottom Line

Like any other technology, the above programming languages are not the absolute best in themselves. There are certain advantages and disadvantages to using them. And so, whether you should use them in your next project or not depends on a strong understanding of your project needs and the features of these languages.

Need guidance on which programming language is right for your project? We are right here to help you. iView Labs is a team of experienced consultants and developers who specialize in choosing the right technology stack for both web and mobile app development.
Just let us know a little bit about your project requirements. We will study them, put together the right tech stack, and help you with the development roadmap. Schedule a free consultation call with our experts here.

To know more about iView Labs, kindly log on to our website www.iviewlabs.com and to get in touch with us with your queries and needs just write us an email on info@iviewlabs.com and sales@iviewlabs.comDownload the latest portfolio to see our work.

From Traditional to On-Demand: How IoT automation can help convert your legacy manufacturing business into a new-age venture

This is the story of how a 128-year-old company utilised machine learning and cloud technology to revolutionise an age-old product.

For The Hershey Company, popularly known simply as Hershey’s, nothing could be sweeter than well-adopted automation. In fact, being one of the world’s leading chocolate manufacturers meant that adopting the latest technologies and automating processes was a necessity to improving unit economics and maximising benefits.  

When we think about terms such as AI, IoT, cloud computing or machine learning, we tend to generally only consider modern-day startups or software companies. This misconception that automation is limited to these organisations often leads to the downfall of many legacy enterprises. As we venture deeper into a world governed by automation, the incorporation of technological advancements has become imperative for every organisation looking to succeed and remain competitive in the on-demand economy. Here, we take a closer look at Hershey’s and how automation changed the way Twizzlers are made.      

An Unsavoury Issue

The Hershey Company was facing a distasteful conundrum; the company responsible for some of the world’s favourite treats was having a difficult time maintaining a steady production of Twizzlers. As the red candy poured from a giant vat through an extruder, the amount of licorice produced would often leave the manufacturers perplexed due to the sheer inconsistency of the amount. 

If the machine ran too cold, the amount of Twizzlers would not be enough; but if the machine ran too hot, which it often did, licorice at a rate of 100 extra grams per minute would be churned out. This meant Hershey’s had to regularly hand out free candy just to clear inventories. Now, I know that this sounds like a dream come true for us chocolate lovers, but the overproduction of tonnes of candy meant massive losses for the organisation. With manual monitoring proving highly insufficient, the next logical step for Hershey’s to take was automation.      

Automation to the Rescue 

“We were able to utilise the precooked algorithms inside of Azure to wire up all of the machine learning. We literally were able to build this without a data scientist.” 

– George S. Lenhart III, Senior Manager of IS Disruptive Solutions and IoT, The Hershey Company

To solve the complication of an inconsistent production of Twizzlers, Hershey’s implemented IoT and cloud infrastructures to optimise the entire process. Multiple sensors were placed across the vat machine and extruder to detect and regulate any temperature changes that altered production. The goal was to accurately predict the weight of licorice that would be produced without actually having to stop the machine and manually weigh the product. 

Microsoft Azure’s ML algorithms were utilised to provide the manufacturing machines with autonomous control over altering the machine’s temperature. This level of automation meant that the extruder would be adjusted roughly 240 times a day to maintain temperatures, all without the need for human interventions. The numbers behind this solution were staggering; every 1% adjustment to bring down the size of a Twizzler to the precise weight in a 14,000-gallon batch would result in a savings upward of $500,000.     

The Bigger Picture: Entering the New-Age

The Twizzler success story symbolised an entrance into a new-age for The Hershey Company, a legacy business that had been producing chocolates without sophisticated automation for well over a century. The implementation of modern technological advancements and automation in the production of this single candy resulted in massive economic and environmental benefits. 

Becoming a new-age venture means moving past old machines and methods and adopting what the world of today has to offer. As we enter an era of on-demand services, customer needs and expectations are continually changing. The next stage of automation revolves around this trend of real-time insights and prompt data-driven decisions. 

With the global pandemic changing the way businesses operate, automation can massively help enterprises sustain and even thrive in the face of uncertainty. Hershey’s successfully navigated the pandemic by implementing automation across the supply chain, creating an agile environment that blossomed under pressure. Not only did Hershey’s maintain sales, it managed to make profits as chocolates became comfort food for people during the pandemic. By automating production and successfully mobilising their fleet, Hershey’s leaned into e-commerce and satisfied work-from-home trends.

Similar to the way Hershey’s embraced technological advancements, enterprises looking to modernise and optimise their processes can automate their way to success. With that being said, it is important to realise that automation is not limited to large enterprises. State-of-the-art tools and cloud platforms are readily available for any organisation looking to enter this new age. Automation is clearly the modern route to prosperity, turning age-old businesses into the enterprises of tomorrow.

Here are the references: 

https://www.techrepublic.com/article/how-hershey-used-the-cloud-to-deploy-iot-and-machine-learning-without-a-data-scientist/

https://www.channelfutures.com/cloud-2/how-to-transform-a-legacy-business-into-a-digital-age-superstar

https://www.uschamber.com/co/good-company/the-leap/hersheys-pandemic-growth

https://www.altexsoft.com/whitepapers/legacy-system-modernization-how-to-transform-the-enterprise-for-digital-future/

https://www.thehersheycompany.com/en_us/home/newsroom/blog/how-were-keeping-up-with-quarantinebaking-demand-as-the-country-cocoons.html

https://www.fooddive.com/news/hershey-leverages-ai-to-make-the-perfect-twizzler/444100/

To know more about iView Labs, kindly log on to our website www.iviewlabs.com and to get in touch with us with your queries and needs just write us an email on info@iviewlabs.com and sales@iviewlabs.comDownload the latest portfolio to see our work.

Blockchain: Finally, Life Begins Outside Cryptocurrency

Until a couple of years back, the terms ‘cryptocurrency’ and ‘blockchain’ commonly appeared together in the same bracket, at least amongst people who are not very familiar with the technology. But as tech companies became more aware of blockchain’s versatility, it became clear that cryptocurrency is one of the many subsets of this disruptive technology. Soon, the hype around blockchain gathered momentum and led to the emergence of several best-case uses of the technology other than cryptocurrency. 

At present, blockchain has become a buzzword in not just high tech but any industry that leverages software for data management.

Let’s take a closer look at what blockchain exactly is and how its applications have moved far beyond cryptocurrency.

What exactly is blockchain? 

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Blockchain (sometimes referred to as Distributed Ledger Technology) is a decentralized database of digital assets. It is a distributed ledger that stores and records the history of a digital asset (data) by using decentralization and cryptographic hashing. To put it in simpler words, blockchain is a shared database consisting of blocks of data chained together sequentially as the single-source-of-truth for the information. 

Blockchain is composed of three important concepts: blocks, miners, and nodes. Blocks are chunks of data tied together in an irreversible chain. Miners play the role of adding new blocks on the chain. And nodes are any electronic device with shared access to the blockchain, keeping the network functioning. 

It is important to note that in blockchain the data is not transferred from one user to another. Instead, it is distributed among all the nodes (devices), thereby creating an immutable record of a digital asset. This decentralization of data creates a secured transparent system where all the parties involved get full real-time access to the data. 

Blockchain applications and use cases beyond cryptocurrency

The popularity of cryptocurrency pushed blockchain to become one of the most coveted technologies. Today, blockchain has expanded its roots into various commercial domains and its applications are only multiplying by the day. 

Statista reports that the global blockchain market is expected to reach a whopping $39 billion by 2025. As of 2020, it’s the finance sector that leads the way, accounting for 60% of blockchain’s global market value. However, other industries are rapidly catching up in employing blockchain to reap its benefits. One such example is that of the manufacturing sector which accounts for 17.6% of the share. 

While the list of different blockchain applications is a ‘blockchain’ in itself, we’ll take a look at its major large-scale applications below.

Blockchain in FinTech: Cross-border transactions and trade finance

Providing frictionless cross-border transactions is an increasingly common application of blockchain in the financial services industry. 

The advanced security and transparency in blockchain make it possible for users to transfer funds globally without having to rely on intermediaries too much. Ripple is a great example of how a company can leverage blockchain to offer a decentralized infrastructure for instant cross-border payments.

Blockchain is also exceptionally useful to reduce the risks of fraudulent activities in the trade finance ecosystem. By enabling transparent governance and reducing the complexities involved in the transactions, blockchain unlocks new opportunities for both the banks as well as the customers. 

IBM has already rolled out a blockchain-based trade finance solution that has been helping banks not only automate approval processes and trading cycles but also extend services to smaller businesses that are new to the market.

Blockchain in Healthcare: Patient data management and security

Because of the decentralized and immutable storage of data in blockchain technology, any patient data recorded on it becomes impossible to hack. Moreover, transparency in blockchain also ensures that any changes in the data are always visible and trackable. Thus, blockchain in healthcare can ensure nobody tampers with patient data.

Companies like BurstIQ and Medicalchain offer blockchain-based solutions that not only empower patients to have complete control over their medical data but also help healthcare organizations to securely store, manage, and share patients’ medical information.

Blockchain in Public Sector: Ensuring legitimate voting

Among the wide applications of blockchain in the public sector, the most notable one is its use for fair elections. Illegitimate voting, counting errors, and vote tampering are common issues that many major democracies in the world currently face.

A blockchain-based voting mechanism can eliminate all of these issues by ensuring authentic voter registration, secure record-keeping of the votes, and accurate counting free from any human errors. FollowMyVote, a blockchain voting startup, has created an incredible solution that can aid the US to conduct fair elections. Citizens can simply install the software on their device, register an account by identity verification, and cast their vote. Once they have cast the vote, they can also verify that their vote has been recorded as intended.

Considering the potential benefits of blockchain technology, it’s likely going to be used for building the fundamental voting infrastructure in the future.

Blockchain in Supply Chain Management: Transparency and traceability

Traditionally, supply chains employ paper-based data systems to keep track of and trace all the product inventory and transactions. But the scattered nature of such data makes information sharing a lot more complex and inefficient among its stakeholders. This lack of transparency and traceability eventually raises issues like visibility gaps, counterfeiting, and compliance violations. 

Blockchain-based supply chain solutions offer a unified view of the data while also allowing the stakeholders to discreetly verify transactions. The technology can be used to design applications that immutably and cryptographically record all transactions in a supply chain. In essence, all the parties involved can access required information on a shared ledger where no single party is the owner, thus bridging the transparency and traceability gap. 

With blockchain integration, supply chain companies can record production updates with utmost data visibility. Since all the data on a blockchain system is updated in real-time, companies can also track production status and location at any given time, and share the data with customers for product authenticity. 

Blockchain in Cybersecurity: Identity management

The IoT technology has revolutionized how businesses and the teams within communicate with each other. But as the number of users (and devices) grows, IT departments often struggle with user authentication and providing shared access to critical business applications. This calls for an identity management system that’s both trustworthy and liable. 

Blockchain enables IT departments to develop sophisticated identity management systems based on decentralized identifiers. Meaning, digital IDs can be created for users as well as endpoints which are then secured owing to the reliability of private/public-key cryptography. While the private key facilitates data decryption, the public key can be freely distributed for user or device authentication. 

Additionally, the immutable nature of blockchain technology makes these systems highly secure as all the data is tamper-proof. Also, decentralization of data allows users to get ownership of their identity and transfer it as they desire.

The Bottom Line

The advent of cryptocurrency introduced blockchain as a game-changing technology. However, the technology caught the eye of investors outside the purview of the finance sector and quickly grew in popularity. Recognizing its extraordinary benefits, brands across all walks of commerce are now investing heavily into blockchain in a bid to improve and secure their businesses worldwide. 
If you are a business that wants to explore the viability of blockchain for a specific use case, our tech specialists are happy to offer you a free consultation. Just let us know your concerns here and we will help you understand how to make the most of this brilliant technology for your business efficiency.

To know more about iView Labs, kindly log on to our website www.iviewlabs.com and to get in touch with us with your queries and needs just write us an email on info@iviewlabs.com and sales@iviewlabs.comDownload the latest portfolio to see our work.

Rapid Application Development: Low Code/No Code (LCNC) Will Continue To Flourish

Low code/no code development refers to a software development approach that requires minimal or no coding to create a piece of software. With visual workflows and drag-and-drop features, low code/no code platforms have revolutionized the way companies and developers build software. 

What exactly are these platforms? How are they helping businesses leverage software more efficiently? Are they going to stay or vanish in the future? Let’s explore answers to these questions in this blog. 

Low code vs no code development platforms

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A low code development platform is a set of tools that enables software development with little manual coding. A no code development platform is one that creates software with no coding requirements. Often, both low code and no code development solutions are packaged in the same platform.

However, there are some platforms that are truly no code and some that absolutely do require a bit of manual coding. The main distinction then lies in the target user of these platforms.

Low code development platforms are intended for personnel with some programming expertise. No code development platforms are intended for users with no programming background who need limited functionality in their software. Because no code platforms come with a complete package of only pre-built components, they stifle customization capabilities. Therefore, most businesses opt for low code development platforms.

Examples of popular low code development platforms include Microsoft PowerApps, Salesforce Lightning, and Zoho Creator. While tools like Webflow, Appy Pie, and Bubble are commonly used by non-IT personnel for no code development.

Low code/no code development is on the rise

The low code/no code development approach has been around for a while. However, with the emergence of COVID-19 and the large dispersal of organizations thereof, a lot of businesses attempted quicker digital transformation using the low code/no code technologies.

A KPMG survey across Global 2000 organizations revealed that after the emergence of the pandemic, over 26% of executives considered low code/no code as their most important automation investment. Prior to the pandemic, only 10% of businesses considered investing in low code/no code development.

Considering how low code/no code platforms accelerate the process of application development and delivery, it is no surprise that the market for these platforms is rapidly increasing. According to Statista, as of 2020, the global market for low code platforms generated revenue of 12.85 billion US dollars. With a CAGR of over 26%, it is estimated to cross 65 billion US dollars in 2027.

Why are businesses investing in low code/no code development?

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It removes the barrier to entry into the market by reducing development costs

Traditional software development is both a time-consuming and a resource-intensive affair. It requires businesses to hire a specialized team of experts in design, development, and testing. The hired team then works together for months to deliver a piece of software. Therefore, only established businesses with access to a lot of capital could build software.

However, with the rise of low code/no code platforms, any small business or even a single entrepreneur can easily translate their idea into a functional app. As a result, rapid application development using low code/no code tools has eliminated the barriers to entry into the market for businesses with limited capital and human resources.

It facilitates faster time to market with quick development and deployment

For a majority of startups and small businesses, a faster time to market is indispensable if they don’t want to lose out to the competition. The unexpected shift in consumer preference to online shopping during the COVID-19 pandemic is a great example of how businesses that rolled out apps faster were at an advantage over the ones that lagged behind.

Even in general, the success of a startup is considerably dependent on how quickly they are able to solve an existing or impending problem.

Low code/no code platforms offer ready-to-use components that are pre-tested. Therefore, without having to invest time in creating code and testing it, businesses can plan and launch a software solution in the market much faster compared to traditional software development.

It ensures higher customer satisfaction by enabling quick iterations 

No software application is immune to the need for iteration. Whenever an app is launched, the app owner keeps a keen eye on what the users are liking about it and what needs to be improved. The success of popular web and mobile apps largely comes from regular iterations based on user reviews and feedback. 

In the case of a traditionally built app, implementing changes is time-consuming as you have to write new code and because of how each component is related to the other. However, if you build your app using a low code/no code platform, making iterations is a lot quicker. That’s because these platforms consist of pre-built modules that work well together. So you can make changes to your app quite easily, with little risk of incompatibility.

Challenges of low code/no code app development

One of the biggest challenges of low code/no code development is little scope for customization. There’s a limit to the kind of and the number of templates available to be used in these platforms. If you have a very specific use case for your app, it might be hard to find a platform that satisfies the design and development needs of your app.

Secondly, rapid app development using low code/no code platforms compels you to rely on the security and governance measures implemented by the platform owners, leaving you with no ownership over the source code. This may prove to be risky in unpredictable scenarios like the platform being acquired by a third party or mismanagement of critical customer data.

Lastly, low code/no code development platforms may not be equipped to meet the scaling needs of an application. These pre-built templates may not work so efficiently when the user base expands substantially.

We can help you overcome these challenges and maximize your low code/no code development ROI

Despite some challenges, the low code/no code approach is going to become a significant part of the future of software development. It makes building software more accessible and empowers small businesses to leverage the benefits of software without heavy investments.

The key to driving success with your low code/no code investment is to identify the right platform that will serve your business goals without having to compromise on the security or the functionality aspects. 

iView Labs is an experienced software development company that specializes in creating a winning low code/no code technology strategy for small to medium scale businesses. If you are a business decision-maker who wants to create efficient apps with minimal time and money investment, our team would love to guide you.
Just drop your project details here and our consultants will help you choose the right platform and the right strategy for rapid app development.

To know more about iView Labs, kindly log on to our website www.iviewlabs.com and to get in touch with us with your queries and needs just write us an email on info@iviewlabs.com and sales@iviewlabs.comDownload the latest portfolio to see our work.