Our inspirational journey about a renowned Auto Major deciding to join hands with us to scale its digital footprint worldwide.
We believe that in the ever-evolving landscape of technology, collaboration and innovation can surface remarkable transformations. Almost two years back, we set sail on one such inspirational journey when a renowned Auto Major decided to join hands with us to scale its digital footprint worldwide.
The result? A story of unwavering determination, profound growth, and an incredible transformation that extended beyond just the companies themselves.
From 8 to 100+ – The Journey of Digitization
Good work speaks for itself! Evon, a trusted Liferay portal development company was recommended to the client by another company we had worked with. So even before that first call came, we were aware that we had to do our best to live up to the expectation. We did not disappoint. We were set to create secure applications and international business websites that would pave the way for the motor company to reach a wider international audience, digitally.
The COVID-19 pandemic has changed life, public health, and business altogether. The organization was already in the process of implementing digital transformation, pre-pandemic. However, there was a need to implement more digital capabilities in their work operations, and fast. Earlier, the customers went to the showroom to learn about the products and make a purchase. Now they needed to do that and more from the comfort of their homes through applications that we had to create.
At the very first step, our developers had to learn all about Sitecore, a closed-source software platform, and deliver a part of the product in a few week’s time. While the learning curve was steep, some developers were unsure about spending time learning a technology that was not sought-after. Nevertheless, the successful delivery of the product was valued by the client as it showcased our team’s sincerity and level of commitment.
Then, Sitecore was a very expensive platform. Evon already had the expertise to solve this problem for the client. We proposed a shift from Sitecore to Liferay, a digital experience platform, for the client’s digitization in one of the neighboring countries. The decision and the switch were not easy but the major advantage of bringing down the cost of the project to 1/10th of the original stood above all. The result was another successful delivery of a project, this time helping our client cut costs significantly!
Going forward, we realized centralized data (large databases) was hard to scale so we had to segregate the data according to different regions and migrate it to Liferay. Over time, we were able to make the data independent, proving that the solution we had suggested was scalable and the right choice for fulfilling the client’s requirements.
Ever since we have been working together on various projects to achieve digital transformation. While helping them build secure mobile applications and international business websites across countries, we have been automating manual processes, reducing errors, and improving their overall productivity and efficiency. As the number of projects we were assigned increased, so did our commitment and the strength of our team – from 8 to 100+ Read More — A Journey of Growth, Learning, and Triumph with an Auto Major
With the rise of virtual reality and the metaverse, more and more people are looking for ways to experience digital environments in a more immersive way. While VR headsets and other devices are a popular way to access these experiences, there’s also a growing demand for mobile apps that offer a metaverse experience on smartphones. In this article, we’ll explore the challenges and opportunities of creating an immersive mobile app for the metaverse.
Why a Mobile App for the Metaverse?
There are several reasons why a mobile app might be an appealing way to access the metaverse. Many experienced and aspiring developers working at any custom mobile app development India are focusing hard in this field. For one, it’s a more accessible and affordable option than buying a VR headset or other expensive equipment. Many people already own smartphones, so a mobile app would allow them to easily access a metaverse experience without having to make a significant investment.
Additionally, mobile apps have the potential to offer a more social and on-the-go experience. Rather than being tethered to a VR headset or desktop computer, users can access a metaverse experience from anywhere, at any time. This opens up new opportunities for connecting with friends and other users in the metaverse, regardless of their physical location.
Design Considerations for Mobile Metaverse Apps
Creating a mobile app for the metaverse comes with its own set of design considerations. For one, the hardware limitations of smartphones mean that developers need to optimize performance and user experience to ensure the app runs smoothly and doesn’t drain the user’s battery.
Additionally, designing for a small screen presents its own challenges. Developers need to strike a balance between usability and immersive features such as 3D models, spatial audio, and haptic feedback. One way to achieve this is by using a “progressive disclosure” approach, where only the most important features are shown upfront, with additional features revealed as the user interacts with the app.
Another important consideration is how the app integrates with metaverse platforms and ecosystems. For example, does the app work with VR headsets or social networks? How can users share their experiences in the metaverse with others? Developers need to carefully consider these factors to ensure a seamless and integrated user experience.
Technologies and Frameworks for Mobile Metaverse Apps
When it comes to actually building a mobile app for the metaverse, developers have several options to choose from. One popular framework for building mobile VR experiences is Unity, which offers a wide range of tools and resources for creating 3D environments, as well as support for a variety of platforms and devices.
Another option is to use a platform-specific SDK, such as ARKit for iOS or ARCore for Android. These SDKs allow developers to create augmented reality experiences that can be integrated with the user’s physical environment, creating a more immersive experience.
Regardless of which technology or framework is chosen, it’s important to keep the user’s experience in mind. This means optimizing for performance, minimizing load times, and ensuring the app is easy to use and navigate.
Monetization Strategies for Mobile Metaverse Apps
Finally, developers need to consider how they’ll monetize their mobile metaverse app. There are several options to choose from, depending on the type of app and its target audience.
One popular option is to offer in-app purchases, such as virtual goods or upgrades. This allows users to customize their metaverse experience and provides a steady stream of revenue for the developer.
Another option is to include advertising in the app, either through display ads or sponsored content. While this can be a lucrative revenue stream, it’s important to ensure the ads don’t detract from the user’s experience and are relevant to the app’s target audience.
Conclusion
In conclusion, creating an immersive mobile app for the metaverse is a challenging but exciting opportunity for developers. By carefully considering design considerations, choosing the right technologies and frameworks, and implementing effective monetization strategies, developers can create a compelling and engaging mobile metaverse experience for their users.
As more people become interested in exploring virtual worlds and experiencing immersive digital environments, the demand for mobile metaverse apps is likely to grow. By staying up-to-date with the latest trends and technologies in custom mobile app development, developers can create mobile metaverse apps that offer a truly unique and immersive experience for users.
Custom mobile app development refers to the process of building mobile applications tailored to a specific business’s needs and requirements. These applications are designed to offer a unique user experience that aligns with the business’s branding, values, and goals. Custom mobile app development involves a collaborative process between the business and the app development team to identify the app’s functionalities, design, and features. This process allows businesses to have complete control over their app’s development, ensuring that the app meets their specific needs and provides a competitive advantage in the market. Custom mobile app development involves using the latest technologies and methodologies to build scalable, secure, and high-performance mobile apps that provide users with an exceptional experience.
In today’s digital age, mobile apps have become an integral part of businesses’ growth and success. A well-designed mobile app can help companies engage with their customers and enhance their overall experience. However, developing a mobile app requires a significant investment of time and resources, making it challenging for businesses to manage in-house. That’s where outsourcing custom mobile app development to India comes into play. In this article, we’ll discuss the top 5 benefits of outsourcing custom mobile app development to India.
Cost-Effectiveness
Outsourcing custom mobile app development to India is an excellent way for businesses to reduce their costs without compromising on the quality of the app. The cost of living in India is relatively lower than in other developed countries, resulting in lower operating costs and salaries for Indian companies. As a result, Indian companies can provide high-quality custom mobile app development services at a fraction of the cost of in-house development.
Skilled Workforce
India is home to a large pool of skilled mobile app developers who have extensive experience in developing custom mobile apps for businesses across various domains. These developers have a deep understanding of the latest technologies and tools required for building robust and scalable mobile apps. Moreover, Indian developers are well-versed in the Agile development methodology, making them an ideal choice for businesses looking for a flexible and agile approach to app development.
Time Zone Advantage
India’s unique time zone advantage ensures that businesses can collaborate with Indian outsourcing partners seamlessly. Indian companies’ working hours overlap with many other countries’ business hours, making it easier for businesses to communicate with their outsourcing partners in real-time. This advantage ensures that projects are completed faster and more efficiently, leading to a faster time-to-market for the app.
Language and Cultural Compatibility
India is a multicultural country with a diverse workforce that speaks English fluently. This ensures that communication between businesses and Indian outsourcing partners is seamless and without any language barriers. Additionally, Indian culture places a strong emphasis on customer satisfaction, which aligns with many Western companies’ values. This ensures that Indian outsourcing partners prioritize delivering high-quality custom mobile app development India services that meet their clients’ needs and requirements.
Focus on Innovation
Indian mobile app development companies are highly focused on innovation and continually strive to improve their services. They are always up-to-date with the latest technologies and methodologies required for building cutting-edge mobile apps. This ensures that outsourcing projects are completed with the latest tools and technologies, resulting in high-quality custom mobile app development services.
Access to a Large Talent Pool
India has a large pool of talented developers, designers, and project managers with diverse skill sets and industry experience. This provides businesses with access to a vast talent pool that can help them develop custom mobile apps that meet their specific needs and requirements. With a large talent pool to choose from, businesses can find the right outsourcing partner that can offer the right skills, expertise, and resources needed for their mobile app development project.
Scalability
Outsourcing custom mobile app development to India offers businesses scalability in terms of resources and services. Indian mobile app development companies have the capability to scale up or down their resources based on the project’s requirements. This means businesses can easily increase or decrease their outsourcing partner’s resources based on their project’s demands. With this scalability, businesses can have access to a flexible and agile approach to mobile app development that can adapt to their changing business needs.
Conclusion
Outsourcing custom mobile app development to India provides businesses with a cost-effective and efficient way of developing high-quality mobile apps that meet their customers’ needs and requirements. With a skilled workforce, time zone advantage, language and cultural compatibility, and a focus on innovation, Indian mobile app development companies are well-equipped to handle any outsourcing project, regardless of its size or complexity. Therefore, businesses looking to develop custom mobile apps should consider outsourcing to India as a viable option for their mobile app development needs.
The Ethereum blockchain is similar to that of bitcoin, except for its programming language that lets developers write software through which blockchain transactions handle and automate precise outcomes.
Cryptocurrencies have been around a lot of controversies, from those who call it the world’s next payment method to those who view it solely as a hypothetical bubble. Ethereum as you might know is one of the most popular cryptocurrencies that have appeared over the last few years. It ranks second in total size after Bitcoin, and with 8 co-founders, Ethereum made its debut in 2015. The cryptocurrency or platform is called Ethereum, and the individual unit is called ether. This article will provide insights into what Ethereum is, how it works, and its benefits of Ethereum.
What is Ethereum?
Ethereum performs on a decentralized computer network, or distributed ledger called the blockchain for managing and tracking the currency. To understand it better, think of a blockchain as a running receipt of every transaction that’s ever taken place in the cryptocurrency. Computers in the network verify the transactions and ensure the integrity of the data. The platform establishes a peer-to-peer network that securely executes and demonstrates the application code called smart contracts. They allow participants to transact with others without a trusted central authority.
Transaction records are usually permanent, verifiable, and securely distributed over the network providing ownership to the participants and full transparency to the transaction data. Transactions are only sent and received by user-created Ethereum accounts. The sender is supposed to sign transactions and pay Ether, Ethereum’s native cryptocurrency as a price for conducting transactions on the network.
How does Ethereum work?
Like any other cryptocurrency on the market, Ethereum also uses a shared digital ledger where all ether transactions are documented. It is publicly accessible, fully transparent, and challenging to alter afterward. This is blockchain, and it is formed through the process of mining. The Ethereum blockchain is similar to that of bitcoin, except for its programming language that lets developers write software through which blockchain transactions handle and automate precise outcomes. This software is called a smart contract. If a conventional contract summarizes the terms of the relationship, smart contracts ensure those terms are attained by writing the code. Software is responsible for automatically executing the agreement as soon as predefined are satisfied, minimizing delay and expenditure concerned with completing a deal manually.
Miners take care of verifying clusters of Ether transactions to create ‘blocks’ and securing them cryptographically by simplifying complex algorithms. These algorithms can therefore be adjusted to their difficulty level, to keep the processing time of blocks near constant, i.e. around one per 14 seconds. For example, an Ethereum user could create a smart contract to send a certain amount of Ether to your contact on a certain date. They would write this code into the blockchain, and when the contract is complete – i.e., the approved dates arrive – the ether would automatically be released to the contact. This underlying idea can be applied to more complex setups and its potential is possibly never-ending, with projects already advancing toward the areas of insurance, property, legal, crowdfunding, and finance.
What does Ethereum do?
Ethereum powers several applications delivering a wide scope of functions:
Currency: With the help of a cryptocurrency wallet, you can send and receive or pay for goods and services, if the digital currency can be accepted as payment. Platforms such as Coinbase even let you take charge of the coins in a digital wallet so you can make them less exposed to hacking attacks, theoretically.
Non-fungible tokens: NFT or Non-fungible tokens are generally created using the same type of programming used for cryptocurrencies. These tokens are powered by Ethereum and can let artists or others sell art or other elements straight to buyers using smart contracts.
Decentralized apps or Dapps: Dapps are often built on Ethereum platforms – can be developed for a variety of purposes gaming, finance, and social media. Ethereum powers digital apps to let users play games, invest and send money, keep track of their investment portfolios, follow social media channels, etc.
Smart contracts: Smart contracts are a permissionless app that automatically runs when the contract’s conditions are met. They are usually used to automate the execution of an agreement so that all members can be immediately certain of the result, without the involvement of any intermediate or loss of time.
With the rise of Web 3.0, companies have a unique opportunity to capitalize on the latest technological advancements and grow
Web 3.0, once a new technology, made people nervous, but now practically all businesses are susceptible to it, and it’s set on becoming even more integral to how businesses function. With the rise of Web 3.0, companies have a unique opportunity to capitalize on the latest technological advancements and grow. Although Web 3.0 assisted businesses in accessing clients’ opinions and data, the decrease in security impacted the overall stature of the brand. The magnitude at which data leaks are taking place has lowered the overall credibility of every business.
Web 3.0 is powered by the rise of Blockchain technology and distributed ledger systems. It will enable new types of applications that are impossible with current technologies. By understanding how Web 3.0 works and how to invest in Web 3.0 to improve business processes, companies can stay ahead of the curve and compete with global players. Let’s find out how the benefits of Web 3.0 can help businesses and entrepreneurs and some central areas where they can acquire success.
Why should companies transition and invest in Web 3.0?
Big names in the tech world have always controlled and misused customer information for their interest. With Web 3.0, based on blockchain, end users will have total data ownership. Blockchain technology will be utilized for sending highly confidential information. Users could always decide whichever details they want to disclose to companies and marketing firms and gain from it.
It might appear to be a concern initially, but the situation is entirely different. The process of exchanging information will change drastically for the benefit of both businesses and individuals. Now there can be a lot of reasons to take on this new emerging technology, and we have curated a list of the top three fundamental reasons.
Virtual property
It is important to learn the importance of being on authentication of digital products if the company has ever had any intellectual assets such as a logo, site, media, etc. NFTs(Non-fungible Tokens), works like virtual tokens that are linked to online purchases or transactions, are also known to consumers. If a company logo or other virtual asset -even if a notion is uploaded onto the network, individuals effectively have protection and verification connected to them from the Blockchain.
Adaption and development
Just like how organizations failed to evolve and adapt to Web 1.0 and Web 2.0 technologies eventually winded up or had massive revenue losses. A few companies that were doing well struggled to continue to compete, which led to a shortage of information and technological advancement in the digital age.
Authenticity appeal
Anyone who is involved in the IT industry or has been following recent events is likely to be aware of Blockchain for quite a while now. Due to its safe and effective method of payment managed by the Blockchain, it is expanding in popularity among entrepreneurs and customers alike. Customers now know where exactly they should be spending and sellers value the significance of analyzing on-chain data.
Digital movies, merchandise, and documentation can be verified with one of the safest methods possible.
Benefits of investing in Web 3.0
Take a closer look at Web 3.0’s main features so you can get a better sense of what is being talked about and capitalize on the latest technology.
Customer Relationship Management
Customer Relationship Management (CRM) has always been a major focus of business and for the better. Learning customers’ needs and preferences are important for delivering customized services and offers that will lead to improved sales and loyalty. Traditional CRM methods have often been limited by the data available, making it hard to gain a truly comprehensive view of the customer. Web 3.0 aims to change that, by providing businesses with access to a fortune of new data sources. With the help of social media, browsing history, and other data sources, businesses will get a better understanding of their customers. This will enable them to provide customized services more likely to roll with customers. Read more- Why entrepreneurs should invest in Web 3.0 technology?
The decentralized finance (DeFi) sector is based on a smart contracts blockchain, mainly Ethereum, the world’s second-largest cryptocurrency.
With the tremendous rise in cryptocurrency investments, individuals and institutions are now beginning to delve into decentralized finance (DeFi). DeFi became a large opening lately and is one of the most disruptive technologies. In 2022, cryptocurrencies reach new heights, companies are actively embracing crypto payments, while miners invest in graphic cards to skyrocket their profits. Even though the digital currency chart has been a roller coaster in recent months, the niche is actively progressing and opening new horizons.
What is DeFi Fintech?
DeFi stands for decentralized finances and it’s an umbrella term for financial blockchain services. DeFi-based platforms allow their users to carry out financial operations, and transactions, borrow money, trade assets, and more, without needing a mediator represented by banks. To understand the relationship between Defi in cryptocurrency you have to be familiar with smart contracts. The decentralized finance sector is based on a smart contracts blockchain, mainly Ethereum, the world’s second-largest cryptocurrency. Smart contracts are replacing brick-and-mortar banks.
Just like conventional banking, DeFi also allows users to perform financial transactions, such as transfers, lending, investing, and savings. However, with DeFi it allows consumers access to financial facilities without the need for a mediator. You don’t have to worry about brokerage, exchange, or financial institutions involved in the DeFi ecosystem. This lets DeFi’s application go past conventional boundaries, making it available across markets, regions, and different parts of society.
How does DeFi work?
A DeFi protocol utilizes computer code known as smart contracts that run on the blockchain network. The source code of most of the DeFi projects is unrestricted for anyone in the world to access and audit. DeFi protocol users can communicate with these smart contracts using their wallets to transfer funds, lend or avail of any of the services that DeFi provides. DeFi fintech projects on the blockchain network deliver easy and cheaper access to capital, efficient lending, borrowing, and decentralized crypto and synthetic stock exchanges.
Because it is decentralized in nature, some DeFi projects like Uniswab have become highly efficient global financial markets catering to individuals and institutions correspondingly.
Benefits of DeFi protocols in the financial sector
There is no central governing body on these apps allowing users to interact in a trustless manner because the underlying smart contracts automatically keep those involved in transactions safe. By adopting blockchain technology, DeFi expands its use from simple value transfer to more complex financial use cases. The addition of DeFi applications eliminates middlemen in financial processes such as loans, crowdfunding, derivatives, and betting.
It is a common cause that the more nodes are excluded from any process, the more reliable and transparent it becomes. The statement describes all Defi benefits in a nutshell. Excluding banks, payment gateways, and other intermediaries from all the financial processes makes transactions easier and straightforward for all parties. We can still see its benefits over the conventional financial industry.
Financial organizations never disclose their transaction processing algorithm. Due to this overcomplicated know-your-customer process, transactions may be delayed or even blocked because they may seem suspicious to financial officers. Besides, there’s always a possibility of system malfunction. In case your funds are transferred to the wrong receiver due to a bank’s mistake, it will be difficult to prove that it’s their fault. In favor of Defi systems, they are built with open-source code that is available to every user. They can analyze the code and conclude whether they consider it safe enough to carry out financial operations through this software. Read more- How DeFi is transforming the financial industry?
Companies pose the risks of exposing data, confidential information, and mismanagement of technology and other IP assets during outsourcing their project development.
The Importance and ethics of intellectual property vary across industries and types of companies. Software development outsourcing requires a great deal of sharing of knowledge between customers, organizations, and vendors. Therefore, the IP rights of stakeholders are included in one form or another. Thus intellectual property risk management and data protection issues have become increasingly vital for companies utilizing offshore outsourcing.
Companies nowadays are more frequent in turning to third-party subject matter experts to outsource their most pressing business needs. It also lets them outsource critical processes that allow them to cut infrastructure costs, focus on the core abilities, and obtain new, enhanced technologies. Although these relationships present opportunities for businesses to enhance product and service quality and leverage economies of scale to compete better in their respective markets. They also come with the risks of exposing potential data and classified information and mismanagement of technology and other IP assets.
Intellectual property protection remains one of the critical factors that direct outsourcing clients’ choices when conducting their businesses offshore. The risks involved with intellectual property ownership are further magnified in an outsourcing contract where the client’s IP is shared with its provider. The elevated risks associated with preserving the IP involve concrete and careful risk assessment plans by the outsourcing client. How can you make sure that your outsourcing providers don’t violate your IP rights? We’ll explain how to effectively transfer and protect your intellectual property to a software outsourcing company.
What are Intellectual Property Risks?
The IP (Intellectual property) of a company may include data, software, business processes, inventions, trade secrets, employee details, and all the other forms of classified information. Intellectual property risks are the possible threats or vulnerabilities that a company or individual business needs to plan for when protecting their IP. These are some possible risks associated with keeping and transferring intellectual property to an outsourcing partner:
The legal costs related to defending an IP infringement case
A decrease in revenue or share prices if the IP was proved to be invalid
The damage and settlement costs that came from the legal findings
IP violations can cause a big impact on the trust between client and vendor.
The costs when intellectual property loses its value or is no longer seen as an asset due to challenges, inconsistency, non-infringement to its ownership
How to manage Intellectual Property Risks?
Patents, copyrights, trademarks, trade secrets or confidentiality agreements, your company’s intellectual property is just as, if not more valuable than your physical assets. When outsourcing software development, you may need excellent knowledge sharing between the software client and the vendor. As a result of this activity, it will include the protection of the stakeholder’s IP rights. It has been becoming more vital for businesses to implement robust data protection and IP management when employing offshore outsourcing. These are ways you can ensure the protection of your intellectual property while Outsourcing Software Development. Read More- Intellectual Property Risks in outsourcing
Companies are integrating AI and Ml solutions to their business to stay ahead in the competition. Read the points mentioned to elucidate your thoughts on the subject.
There is a lot of uproar going on about the influential technologies that are dominating the business Intelligence market for almost every sector. Big data, artificial intelligence, and machine learning are being discovered and analyzed and with passing time people are coming with new applications for a better world and an improved future. While there are some who are still not aware of the potential and capabilities of Machine learning and the value it can add to their business. Machine learning draws insights from raw data and provides solutions to complex business problems based on analysis. Data processing in AI and ml algorithms help computers find hidden insights without any programming or human assistance. It is a technology of the future that ensures heightened efficiency, enhanced customer service relationship, and boosting sales for any business. With big companies like Amazon, Google, and Microsoft bringing in Cloud machine learning platforms, the credibility of artificial intelligence and machine learning just springs up.
There are now several applications of the insights that machine learning draws from raw data. These are used to solve complex business problems, increase efficiency, improve customer relationships, and hike up sales.
NATURAL LANGUAGE PROCESSING
The tech industry just like any other industry faces several challenges from time to time and recently one of them has been the capability for machines to analyze, manipulate, and understand human language. And NLP, a field of machine learning, helps with just that. It gives computers the ability to understand human language by building systems that are able to make sense of text so that they could translate, recommend text, and check grammar. However, certainly there are NLP equipped tools that are used to derive insights that can be used to automate tasks. Algorithms are used to build intelligent systems like voice activated personal assistants – siri, google assistant, alexa, and AI-powered chatbots that are capable of solving issues by translating the language when and where required for machines and humans.
Now when we come to the mechanism on how this works, we will first have to understand the two techniques that go into helping machines understand text. Syntactic analysis that assesses text using basic grammar rules to understand the structuring of sentences. Semantic analysis emphasises on understanding the meaning of the text, first the meaning of individual words and then the meaning when those words are combined.
Business enterprises are getting better at understanding online conversations and how their customers perceive them and their products. They are also able to automate tedious tasks and make them more efficient. Language translation, sentiment analysis, text extraction, topic classification, and chatbots are some of the important applications of NLP known in the technical world. Read More- Get ahead of your competition with Machine Learning
J2EE technology is designed to facilitate the development of applications that make enterprise integration services accessible to customers. It provides a platform for developers with enterprise features such as distributed computing and web services.
Java as a programming language has opened doors to many possibilities for businesses to grow and improve their sales and conversion rates since its beginning. Known for being a general-purpose, rich, and dynamic programming language, Java is the first choice to develop enterprise web, mobile, and desktop applications, quicker and easier. In recent years, it is used in nearly every modern sector for many purposes, thanks to its open-source code. Besides, Java offers a robust and scalable platform to build websites, business applications, web and mobile applications using J2EE technology and platform.
What is J2EE technology?
The Java EE (J2EE) stands for Java Enterprise Edition, which is a standalone Java environment used by the software developers for building and deploying a web-based application or a website. J2EE technology provides a platform for developers with enterprise features such as distributed computing and web services. The platform uses Java programming language due to its benefits in terms of reliability, security, cross-platform portability, smooth implementation, frequent upgrades to the latest & trending technology and more. J2EE enterprise application development helps enterprises utilise simple methods of developing software applications and reduces programming and training costs because it lets developers build standardised and reusable modules. The challenge of keeping up with the rapid growth of enterprises is being met head-on by J2EE, the current Java architecture and evolving J2EE applications development has taken huge leaps in integrating enterprise applications.
J2EE Enterprise Applications Development
The J2EE application development model includes Java programming language and the Java virtual machine (JVM). The flexibility, portability, security and open-source nature of J2EE provides a strong base for the J2EE application model. J2EE is designed to facilitate the development of applications that make enterprise integration services accessible to customers. The J2EE application model defines an architecture for implementing services as multi-tier applications that enables it to achieve the scalability, accessibility, and manageability demanded by enterprise applications. The developers can rely on J2EE technology to provide solutions for developing multi-tier services. Read More- Why Use J2EE Technology for Integrating Enterprise Apps?
We are almost halfway through 2017, and it’s always exciting for web developers to know which programming languages have been the best picks lately in the programming world. In this blog, I am unveiling 10 most preferred languages in 2017 so far. Please note that the top 10 languages I am going to list below are strictly based on GitHub’s recent data and TIOBE Index for June 2017 – the most credible sources to track the popularity of programming languages.
Let’s Begin!!!
Java
Java, an open-source language that’s been around since the 1990’s, allows developers to “write once, run anywhere”. So, you can run compiled Java code on all platforms without having to recompile. Java is the product of Oracle corporation and is widely used for creating server-side applications, video games, mobile applications and smart TV applications. Since both large and small businesses use applications written in Java, this language is high in demand and ranked among the top ones by Tiobe Index and Github.
Java is also used by most Android app developers. Some top Android app examples of Java are Temple Run, Candy Crush Saga and Angry Birds. It doesn’t end here as Java is also used everyday by many airlines, government agencies and Fortune 500 companies.
Java’s Growth in 2016: 63%
Python
First released in 1991, Python is a widely used open-source, high-level, general-purpose and dynamic programming language. Python has witnessed most of its growth in the past five years (7.0%). Python is popular among developers for readability and easy learning. Whitespace indentation in Python allows developers to delimit code blocks without using curly brackets or keywords, which emphasizes code readability. If you are new to programming, you can pick Python as it is one of the most beginner-friendly programming languages.
Some of the top applications that have been built using Python are YouTube, Reddit and Instagram. You can also use Python for scientific computing, web development and 3D rendering.
PHP is also an open-source and very popular programming language used for server side scripting. Although PHP was primarily designed for web development, it’s also used as a general-purpose programming language. PHP first came out in 1994 and originally stood for personal home page. It’s now taken as the abbreviation for Hypertext Preprocessor. Since PHP has a low learning curve, new programmers can also develop web applications in quick time.
PHP powers more than two hundred million websites, including the popular ones like Yahoo, Facebook and WordPress. Developers can easily deploy PHP on most web servers on almost every operating system and platform.
Web And Mobile App Development 