While it presented a new way of working and collaborating with the world, the adoption of Figma was not as straightforward. In a world where traditional software dominated the working methodology, Figma is the contrary.

In this blog, we will discuss important tools of Figma that you should know about. Also, we will deep dive into the use cases of all these tools and move forward to the tips on how you can optimize Figma and take full advantage of its features. So just sit back, relax, and dive deep in.

What is Figma?

Based on a client-server architecture and running on a web browser, Figma is a stand-alone software that can complete any requirement for external installation. Without reservation it takes advantage of the web browser functionality on HTML, CSS, and JavaScript. Ultimately delivering an easy-to-use and interactive experience for designing. 

Divided into two sections being client side and server side. Where, client-side involves a user interface that handles user interaction and operations they want to perform. On the other hand, backend involves handling user authentication, collaboration, and file management. Its cloud storage has enough storage to support all kinds of your project, no matter the size.

Some of the most complex and highly appreciated features of Figma include Auto layout that helps in creating a responsive and adaptive design. In addition, its component states that will help you manage your component with dynamic and interactive designs.

How Figma got ahead of traditional competitors

In comparison to its traditional competitors like Adobe which were highly dependent on the operating system and physical architecture of the computer. To demonstrate you just have to download and install the software on the pc before using it yourself. 

Moreover, traditional systems lack support for the design systems essential for creating consistent and interactive UI. And the biggest of all factors is Accessibility, traditional software has limited accessibility with limited collaboration and community growth to aid the design. 

Figma ensures you face none of the problems. Hence, building consistent UI with seamless real-time collaboration that allows you to be consistently in touch with your teammates. In challenging situations, comments and audio discussions come to aid also different users can consistently interact and edit files. Moreover, with the launch of the latest dev mode it has become easier for developers to gather the required information for development. As a result, these features for example include finding the CSS, dimensions, color code, and more. The biggest feature loved by the designers and collaborators for Figma is its robust version control system. Making it easier for them to track changes and compare them. Providing you with the transparency and control needed for development.

The advantage with Figma 

To help you understand better in detail, let’s explore some of the advantages of Figma. Furthermore, these features are the reason why should Figma download be your top choice if not it already:

• Real-time Collaboration: Destroying the limitation of distance, Figma powers real-time collaboration with the help of which you can share design files and do live editing. Positively powered by creating unique cursors, and avatars for every user, and providing selection and editing awareness. Enabling teams to have a seamless connection, instant feedback, and accelerates the design process.

• Cloud-Based Model: Changing the market scenario completely, Figma is a completely cloud-based platform. As a result, it doesn’t require to be installed on devices and users can just access the platform using a web browser and take advantage of its features. Moreover, files are directly stored on the Figma software servers. Enabling users to just share the link and files will be accessed around the world. It has been lauded by the industry leaders. Added to this, cloud-based models help in efficient control over version systems to boost your iteration and comparison efforts.

• Cross-Platform Compatibility: With Figma, gone are the times when you were required to install and use unique operating system-specific platforms. Unlike other industry options, figma has the best cross-platform operability that provides similar user experiences to the users which performs seamlessly even after change of platform. Perennially, Figma is the perfect choice to work in sync on any platform be it Windows, MacOS, or Linux.

• Design Systems: Figma understands that designers don’t just design software. But a place with more efficient features to create a complete design system for their projects. To comply, it added features like components, design libraries, and style guides. Undeniably, constant emphasis on design systems is resulting in a faster adoption of Figma among the biggest brands across the world.

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Figma features you should know about 

• Auto Layout: Changing the way of responsive layout creation, auto layout allowed designers to easily components and frames based on available space and constraints. This is done by defining the rules how an object or content has to perform within the frame. Be it spacing, stacking, sizing, or padding auto layout does it all for you. To enable auto layout, click on the desired content and activate auto layout in the properties panel. 

• Code Support: Figma has a strong code support for designers and developers to help with efficient practices in development. This helps developers have streamlined flow of design specifications in the longer term. Developers can generate css code with just a click. You can use extensions to integrate figma into your editor and always stay on top of the features.

• Branching: Ensuring you have complete creative freedom, Figma has the branching feature. This feature creates a safe copy of design in the file to experiment and play with. Each branch created will be unique and easy to iterate for the development.

• Grids: Understanding the requirements of precise grids for designers. Figma offers three types of grids: flexible grids, customizable grids, and responsive grids. In addition, you can generate unique grids for components. These grids have smart distribution and alignment that helps in auto spacing and alignment of elements within the grids.

• Typography Systems: Figma offers support for a comprehensive typography system for a consistent use in the project. These typography systems define font choice, sizes, styles, letter height, spacing, and much more. You can start using these typography systems and introduce consistency, professionalism, and visual coherence in design.

The demand for Figma is growing and will only grow according to experts in the coming times. Helping designers with efficient and strong design software, it should be your most preferred go to tool. Moreover, upcoming features are sure to enhance your design process. Start using Figma in your daily life today!

Confused about making a choice between nextjs v/s vuejs? Make your choice after reading this. 

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Artificial intelligence, blockchain management, machine learning, augmented reality, and virtual reality are some of the most prominent growths in the tech world. And to say the least, these technologies have been game changing when used efficiently.

Among all the rising technologies, the most prominent one among them is Blockchain. Blockchain is a digital record between businesses, with a robust, distributed, and decentralized structure that can be shared among the users. Also, the biggest advantage it has is its immutable record. Which once created is safe for all the time to come. Finance, healthcare, real estate, and supply chain all have taken advantage of it and changed their process. 

In this blog we will look at blockchain and supply chain. Understanding how this industry operates, we will get into the details of the post blockchain integration change. 

Blockchain and Supply Chain management

Supply chains are the groups of people, things, materials, and forms that make up a product or service. They cover the entire life cycle of the product, from its nascent stage to the final destination. In addition to remember, good supply chain management is all about optimizing forms, cutting costs, improving skills, and showing customers more respect.

The supply chain challenges are immense and need to be addressed if we want to avoid costs and risks. One of the biggest challenges is that there is no visibility of what is happening at every stage of the supply chain. Another major challenge is that counterfeit products are costing companies huge amounts of money and can cause long-term dent damage to a brand’s reputation. The best solution is to document every stage of the production chain so that counterfeit products cannot enter our supply chain undetected. But how?

Blockchain is the solution. Originating in 1992, blockchain found popularity for its usage in 2016. By streamlining operations, creating transparent records, and building robust architecture. As a result, it has attracted a huge number of potential users to join and try out this ever-growing technology. The supply chain is no different. As an illustration, its integration has seen better transparency, traceability, and management. That ultimately is increasing revenue and enhancing customer retention.

Transforming Supply Chain with Blockchain

Let’s look at some of the changes that have turned real with the help of blockchain in supply chain management. Without reservation, you should know these changes. And also, take a step forward in understanding the conjunction of blockchain and the supply chain. 

1. Transparency: Blockchain helps create transparent records in the supply chain with the help of the latest technology like distributed ledger, consensus mechanisms, auditable trail, and Smart Contracts. Here, distributed ledger supplies all the users with a copy of the transaction records. Which lets them know everything in detail and be in a loop. While Smart Contracts are self-executing contracts as per the conditions ensuring all the parties know everything in detail before.

2. Improved Tracking: Blockchain offers companies support to manage and mitigate the issue of counterfeit products with provenance tracking, authenticity verification, and tamper-resistant documentation to safeguard your products. Certainly, it also empowers customers with access to transparent and verifiable information about the products.

3. Reduced Supply chain disruptions: Data is an important asset of the supply chain. Running almost every operation, its disruption can reduce revenue and increase the load on the company. Blockchain minimizes supply chain disruptions with decentralization and redundancy of the data. Ultimately, helping all the operations continue even if one end goes down. Preserving critical resources and data.

4. Efficient Documentation: Documentation has been one of the biggest challenges faced by the supply chain industry. Its dynamic and agile nature required fast creation and circulation of documents among its employees. Manual processing is not just time-consuming but also challenging for smooth management. Blockchain solved this issue by the digitization of documents on its records that can be easily accessed, retrieved, and stored among the end users. Moreover, these documents are secure, immutable, and allow interoperability.

4. Improved Collaboration: Blockchain boosts collaboration and tracking among the user with its consensus mechanisms, traceability, and provenance. That can be critical in situations like dispute resolution. Data sharing to provide relevant information while protecting critical and sensitive data.

How big companies are using Blockchain for its Supply Chain

To understand how blockchain has been transforming the supply chain. Let’s have a realistic look at some of the top companies and their use cases. These brands are recognized in their respective industries as leaders and usage proves authenticity of the industries.

Walmart: Founded by Sam Walton in 1962, Walmart has been at the front of using blockchain in its supply chain operations. Partnering with IBM and various companies, it developed a custom solution for traceability across its different operations like food, pork supply in China, and traceability of pharmaceuticals. Not just that, it also improves compliance and has enhanced the maintenance of documentation. Also, it gives employees and managers extended capability to check through maintenance and the stage at which they are right now.

UPS: United Parcel Service a global delivery and supply chain management company saw blockchain as a solution to enhance its logistics and supply chain management. Incorporation into the usage to streamline global supply chains, tracking, and visibility of packages right from origin to destination.

FedEx: Another global giant in logistics and delivery services has been the front-runner in the adoption of blockchain service in its operations. Enhancing traceability, visibility, and efficiency. Hence, FedEx created a distributed secure ledger for real-time updates and boosted collaboration among the employees.

IBM Food Trust: IBM, one of the biggest tech giants sustaining and adapting to the changes with time has developed IBM food trust, a blockchain to address critical flaws existing in the global food supply chain. Unquestionably, the results it produced were improvements in food safety, customer trust, and efficient management of food chains all over the world. Definitely rated among biggest revolutions, IBM food trust has truly democratized the accessibility of quality food all over the world.

Conclusion

Terming the technology of the future, Blockchain is considered to improve the world’s existing ecosystem. Enhancing transparency with its immutable records, blockchain is going to boost most of the technology sooner or later. We have already discussed in detail. How the supply chain has seen a revolution with the adoption of blockchain in its operations. 

Still, for all the benefits. The blockchain industry faces some of the most prominent challenges to come into the mainstream. Before becoming available for adoption. Moreover, these challenges include scalability, interoperability, regulatory considerations, and most importantly efficient consensus management.  Nevertheless, If you’re planning the efficient implementation of blockchain technology in your company operations. You should start by consulting with the leaders of the technology. In fact, The most efficient solution to integrate will be to employ the leaders of the technology industry in the world. 

One of the leading technology companies in the blockchain development is iByte Infomatics. Based out of India, they have extensive experience working for over 10 years, with 300 different clients. Delivered over 600 projects across industries for the clients.

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Helping everyone to grow their understanding of IoT. In this blog we will talk in detail about them, starting with pre-IoT times. We will understand its benefits and multiple applications.  

Understanding Pre-Internet of Things

The Internet of Things is talk of the town for some time. Amazing everyone with their capabilities and magic in almost every walk of life. But do you wonder why? To understand this, let’s step back and learn about the pre-Internet of Things time.

Suppose you are at home and planning to watch a movie in a dark environment. But to turn off the light, you have to get up from your cozy and comfortable bed, reach the switch, and then turn it off. Or suppose you’re a weather expert! You prepared the weather prediction for next after thorough analysis but suddenly there is a change in the weather. With reservation, ever wondered how long will it take you before you can predict again? If you’re extraordinary you can do that in minutes or if average maybe hours. 

Unquestionably limited data exchange, unconnected devices, low functionalities, and slow processing were the common features of Pre-IoT times. Which furthermore increased potential threats and securities for even basic operations. 

Explaining the Internet of Things

IoT, or the Internet of Things, is a network of devices connected and controlled using the Internet. These devices have software, chips, and sensors to help them function and perform tasks. Hence, improving the utility of machines from home to offices, IoT is one of the landmark changes in the history of technology.

To further understand how IoT operates, we will divide it into three sections: Devices, Sensors, and Software. Devices are machines equipped with sensors, chips, and other tools to ensure their working and connectivity to the internet. 

Here, sensors are small machines embedded into devices with the motive of sending and receiving data. That is, sensors let devices know what action they have to perform and when. 

Depending upon configuration, it can keep track of your health data, environmental data, performance data, and more. The data detected by the sensors go to the software. Generally hosted over the cloud, this software has the latest technologies to process data and generate outputs as the desired signals.  

Top examples of IoT devices include smart homes, industrial automation, healthcare, and smart cities. To demonstrate, let’s talk about the usage of IoT in the healthcare industry. Remote patient monitoring devices like health trackers allow doctors to keep track of their doctor from a distance. Informing them about medicines and routines they have to perform.

Some of the most common Internet of Things industries:

Multi-functionality with IoT has seen it grow across various industries. To understand the growth and usage, let’s explore some categories and know how they have changed the world.

• Domestic IoT: Mesmerized by the magic of smart homes? Ability to turn lights on and off, play music with voice commands, or lock that keeps you updated. That’s all the magic of domestic IoT. Domestic IoT deals with home appliances made for general usage but equipped with artificial intelligence. By increasing convenience and comfort, they are fast coming into the daily life usage of people. The Common Internet of Things devices used in home settings are TVs, Smart speakers, home security systems, etc. 

• Healthcare IoT: Medicine science has been under scrutiny for a long time. Requiring high caliber expertise and constant checks. And Why not? After all, it dealt with human life. Undeniably, IoT is a lovely addition to its capabilities. Transitioning from paper records, regular visits, and traditional methods like tests to cloud records, real-time tracking, medicine schedules, and much more. The outlook of the healthcare industry has changed for good. Your daily activity levels and real-time data are under examination, helping you prevent chronic disease and boost natural health. 

• Environmental IoT: Crucial for life on earth, the impact of IoT is mammoth in environmental studies. By changing the data collection and processing way, IoT has made pivotal steps faster, easier, and more accurate. There is no longer a need for multiple observation stations, where humans would perform data sampling and processing to give the results. Instead, IoT sensors detect small change data like pollutants in the air, pH, temperature, and dissolved oxygen levels. Next, this data captured is sent to the server for processing and giving out results in real time. To illustrate, look at the reports published by the Meteorological department in case air quality and rain prediction.

• Industrial IoT: IoT focused on optimizing machine processing in industrial settings such as factories and warehouses are known as Industrial IoT. By powering the automation of processes and real-time monitoring, asset tracking, energy management, and quality control have seen a massive uptick. 

As an example, Tesla has an ultra-advanced factory equipped with robots and machines developing cars for humans.

The edge with the Internet of Things:

After exploring the Internet of Things. Let’s look at some of the reasons why the Internet of Things is making an impact. After reading through the reason, you will have broad understanding of various operations of IoT. Furthermore, you will understand it can help your specific industry.

• Deeper Insights: Data is very critical for every organization. Undeniably, improving business’s efficiency and optimizing their resources in the longer run. IIn any case, IoT devices with their high-precision sensors with high detailing and low error chances, can help get them very insight. 

• Finer Decision Making: IoT’s latest machine and deep learning algorithms can help businesses navigate critical situations and deliver results. As a result, it has been deployed by top companies like EY, Amazon, and Walmart. 

• Real-time analysis: With the ability to detect slightest of the change, IoT devices can provide real-time analysis. Certainly, removing most of the limitations of pre-IoT times. Some industry uses of this ability include the manufacturing industry to collect details about machines and products. Or agriculture, where soil quality is tracked in real-time for it.  

• Increased efficiency: By helping you optimize the resources and make better decisions, IoT devices can be instrumental in increasing the efficiency of your work. Automate your work, monitor and track problems before they come through.   

• Multi-functionality: Developed with the concept of adaptability and functionality. IoT devices can perform multiple functions like data collection and analysis, control systems, and predictions using data.

• Improved safety: Safety of workers has been a critical issue for almost every industry. So much so the government had to roll out guidelines and regulations for safety. By comparison, incorporation of IoT can help industries be prepared of any mishaps by detecting problems beforehand. When up against traditional methods this is can create a safer environment. For example, it will detect the deterioration of machines in the factory and alert managers it is not safe to use. 

Internet of Things importance across industries:

• Finance: One of the most critical industries for the world is Finance and IoT, which ensures there’s a new change in its revolution. Evident by the implementation in the customer activity monitoring system. It helps you get a real-time analysis of their activity and prevent any possible fraudulent pursuit. Not stopping here! IoT allows financial institutions to personalize their service and improve business. Indeed, the future of finance will IoT in working in data-driven strategy, automation, and even auditing. 

• Energy:  Energy in real world, is the real driver of economies, on the other hand, it’s also one of the biggest reasons for the emission of greenhouse gasses. Industries to governments have been critical for energy efficiency and resource optimization. Undeniably showing its beneficial in boosting the efforts of energy saving and optimization in the energy sector. Besides its advanced analytics, data-driven approach, and cost-saving plan ensure sustainability in the longer run. As an illustration, you can look at Florida-based power company, Duke Energy whose energy management system finds the fault lines, isolates them, and reroutes the energy.

• Agriculture: Vital for life and the global economy, IoT is making its presence felt in agriculture. Extremely helpful for farmers to track field data in real time and make better decisions for harvesting. Automate processes, optimization of resources, and smartly plan your harvest with IoT. To conclude IoT in agriculture can reach over $29 billion by 2030, agriculture is changing very rapidly in the coming time.

• Smart Cities: A term in use for cities having the latest technologies for easing daily life and operations is a smart city. Take the case of IoT device smart cities transportation, where devices check for the traffic flow and adapt to make changes as per their programming. IoT devices are truly changing the way we live. While the realization of a completely smart city is quite far. The top smart cities of the world are Copenhagen, Singapore, and New York.

Getting forward with iByte

Our experts at iByte have worked with different brands and ensure delivery of quality products for them. Subsequently you can Connect with us today and kickstart your projects.

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Artificial intelligence has been the center of attraction for some time now. Positively impacting lives with the ability to automate tasks, act like humans, and act on their own is attracting users more and more. In contrast to natural situations, you don’t need human supervision for your tasks anymore, just deploy your artificial intelligence code and you’re done. Be it detecting the failure of a machine, defects in the product, or detecting online suspicious activities. 

Keeping in mind the benefits of artificial intelligence. We will today explore the impact made by AI in education. First, we will take you on a tour of artificial intelligence origin, talking about Alan Turing, who first imagined that machines can talk to humans and behave like them. Then, we will go on to discuss the impact it has made in our life. Later exploring multiple technologies and benefits of AI in the education industry.

Artificial Intelligence definition

Software programs that give machines the ability to perform human-like problem-solving using their intelligence are called Artificial Intelligence. This is achieved by training computer programs with big datasets to drive up their understanding. Furthermore, to ensure the machine’s intelligence is top-notch, various fields like machine learning, deep learning, computer vision, and Natural Language Processing are used.

The history of AI research and development is as old as the second world war, where British computer scientist Alan Turing got to thinking about whether machines can converse. In 1950 created the famous Turing test. The next forty years saw small developments in the field of AI like WABOT-1, Ferranti Mark 1, and many more. But the first breakthrough came in 1997 when IBM’s Deep Blue became the first computer to defeat the then-world chess champion, Garry Kasparov. 

Cut to the present. After about seventy-three years of constant innovation, artificial intelligence is a necessity in our daily life. From understanding our needs to helping us find quick solutions AI is everywhere. Be it homes, offices, or cars. Artificial intelligence is making everything better.  

Why do we need AI(Artificial Intelligence)?

Human capabilities are finite. Be it the power of processing or work, there is always a saturation point that comes with every human. On the other hand, the requirements are infinite. To illustrate there are thousands of possible combinations in a chess game, but an average human cannot analyze every possible one. With their ambitious nature and aspirations, humans need a solution. A solution is more powerful than its limitations. When compared to their capabilities, that can help them overcome their limitations and get the best out for them. That is where artificially intelligent machines come into the light. 

Artificially intelligent applications help humans overcome these limitations. Undeniably high computational powers and decision-making algorithms can process complex data and produce insightful results in real time. Moreover, its ability to mimic humans, learn more to improve their understanding, and optimization of problems makes them worthy of integration.

Working to its promise artificial intelligence has come up strongly in the last ten years. By managing small to huge tasks easily, artificial intelligence is slowly becoming part of everyone’s daily life. For example, check out phone chatbots that you interact with daily for performing actions. You can call, message, and even suggest health recommendations based on your daily performance. Not only can it be used as a software, but also integrated in website development and mobile development for better results. Without a doubt, AI is going to rebuild how we interact in the coming times. You can be anyone and anywhere, and you will feel the change. 

How Artificial Intelligence is Changing Education

After knowing what artificial intelligence is, its history, and its applications. Now, it’s time to dive deep into how artificial intelligence is changing education. Hence, we have listed some of the major changes in education post its integration with artificial intelligence.   

• Individualized Learning: There are over eight billion people on Earth. Everyone has a different level of understanding. For some, complex topics are easy, while for some easy ones require more practice. Artificially intelligent education systems help students individualize learning according to their unique needs. Always changing itself according to the student. Take the case of Squirrel AI, whose supervised artificially intelligent learning programs have helped hundreds of students improve their understanding.

• Streamlining Learning methodology: Helping teachers spot errors in course artificial intelligence is instrumental in making the topic easy to understand. To explain, let’s understand it like this. AI education uses its capability to analyze big data sets and multiple algorithms. Find problems and suggest solutions for users to improve. Not just that, you can also create suitable learning material for students. Thus, creating courses is efficient and effective for every student. Take the example of Udemy, which uses a content recommender system to help students find solutions specific to their needs.

• Improved access: If there’s one reason education has not reached everyone, it’s the lack of access. Naturally, a necessity for survival, artificial intelligence can help improve access to education for everyone. Perennially breaking age, location, language, and other physical barriers for everyone. AI recommends courses and subjects, conducts adaptive tests, and even translates course content. As a result, multiple ai based learning platforms are creating an impact in the life of hundreds of people.

• Automation of tasks: Helping education institutions focus more on teaching than menial tasks. Artificial Intelligence creates ease of flow and streamlines operations at work. Some of the tasks that are automated include grading, feedback, and maintaining records. Helping teachers and students with ample time to focus on the main task.

• Interactive Classrooms: Changing the way students experience education. Artificially intelligent chatbots, virtual reality environments, and chatbot assistants can interact with students twenty-four-seven. Empowering them to learn by themselves whenever and wherever however they want. Truly, some institutions have developed multifunctional chatbots to help students with doubts, assignment submissions, and feedback about their work. As a result, they experienced an increase in enrollment and engagement of learners.

Different Artificial Intelligence Technologies in Education

Boosting every industry’s AI in education is a big revelation in present times. After understanding the above changes in education with AI. As an illustration, let’s discuss some of the top technologies that power these changes. Following this, learn to decide its effectiveness yourself.

• Chatbots: Software programs with the in-built capability to interact and respond to the user’s queries are known as chatbots. When employed, they give students the freedom of interaction and let them solve their doubts whenever they want. Not just students, they can also help teachers by automating time-consuming, redundant tasks in their daily life. Solving your user’s problems be it teachers or students they are a great addition to any institution. As an example, to integrate chatbots into your plan, you can look at DialogFlow. Powered by Google, it creates interactive and multipurpose chatbots with ease. 

• Speech Recognition: Based on Natural Language processing, speech recognition detects what is being said by the user and transforms it into text. Thus, finding wide usage in the education industry has alleviated learning limitations for people with disabilities. In addition, when combined with language processors it helps learners in correcting words, grammar, and tone. Yet speech recognition has a wide scope for improvement. They have to develop solutions for things like software training, speaking speed, and high costs for wider reach. 

• Virtual Reality: Bringing the world to one place without moving a needle is the magic of Virtual Reality. Created with a blend of artificial intelligence with 3D modeling virtual reality gives students an immersive and interactive experience. Despite being costly, they have made their presence count in the education industry. Research and surveys have concluded that students’ interaction and education experience can boost by up to fifty percent with the help of virtual reality.  

• Robotic Process Automation: Used to automate and ease menial daily life tasks. Robotic process automation is helping the education industry clear through routine and deliver value. Undeniably making educational institutions flexible and responsive in their approach to work. As an illustration, you can take a look at the tasks like student enrollment, data update, course scheduling, and attendance management are some tasks automated by RPA. 

• Recommender Systems: By helping students personalize their education, recommender systems have been very much used in Online learning platforms. They track users’ performance and interaction in real time. Simultaneously recommending courses and learning methodologies to follow. Take the example of Coursera and Udemy whose AI for education have been top notch for some time using that.

Will artificial intelligence replace Teachers?

The answer to this question is not a straight one. While there will be less need for generalists in education, demand for experts is going to see faster growth. Moreover, ai education has a big distance to go before it can be a perfect replacement for teachers. 

The iByte Edge

iByte is one of the leading companies in the AI industry, working and delivering projects of the highest quality to its clients. Our experts are always inspired by the idea of making an impact on the company. Join us on the exciting journey for change.

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Traditional software approaches had some serious challenges faced by both customers and developers. To understand, you can look at factors like piracy, reach, relevancy, updates, and customization. They had to be very specific in the choices and customers to target. While customers had to get the latest hardware and software for their running and installation. Limiting their usage and many times leading to crashes.

Understanding these problems, SaaS application development technology came. Hosted over the internet, users didn’t need to download and install the software. Instead, they just need to go to the browser and access the software. Deleting all the requirements of software and hardware that came in between. And for companies, it provided much better control over their software, faster access, and virtually deleted the chances of any piracy. Resulting in higher retention and better revenue for companies across industries.

To help your business switch to SaaS comfortably. In this blog we have discussed SaaS in detail encompassing what it means, and its features, and listed some of the most common SaaS tech stacks for your business. Use this information and get the results for you. This guide will help you make an informed decision about SaaS and tech stack.

What does SAAS App Development really mean?

SASS, Software as a service, is the flagbearer of the changing landscape of the software industry. They allow developers not to worry about Operating systems, hardware requirements, and space. Create your application, install it on the server, and be done. In other words, they are websites with complex functionality. Use them for creating different products ranging from simple CRM to complex accounting.

Now you might be wondering how this all happens? The answer to this question is both easy and difficult. So without waiting, let’s get into the technical details of SAAS.

To make it easier for you to understand we have divided SAAS technologies into two categories: Server side and Client Side. 

Client-side technology deals with how the user interacts with the software. It builds user interfaces and interactions with the help of images, texts, forms, and other things as applicable. Also called the user’s side, some of the most famous technologies for its development are HTML, CSS, JavaScript, and React.

Whereas, server Side technologies form the backbone of any SaaS application development. They handle all the data and requests sent by the client and send them back. Not just that they are also responsible for ensuring security, fast access, and scalability. They include AI/ML, DevOps, Cloud Provider, and Database as some of the technologies in every business.

To create perfect SaaS software be mindful when choosing the combination of technologies. These combinations decide how your software will perform and its scalability in the long term. 

Unique Features of SAAS:

Before deciding how to choose the right technology stack for your business. Let’s talk about some of the benefits of SAAS software that make them unique. Hence, helping you decide whether it’s a perfect choice for you.

• Easy Access worldwide:  SAAS software is available over the cloud, in other words, its deployed over the Internet not the user’s devices. Hence, any user with just an internet connection can open them and access them irrespective of the device they are using. Giving them freedom from hindrances like storage space requirements, ram, and operating systems. Just pay for the access and you’re ready to go.

• Data Security: SAAS can enhance data security by integrating updated latest practices. These include data encryption, access management, and multiple authentications. With cyberattacks increasing every day, your data will always be safe from outside attacks. 

• Easy Integration: By allowing different softwares to work together in a single place, SaaS can ease the work for businesses. Users don’t need to switch tabs or software when using them just integrate them as per the prescribed method. These integrations are hassle-free and require minimal effort to take place. Take the example of, zoom-salesforce and Google Docs-Gmail.

• Subscription based access: Businesses require revenue to continue running, manage costs, and update themselves. SaaS gives the freedom to offer subscription-based access and generates revenue from the first day. They can also personalise the environment for different users by their chosen plan. Software in the past lacked this functionality which limited freedom and customizability.

• Safeguard your application: Software piracy is one of the most prevalent issues for businesses worldwide. From small software companies to giants like Windows and Adobe, all have been prey to it. By switching to SaaS your applications are safe from attacks and can only be used by the authorised users . Giving a return on investment and be safety from piracy always.

According to iByte CEO Gitesh Dang “The trend of SaaS has just started. By 2035, it has the potential to help run over 90% of the business on its own.”

How to Choose the Technology Stack for SAAS

SaaS app development requires a very methodical approach. After delivering projects for across industries. From our experience we have suggested the pointers to consider when choosing the right tech stack. In addition to using these pointers you can also contact us for your project guidance. More than happy to help!  

• Define your needs: Before even starting to choose, know what exactly you want to create. Look for the technology stack that has been proven to do this kind of work with utmost efficiency.

• Scalability: SaaS products are known for their scalability. Switching and updating as per the needs and trends. To ensure your products are scalable look for the tech stacks that are proven to be scalable.

• Relevancy: Also, called the support factor. Look for a tech stack that’s rising and will stay relevant in the future to come. Growing technologies can help you better manage the complexity and adapt faster as the change comes. Furthermore, they are efficient, receive more updates  and support.

• Resources Availability: Take a look at the finances and human resources available in your offices. If not in the office, look for trained resources available in the market for the chosen stack. These resources will inadvertently decide whether you can go ahead or not. 

Some common technology SAAS stacks:

Be very mindful when choosing a SaaS development company for your product. To start with, look at the technologies they are expert in and the tech stack used by them. Some of the most followed tech SaaS stacks are explained below for you: 

• MERN: Based on the ever-dynamic Javascript. MERN stack is composed of React for the client side building the user interfaces. While Express and Node work on the server side handling business and operations logic for your website. The database technology used is MongoDB. Simultaneously, you can also add TensorFlow to your website for deploying ML models.

• MEAN: Another of the Javascript-based tech stack. Here, the client rendering side is handled by Angular. Whereas Express and Node work on their server-side rendering. Furthermore, MEAN stack is famously used for websites to increase the efficiency and scalability of their business.

• PERN: Stands for PostgreSQL, Express, React, and Node. Evidently, PERN is the top choice for companies who need SQL based databases. Moreover, its robust access control and high tolerance are the biggest benefits of using the PERN stack for your SaaS project.

• React + Python: Not satisfied with other options? A combination of React and Python can be the answer for your SaaS application. Both have powerful frameworks and libraries to help you manage and scale your product. In any case, they offer fast development, high scalability, high speed, and efficient results. As an illustration checkout Netflix, one of the most prominent brands that run on this stack. 

How can iByte help you?

We know how much a SaaS product matters for your business. Our expert developers have a thorough look at your requirements and create a master plan. Our results driven approach creates products exactly how clients wanted.  

Join Us to turn your dreams into reality.

The post How to Choose the Right Technology Stack for Saas Development? appeared first on Top web and mobile app development company | UK UAE USA.

Web Development has changed for good in the past ten years. Making websites more interactive, responsive, and faster. But there is one thing that deserves whole credit, yet untalked about. Do you know what? Yes, I am talking about javascript.

First developed in 1995, javascript has given the website world gifts like autocomplete, playing of video and audio, and not forgetting a click. Javascript slowly began dominating the development. At present, running on more than ninety-seven percent of websites around the world. Javascript ensures websites are dynamic with features that can update themselves or change as per the command given to the user. 

To ensure javascript not just remains relevant but is also updating itself. More frameworks and libraries came to light, for example, Angular, React, TypeScript.js, CoffeeScript.js, Next.js, and Vue.js.  In this blog, we will discuss the two latest frameworks in javascript web development: Next.js and Vue.js. Discussing their similarities and differences, we will also talk about which one to use and when?

Similarities and Differences: Next.js vs Vue.js

Next.js and Vue.js are undoubtedly the top two rising languages of the present time. On one hand some developers are promoting Next.js for its server side rendering ability, whereas others are supporting Vue.js for its lightweight file. In this blog we will look to help you make a better choice, we will look at both similarities and differences of both the languages. 

Next.js vs Vue.js similarities:

1. Working: Both Vue.js and Next.js support server side rendering of the web pages. Server side rendering finishes the processing needed on the server opening up scope for faster web page loading. This can be particularly helpful in the cases of large files where client side rendering can take up the essential time for the user.

2. Foundation Language: Next.js and Vue.js are both written in Javascript at its core. Here, Next has been derived from React, which itself is one of the most famous languages around the world. Whereas Vue.js is an open source language developed by Evan You, later bought by Vercel. Both use efficient features like virtual DOM and hot reload, creating scope for minimal changes and faster response. 

3. Componentization: The Practice of dividing the website into blocks of codes, which can work independently, be reused, and be scalable is componentization. With the increase in complexity of tasks performed by sites, componentization has become a necessity for faster performance. The two frameworks support componentization allowing rapid development of the UI.

4. Progressive Web Apps: Deemed to be the future of web applications, progressive web apps are crucial for business in the coming times. They can boost interaction time and revenues in multiple ways. Without taking up much space, they allow users to access some functionalities offline and receive notifications. Both frameworks create scope for the creation of PWAs. 

Next.js vs Vue.js differences:

1. Evolution: For the case, both next and vue are written in javascript but their evolution is very different. Next.js is built on React and has inherited all the features of react in its setup. On the contrary, Vue.js is a single framework which uses javascript and typescript.

2. Optimisation: Next.js has built-in support for server-side rendering and static site generation used very well for SEO. Moreover, it has lazy load-like features for the images, text, and component data to boost loading. While Vue.js requires some additional plugins to achieve these features for the website.

3. Popularity: The community size of Vue.js is quite bigger than Next.js. Unquestionably, proved the statistics regarding usage. According to experts the reason attributed to this can be simplicity of syntax used and less assertive file organization structure. Also, Vue.js offers a bigger community to support at the time of issue. 

4. File Size: Next.js has a setup size of about 43 MB, on the other hand, Vue.js is just 2.55 MB. Naturally, saving space allows faster access to the files for coding and processing. In brief, saving bandwidth for faster, access for users and debugging in case of errors.

Significant factors to consider when making a choice:

Front End technology is a significant part of any full stack development. To help you be systematic when making this choice, below we have listed some factors to consider. 

1. Rendering Technology: Users fetch websites from the server and then run fetched files on the application. To ensure a website delivers value to your customers and renders everything on time, rendering technology is the first thing to notice. Two major rendering technologies are server-side and client-side rendering. Server-side rendering technology creates a website on the server and sends a pre-rendered page to the user. However, for client-side rendering, the server sends the file directly to the browser who executes it.  

2. Learning Curve: Time taken to learn can be crucial when selecting, especially considering the timeline to deliver a website. Here to consider, among Next.js and Vue.js, Next.js has a sharp learning curve and calls for extra attention and hard work, whereas Vue.js is easier to use. Also, remember this might be different for everyone according to their unique capabilities and ability to understand. Make sure you take this into account when making a choice.

3. Community Support: Both javascript frameworks have an active community supporting them and updating the technology when needed. When comparing Vue.js, the community is larger than next.js. It has been evident from past language experiences that languages with a small community lack regular updates and are more prone to pitfalls over time. Making them unsustainable investments to make for the projects. 

4. One Page application vs Static Site: Both Next.js and Vue.js have the ability of creating both one page application and static site. Which can be achieved by integrating some plugins and resources. But if the specifics have to be asked for, Next.js has built-in support  for static site generation while Vue.js for One page application. Choosing the right framework depending upon the needs helps in fulfilling requirements, scale the project, and deliver high value to both users and business. 

When should you choose Next.js?

Next.js can be a perfect choice if you want your website to have server side rendering, SEO, and easy developer experience as the top consideration. Important thing to remember is even after being dependent on react, Next.js can be very challenging to learn. 

When does Vue.js work best?

The third most loved language after Angular, React in a survey among more than seventy thousand developers by GitHub in 2022. Vue.js can be a perfect solution for one-page applications. Moreover, add vue.js to your existing projects easily with its rapidly growing framework and libraries. The biggest limitation of Vue.js is the ability to integrate into older browsers, which limits the audience.

The way forward

We just had a detailed look at Next.js vs Vue.js. But! Don’t stop looking for more probable solutions. One of the most probable solutions includes Svelte. Other than that, there are also traditional solutions like Angular and React for your project. 

As the old saying goes, there is no one-size that fits. First, Understand your project in detail, and then, go for the search.

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With over one hundred million users in less than three months after launch. ChatGPT is a sensation in present times. Its growth and reach is attracting the attention of every technology pundit around the world. Suddenly the artificially intelligent world is looking closer and turning into a reality. Furthermore, increasing the value of machine learning and natural language processing in the growing technology world.

To explain artificial intelligence gives machines the ability to think on their own. Running on machine learning which is acting as a brain, algorithms are created and trained with the help of datasets to help solve specific problems. For example, self-driven cars, search results, business decision-making, or processing human texts.

AI combines technologies like Machine Learning, deep technology, neural networks, genetic algorithms, and NLP. Machine learning here acts as the brain of this technology, which teaches machines how to act and react according to the data given. Consequently, NLP takes advantage of this learning and detects human texts and answers accordingly.  

ChatGPT is one of the applications running on NLP. Users here send a message, and the machine analyzes and creates a response accordingly. In this blog, we will explore how NLP works, its requirements, and the different industries in which it’s present. Hence, giving you an idea of how you can use NLP in your business.

Understanding Natural Language Processing

NLP, or Natural Language Processing, is one of the most noteworthy innovations using artificial intelligence. By helping computers understand what is said and converting it into machine language, it creates a scope for real-time conversation with humans. Hence finding its usage across different modes be it in mobile applications, software, or websites. 

Fathering NLP is deep learning, machine learning, and artificial intelligence algorithms. To explain in detail, these algorithms first break down the text analyzed into clauses from where purposeless words are deleted. The remaining words are then changed to their root words, and then finally interpreted as per needs.

There are two common methods in NLP model creation. Where the first is human explained, where engineers carefully craft rules for the models to use. The other is the usage of Machine Learning for NLP, where models are trained using statistical methods for concurrent learning.  

Creating the scope of large-scale analysis and automation of repetitive tasks again. NLP models are present in almost every industry, including banking, retail, healthcare, and customer care. In brief, If AI is going to take over in the future, NLP surely then is going to play a role in it.

The Rise and Rise of NLP

Do you know that the first chatbot was Eliza in 1964-66? Yes! That’s right. Eliza was one of the earliest software built using pattern matching and substitution methodology. Constructing the foundation for more human-computer conversations technology building bearing fruits in present time. As a result more coming times watched the development of Parry and Racter. 

The transformation in the NLP got its boost by the integration of machine learning models after 1985.  As a result very rapidly showing the first success with much known Dr. Sbaitso. Afterwards, showing the results with Watson and Siri.

Concurrent recent innovations with supervised and unsupervised machine learning models have pushed the bars higher. Thereupon building models which can answer questions, find topics, summarize the text, and communicate with you anytime you like.  

Different Uses of NLP:

After knowing NLP, let’s explore some of its common usages. In the long run you apply these different uses in your industry and generate results.

1. Sentiment Analysis: The study of emotions behind the text is sentiment analysis. Notably used by companies with a huge customer base it helps in doing a statistical analysis of what is being said and making better decisions. Or, you can use it when you want your users to have an automatic response depending upon the kind of message they send.

2.Text Categorisation: Do you ever wonder how Google and Zomato classify the reviews into some pointers? No? Well! It happens with the help of text categorization. In other words they check specific keywords  and tag data according to that. An example of text categorization can be Shri Ram and Seeta, which will go to data like Hinduism and spirituality. In the technology world it is also called Named Entity recognition.

3. Virtual Assistant: While NLP doesn’t have any direct relation with chat assistants. It detects the text through voice commands given to the user with the help of semantic analysis. From where assistants generate appropriate responses, as the users require. To point out, Amazon’s Alexa, Google Assistant, and iPhone’s Siri run on this concept.

4. Easy Automation: Every business needs automation in their work, be it customer-facing or not. NLP knows this knotty situation and allows businesses to leverage their resources. As a result it has created bots who get training to analyze the text and then respond accordingly. Some use cases are ticket classification, spam detection, contract analysis, invoicing, and autocorrect. In contrast to chat bots, NLP can also help implement various other processes like forms and digital tele-calling.

NLP Applications:

To demonstrate, let’s explore some real-life use cases for the technology industry to check for its applications. Thus, showing the sky’s the limit to reach with proper application of NLP. 

1. Recruitment: Recruitment is a tedious task for companies for a long time. Particularly, reading through hundreds of resumes, looking at their experience and skill sets, and finally hiring. In fact, the biggest snag is cutting through irrelevant resumes. NLP solves this problem by detecting candidates with relevant skill sets and experiences. Additionally, many companies use it to map the internal employee skill sets and listen to their needs. For example, you can check out software honelt and remesh. 

2. Chatbots: If there is a single benefit of using NLP, it’s chatbots. Chatbots reduce the need for human-human intervention and help users find what they need in seconds. The most common methods of creating chatbot are: definition dependent and self-learning bots. To understand them better you can check out many different sources, some of the best sources specifically include IntelliTicks, Quickreply.ai, and Google Dialog flow. Or build one for you like different industries at present.

3. Social Media: With the increase in social media, there is an immediate need for surveillance. To stop users from sharing harmful content, spreading misinformation, and unsafe content in due time. NLP integration solves this problem for businesses. With NLP, they can detect messages, flag them, and even stop them. Your content is by going through an algorithm to get a tagging of being safe or not. Which ultimately, creates a safer and healthier environment for everyone using the platform.

4. Email Filtering: One of the first use cases of NLP in the tech industry is an E-mail filtering. Email filtering checks into incoming mail for users and categorizing them by phrases and words. For example you can look at the division by  an inbox, promotions, and social. Or by sending emails to spam folders, all is NLP. You can see that yourself next time when you check your email.

5. Autocorrect: Accomodate. Did you notice the spelling of accommodate is wrong here? Yes? No? Well, nothing new, misjudging the spelling is common. All thanks to autocorrect. Forming the core of our daily life messaging and chatting autocorrect has become a part of daily life. Its algorithms detect what is written and analyze each and every word. Thus, finding the errors and replacing them. 

Conclusion

Growing at a compound annual growth rate of 25.7% in natural language processing. NLP is going to be a part of every machine in the coming time. Furthermore, machines soon will have the understanding of not just words but also emotions. 

In fact, incorporate NLP into your business and start seeing the change from day one. But when doing that, always look for expert guidance. Finally, for a smooth you incorporation Contact Us today for your NLP projects!

The post Natural Language Processing 101: All about the new technology appeared first on Top web and mobile app development company | UK UAE USA.

Food delivery apps are mobile applications that allow customers to order food from local restaurants and food vendors and have it delivered to their doorstep. These apps provide a convenient and hassle-free way for customers to order food, while also providing restaurants and vendors with a new channel to reach customers and increase sales. 

The success of a food delivery app depends on several factors, including a user-friendly interface, efficient delivery management, effective marketing strategies, and strong partnerships with restaurants and vendors.

What is a Food Delivery App?

A food delivery app is a mobile application that allows users to order food from restaurants and have it delivered to their doorstep. These apps typically allow users to browse menus, select items to order, and make payments securely through the app. Once an order is placed, the restaurant receives the order and begins preparing the food. 

A delivery driver or courier then picks up the order from the restaurant and delivers it to the customer’s location. Some food delivery apps also allow users to track the status of their order in real-time and communicate with the driver or courier directly. These apps have become increasingly popular in recent years, as they provide convenience and ease of use for customers who want to order food from the comfort of their own homes.

Current Market Statistics About The Food Delivery Industry

• As of my knowledge cutoff date of September 2021, here are some current market statistics about the food delivery industry:

• The global food delivery market size was valued at $115 billion in 2020 and is projected to grow at a CAGR of 12.3% from 2021 to 2028 (source: Grand View Research).

• The pandemic has accelerated the growth of the food delivery industry, with more people ordering food online for delivery or pickup instead of dining out. In the U.S., food delivery sales increased by 20% in 2020 compared to 2019 (source: NPD Group).

• The largest food delivery companies in the world include Uber Eats, DoorDash, Grubhub, Just Eat Takeaway, and Deliveroo. Uber Eats has the largest market share, with a 27.7% share of the U.S. food delivery market as of August 2021 (source: Second Measure).

• In addition to third-party delivery platforms like Uber Eats and DoorDash, many restaurants are offering their own delivery services to compete with these companies. In fact, 71% of U.S. restaurant operators say they plan to offer delivery services in the future (source: National Restaurant Association).

• The food delivery industry has faced criticism over issues such as worker pay and working conditions, high commission fees charged to restaurants, and the environmental impact of delivery packaging. Some cities and states have implemented regulations to address these issues, such as capping commission fees and requiring companies to provide benefits to delivery workers (source: The New York Times).

Key Features of Food Delivery Apps

Here are some key features of food delivery apps:

1. User Interface: 

A user-friendly interface that makes it easy for customers to browse menus, place orders, and track their delivery in real-time.

2. Menu Customization: 

The ability for customers to customize their orders by adding or removing ingredients, choosing portion sizes, and selecting additional items.

3. Payment Options:

 Integration with multiple payment options, including credit/debit cards, PayPal, and mobile wallet apps, to make the checkout process convenient for customers.

4. Delivery Tracking:

Real-time tracking of the delivery process, including estimated delivery time, delivery driver information, and the ability to contact the driver directly.

5. Reviews and Ratings:

A system that allows customers to rate and review their orders and experiences, helping other users make informed decisions about which restaurants to order from.

6. Loyalty Programs: 

The ability to offer loyalty programs and incentives to customers to encourage repeat business.

7. Restaurant Management: 

A backend interface for restaurants to manage their menus, track orders, and process payments.

8. Customer Support: 

A customer support system that allows users to contact the support team for any issues they encounter during the ordering or delivery process.

9. Push Notifications: 

The ability to send push notifications to users to keep them informed about special promotions, new menu items, and order updates.

10. Social Media Integration: 

Integration with social media platforms to allow customers to share their experiences and promote the app and restaurants to their friends and followers.

Benefits of Food Delivery Apps

There are several benefits of food delivery apps, including:

1. Convenience: 

Food delivery apps make it easy for customers to order food from their favorite restaurants without leaving their homes or offices. This saves time and effort compared to physically going to a restaurant or cooking at home.

2. Variety:

 Food delivery apps offer access to a wide range of restaurants and cuisines, giving customers the ability to try new foods and explore different options.

3. Speed: 

With real-time tracking and quick delivery, food delivery apps can deliver food to customers faster than traditional delivery services.

4. Customization:

Many food delivery apps allow customers to customize their orders according to their preferences, such as selecting specific ingredients or requesting modifications.

5. Payment Options:

Food delivery apps offer multiple payment options, including credit/debit cards, PayPal, and mobile wallet apps, making the checkout process convenient for customers.

6. Promotions and Discounts: 

Food delivery apps often offer promotions and discounts, such as coupon codes, free delivery, and loyalty programs, that can save customers money on their orders.

7. Contactless Delivery: 

With the COVID-19 pandemic, contactless delivery has become increasingly popular, and food delivery apps allow for this option, minimizing contact between delivery drivers and customers.

8. Ratings and Reviews: 

Food delivery apps provide ratings and reviews of restaurants and their food, allowing customers to make informed decisions about where to order from.

9. Accessibility:

Food delivery apps are accessible to a wide range of people, including those with disabilities, making it easier for them to order food and enjoy restaurant-quality meals at home.

Overall, food delivery apps provide a convenient, customizable, and cost-effective way for customers to order food from their favorite restaurants without leaving their homes or offices.

What is the cost of food delivery app development?

The cost of Food Delivery App Development can vary depending on several factors, such as the complexity of the app, the features and functionalities required, the platform(s) the app will be developed for, and the location of the development team.

Generally, the cost of developing a food delivery app can range from $10,000 to $50,000 or more, depending on the above factors. For example, developing an app for a single platform (e.g., Android or iOS) may cost less than developing for both platforms. Similarly, if you require advanced features like real-time delivery tracking, push notifications, and loyalty programs, the cost of development will likely be higher.

Other factors that can impact the cost of development include the design and user experience of the app, security features, testing and quality assurance, and ongoing maintenance and support.

It’s important to note that the cost of development is just one part of the overall cost of launching a food delivery app. Other costs include marketing and advertising, server hosting and maintenance, and ongoing operational costs.

If you are planning to develop a food delivery app, it’s best to consult with a professional development team to get an accurate estimate of the cost based on your specific requirements and needs.

To wind up

In conclusion, Food Delivery App Development is a complex process that requires careful planning, design, development, testing, and ongoing maintenance and support. Food delivery apps offer a wide range of benefits to customers, including convenience, speed, customization, and access to a variety of restaurants and cuisines. 

The cost of food delivery app development can vary depending on several factors, such as the complexity of the app, the features and functionalities required, the platform(s) the app will be developed for, and the location of the development team. It’s important to work with a professional development team to ensure the app is developed according to your specific requirements and needs, and to ensure ongoing maintenance and support to keep the app running smoothly. 

Overall, a well-designed and developed food delivery app can be a valuable asset for any restaurant or food delivery service, providing a convenient and cost-effective way to reach more customers and grow your business.

Contact Us today to get a free consultation

The post Features, Cost, and Benefits of Food Delivery App Development appeared first on Top web and mobile app development company | UK UAE USA.

In this blog post, we’ll compare Unreal Engine with Unity to help you decide which game engine to choose in 2023. We’ll explore the key features, performance, ease of use, cost, and other factors that can influence your decision.

What Are Game Engines? How Do They Work?

A game engine is a software framework that provides game developers with the tools and technology needed to create video games. Game engines typically provide a range of features and functionality such as physics simulation, audio processing, scripting support, rendering capabilities, and more.   

They allow game developers to create games more efficiently and with less programming effort than would be required to create a game from scratch. Game engines are also designed to work with a variety of platforms, including desktop and mobile devices, consoles, and virtual reality devices.

There are a number of game engines available today, but two of the most popular are Unity and Unreal Engine. They provide a wide range of tools and functionality that allow game developers to create games for a variety of platforms, including desktop and mobile devices, consoles, and virtual reality devices. 

Unreal Engine with Unity provides a variety of features and functionality that allow game developers  to create visually stunning and highly interactive games. However, there is one thing that differs between these two. It’s the visual quality! 

Click here for the YouTube link to dig deeper into the graphics!

Unity & Its Features

(Still From “The Heretic”)

Unity is a popular and powerful game engine that is used by game developers to create high-quality games and applications for a variety of platforms, including mobile devices, desktop computers, consoles, and even virtual reality and augmented reality environments. 

61% of developers surveyed use Unity, making it the game engine of choice.

Here are some of the feature highlights of Unity:

• Physics-based events.
• Create and destroy objects.
• Components easily accessible.
• 2D and 3D game creation tools.
• Creates assets that can be reused. 
• Develops AAA games with HD graphics.
• One-click deployment to all platforms.

Few Games Made Using Unity

• Pokémon Go
• Call of Duty: Mobile
• Cuphead
• Death’s Door
• Monument Valley 2
• Ori and the Blind Forest
• Fall Guys: Ultimate Knockout
• Hollow Knight

Unreal Engine & Its Features

(Still From “Halo Infinite”)

Unreal Engine is another powerful game engine that is used by game developers to create high-quality games and applications for various platforms. 

Here are some of the feature highlights of Unreal Engine:

• Pipeline integration.
• Animated sequences.
• Simulations and effects.
• Media integration support.
• Gameplay and interactivity.
• Platform and tools support.
• Realism, materials, and lighting.

Few Games Made Using Unreal Engine

• Ark: Survival Evolved
• Fortnite
• Star Wars Jedi: Fallen Order
• Sea Of Thieves
• Little Nightmares 1 & 2
• Hellblade: Senua’s Sacrifice
• Tetris Effect
• Gears 5

Now, let us take a look at how these both (Unreal Engine with Unity) differ.

Difference Between Unity And Unreal Engine

Comparison Between Unity And Unreal Engine

Unity and Unreal Engine are two of the most popular game engines when developing a video game application. Both engines have their own unique features and capabilities, and choosing between them can be a difficult decision. 

Here is a detailed comparison that we as a leading game development company have made between Unity and Unreal Engine based on various factors:

• Performance: Both engines are capable of creating high-quality games with smooth and fast performance. Unity uses C# scripting language and the Mono framework, while Unreal Engine uses C++ and is designed for optimal performance. Unreal Engine also uses the Nvidia PhysX engine for physics simulation, which can enhance the performance of physics-based games. However, Unity has improved its performance over the years and provides efficient and optimized code for better performance.

• Visuals: Unreal Engine is known for its stunning visuals and photorealistic graphics, which make it ideal for creating high-end games and visual experiences. It uses its own rendering engine, which supports advanced graphics techniques like dynamic global illumination and real-time ray tracing. Unity also provides excellent visuals, but it may require additional plugins or assets to achieve the same level of photorealism as Unreal Engine.

• Learning Curve & Ease Of Use: Unity has a simpler and more intuitive interface, making it easier to learn and use for beginners. It has a vast community of users and a comprehensive documentation system that helps new users get started quickly. Unreal Engine, on the other hand, has a steeper learning curve, especially for beginners. However, its visual scripting tool called Blueprints can help non-programmers create game logic and mechanics without coding.

• Multi-Platform Support: Both engines support multiple platforms, including PC, Mac, Linux, iOS, Android, and consoles like Xbox, PlayStation, and Nintendo Switch. Unity has a slight edge in terms of multi-platform support as it supports more platforms than Unreal Engine, including web browsers and devices for AR and VR video games.

• Scripting & Programming Languages: Unity uses C# as its primary scripting language, while Unreal Engine uses C++. C# is a simpler and more beginner-friendly language, while C++ is more powerful and offers more flexibility for advanced programmers. However, Unity’s Mono framework provides a more efficient C# runtime environment, which can boost the performance of C# scripts.

• Asset Store: Both engines have their own asset stores that provide pre-built assets, plugins, and tools to help game developers when developing a video game. However, Unity’s asset store is more extensive and diverse, with a broader range of assets and tools available at different price points.

• Pricing & Licensing: Both engines have different pricing models and licensing options. Unity offers a free version, which is suitable for small projects, and a paid version that provides additional features and support. Unreal Engine is entirely free to use, but Epic Games takes a 5% royalty fee on gross revenue after the first $1 million.

Which Game Engine To Choose In 2023 Among The Two?

The choice between Unity and Unreal Engine in 2023 ultimately depends on the specific needs and requirements when developing a video game. Both Unreal Engine with Unity engines have their strengths and weaknesses, and each can excel in different areas depending on the project’s scope, budget, and target platforms.

Unity is ideal for smaller projects, mobile games, and 2D or 3D games with simpler graphics. It is known for its ease of use, low learning curve, and strong community support. Unity also has better cross-platform support, making it an ideal choice if you want your game to run on multiple devices.

On the other hand, Unreal Engine is better suited for high-end, AAA games with complex graphics and advanced features such as dynamic lighting, particle systems, and physics simulation. It offers more flexibility and control over the game’s graphics and performance, making it an ideal choice for larger projects with bigger budgets.

In conclusion, both Unity and Unreal Engine are powerful game engines that can deliver high-quality games. The choice between them depends on your specific needs, budget, and target platforms. It’s essential to evaluate your project requirements, features, and budget before making the final call and hiring a game development company.

Choosing A Game Engine: Factors To Consider

Choosing a game engine prior to developing a video game, there are several factors to consider, including

• Target Platform: Different engines have varying levels of support for different platforms. Consider your game’s target platform(s) and choose an engine that can build to those platforms.

• Game Type/Genre: Different engines are better suited for different types of games. Consider the game type and genre when you’re developing a video game and choose an engine that can handle the specific requirements of your game.

• Functionalities: Consider the features and functionality you need for your game, such as physics simulation, networking, and AI. Choose an engine that offers the necessary features for your project.

• Ease Of Use & Learning Curve: Some engines are easier to use than others, with a lower learning curve. If you’re new to game development, you may want to choose an engine that’s more beginner-friendly.

• Performance & Optimization: Different engines have varying levels of performance and optimization. Consider the performance requirements of your game and choose an engine that can meet those requirements.

• Game Licensing & Other Costs: Game engines have different licensing and cost structures. Consider the licensing terms and costs of each engine and choose one that fits within your budget and business model.

• Developer & Community Support: The size and activity of the development community can be an important factor when choosing a game engine. Look for an engine with an active and supportive community that can offer help and resources.

Conclusion!

Both Unity and Unreal Engine are powerful game engines with their own unique strengths and weaknesses. The decision of which one to use ultimately depends on your specific project requirements and goals.

Consider factors such as game type and genre, target platform, features and functionality, ease of use, performance, and optimization, the development community and support, and licensing and costs when deciding.

Take the time to carefully evaluate each engine and weigh the pros and cons before making a final decision. With the right game engine, you can create incredible games that engage and entertain your players.

Ready to start your game development project? Connect with our reputed mobile app development business which has a professional team of game developers to help bring your vision to life with the right game engine.

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In today’s digital age, the development of mobile apps has become necessary for businesses of all sizes. With a vast user base, Android has become one of the most popular mobile operating systems. To make your business more accessible and engaging to customers, an Android app can be an excellent investment. 

Additionally, in order to develop an Android app that is market-centric, we need to hire the best Android app development company that has skilled developers. However, hiring the right Android app developer can be a challenging task, as there are so many options available in the market. 

Hence, in this blog post, we’ll guide you through hiring the right Android app development services for your project. We’ll cover the essential factors to consider, the skills required to identify the right talent, and a few tips to ace your hiring process. 

Why Hire Android App Developers?

There are several reasons why you might want to hire Android app developers, including

1) Expertise

Android app developers have the skills and expertise required to create high-quality Android apps. They are knowledgeable about the latest trends and technologies in the Android app development services industry and can use that knowledge to create apps that meet your specific requirements.

2) Customization

Android app developers can customize your app according to your business needs. They can design and develop an app that is specific to your business, ensuring that it meets your unique requirements and helps you stand out in a crowded marketplace.

3) Cost-effectiveness

By hiring an Android app developer, you can save money in the long run. They can help you avoid costly mistakes and ensure that your app is developed efficiently, which can save you time and money in the long run.

4) Time-saving

Android app developers can help you save time by taking care of the entire app development process. They can handle everything from the initial design and development to testing and deployment, freeing up your time to focus on other important aspects of your business.

5) Support

Android app developers can provide ongoing support for your app after it has been developed. They can help you with updates, bug fixes, and other maintenance tasks to ensure that your app remains up-to-date and functioning properly.

Overall, hiring Android app developers can help you create a high-quality, customized app that meets your specific business needs and helps you stand out in a competitive marketplace.

Skills To Look For When Hiring Android App Developers

When hiring Android app developers, there are several essential skills and qualities to look for. Some of the key skills and qualities to consider include:

1) Proficiency in Java and Kotlin

Android app developers should have a strong foundation in Java and Kotlin programming languages, which are the primary languages used to develop Android apps.

2) Knowledge of Android SDK and APIs

Android app developers should be familiar with the Android software development kit (SDK) and the various APIs that are available for Android app development.

3) Experience with mobile app development

It’s important to look for developers who have experience specifically in mobile app development, as this is a different type of development than web or desktop applications.

4) Understanding of UI/UX design principles

Developers should be able to create a visually appealing and user-friendly app. An understanding of user interface (UI) and user experience (UX) design principles is essential.

5) Knowledge of database management

Developers should have knowledge of database management, particularly SQL, which is used to store and retrieve data from the app.

Overall, these skills and qualities are essential for Android app developers to possess in order to create high-quality, functional, and user-friendly mobile apps. 

Did You Know?

As per Statista, the Android market share is expected to reach 87.4% by the end of 2023. 

How To Hire The Right Android App Developer?

Here are some tips that can help you Hire Android App Developer for your project:

1) Clearly define your project requirements

Before you start the hiring process, make sure you have a clear idea of what you want your Android app to do, what features you want to include, and what your budget and timeline are. This will help you identify the specific skills and experience you’re looking for in an Android app developer.

2) Look for relevant experience

Look for developers who have experience working on similar projects to yours. This can include experience with the specific programming languages, frameworks, and tools that you’ll need for your project.

3) Check their portfolio

Ask for the developer’s portfolio of previous work and examine their apps in the app store to evaluate the quality of their work. This will help you determine if their design and development skills meet your expectations.

4) Test their technical skills

Conduct a technical interview or provide a coding test to assess the candidate’s technical skills, including their knowledge of Android app development, programming languages, and databases.

5) Look for collaborative qualities

Look for developers who can work collaboratively with your team, are willing to take feedback, and can provide suggestions on how to improve the app.

6) Don’t rush the hiring process

Take your time to evaluate candidates, ask follow-up questions, and conduct multiple rounds of interviews if necessary. Rushing the hiring process can lead to hiring the wrong person.

By following these tips, you can hire the best Android app developer for your project, who can bring your app to life and help you achieve your business goals. But, there are also a few mistakes that need to be avoided while hiring Android app developers. 

Mistakes To Avoid When Hiring Android App Developers

Hiring Android app developers can be a challenging task, especially if you’re not familiar with the technical aspects of the role. Here are some common hiring mistakes that you should avoid while hiring Android app developers:

1) Insufficient Design Sense

When hiring Android app developers, it’s important to ensure that they have a strong sense of product design. Here are some practices to avoid an inadequate sense of product design:

• Ignoring design skills: Design is a critical aspect of mobile app development, and hiring a developer who lacks design skills can result in a poorly designed app. Look for developers who have experience with UI/UX design and can provide examples of their past work.

• Neglecting user experience: A good app design should prioritize the user experience, and hiring a developer who does not understand the importance of UX can result in a frustrating user experience. Look for developers who have experience with user research, and user testing, and can demonstrate a user-centric design approach.

• Not considering branding: A well-designed app should also align with your brand’s image and messaging. Hiring a developer who does not take branding into account can result in an app that does not align with your brand values.

• Not asking for a portfolio: A portfolio is a great way to assess a candidate’s design skills and experience. Make sure to ask for a portfolio and review it carefully to evaluate the candidate’s design work.

2) No Experience In UI & Material Designing

When hiring Android app developers, it’s important to ensure that they have experience in UI and Material Design. Here are some practices to avoid hiring developers with no experience in UI and Material Design:

• Not reviewing portfolios: A developer’s portfolio can provide insight into their design skills and experience. Make sure to review their portfolio to see if they have experience in UI and Material Design.

• Focusing solely on technical skills: While technical skills are important, design skills are also critical in creating a well-designed app. Make sure to evaluate a developer’s design skills during the interview process.

• Not conducting a design exercise: You can assess a developer’s design skills by conducting a design exercise during the interview process. This can help you to evaluate their ability to create a well-designed app that meets your business needs.

• Not providing design guidance: If you are hiring a developer who lacks experience in UI and Material Design, make sure to provide them with guidance on your design requirements. This can help to ensure that they create an app that aligns with your design vision.

[Discover how long it takes to develop a mobile app before you choose an android app development company?]

3) No Experience With App Releases

When hiring Android app developers, it’s important to ensure that they have experience with app releases on Google Play. Here are some practices to avoid hiring developers with no experience with app releases on Google Play:

• Not asking about app release experience: During the interview process, make sure to ask candidates about their experience with app release on Google Play. Ask about the release process, the tools they use, and any challenges they have faced.

• Not checking references: Make sure to check a candidate’s references and ask about their experience with app release on Google Play. This can provide insight into their past performance and the quality of their work.

• Ignoring app release as a critical skill: App release is a critical skill for an Android app developer, as it determines whether or not the app can be published and downloaded by users. Ignoring this skill can result in delays or problems with the app release process.

• Not reviewing past app release work: Review a candidate’s past work and ask about their experience with app release on Google Play. This can provide insight into their ability to successfully release an app.

4) No Experience Of Full-Stack Development

When hiring Android app developers, it’s important to ensure that they have experience with full-stack development. Here are some practices to avoid hiring developers with no full-stack development experience:

• Failing to specify full-stack development requirements in job postings: When posting a job ad, make sure to specify that you are looking for a developer with full-stack development experience. This can help to attract developers who have the necessary skills and experience.

• Not asking about full-stack development experience: During the interview process, make sure to ask candidates about their experience with full-stack development. Ask about their experience with back-end technologies and frameworks, as well as front-end development.

• Focusing solely on front-end development: While front-end development is important for Android app development, back-end development is also critical. Make sure to evaluate a candidate’s full-stack development experience during the interview process.

• Not conducting a technical assessment: You can assess a developer’s full-stack development skills by conducting a technical assessment during the interview process. This can help you to evaluate their ability to develop both the front-end and back-end of an app.

Conclusion!

Hiring the right Android app developer is crucial for the success of your project. By following the information mentioned above, you can increase the chances of finding a skilled and reliable developer who will bring your vision to life.

Remember, cost should not be the only factor when making a decision. Instead, focus on the developer’s experience, previous work, innovative approach, and support for post-development tasks. And don’t forget to consider working with a reputable and certified Android app development services for added peace of mind.

If you’re looking for a reliable and experienced Android app development company, our team at iByte Infomatics is ready to help. Contact us today to discuss your project and see how we can bring your ideas to life.

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