Subway Surfers was the most popular game for three consecutive years, with 218 million downloads in 2023, 304 million in 2022, and 191 million in 2021. (Source: Business of Apps)

Subway Surfers, an endless runner game, was released by Kiloo Games and SYBO studio in May 2012. It is an action-packed game with colorful graphics, intuitive swipe controls, top-notch sound effects, different themes and characters, and challenges. The features were reason enough for the wide popularity of the game shortly after its release. 

What is an Endless Runner Game?

Endless Runner Games or Infinite Runner Games is a game genre with one continuous level with no pauses, no levels, and no end. The level of difficulty starts easy and slow. As the game speeds up, the character’s pace also keeps increasing with obstacles approaching on the way. The player’s objective is to survive for as long as possible to reach a high score.

Core Mechanics of an Endless Runner Game

Game mechanics make a video game engaging and challenging for players. They are used in a way to differentiate a game from others and make it stand out. The core mechanics involved in an Endless Runner Game include -

Player Actions

The player interacts in an endless runner game by jumping, sliding, or shifting sideways to avoid obstacles. There are no levels and no finish lines so the player has no option of taking a break. The game is continuous and involves the player to stay focused to avoid mistakes and crashing into something.

Game Goals

As the name suggests, the goal of the game is that the player has to run endlessly for as long as they can avoid the obstacles and survive in the game. The player has to obtain the highest score possible and that indicates the player's achievement. 

Points & Rewards

Endless runner games offer points for distance traveled, collectibles gathered, and surviving the game longer. Various rewards can also be offered, including coins or soft cash, that the players can use to unlock new characters, avatars, and attributes. Some games reward players with lives or currency boosts for watching ads. 

Level Design

ER games have just one level that never ends. This type of level designing involves procedural generation where reusable tiles (including power-ups, obstacles, and aesthetic features) are randomly assembled. This is integrated in a way that it creates a balance between randomness and structure, making each run feel new and unpredictable.

Obstacles

In an Endless Runner game, obstacles determine the player’s behavior as to whether the player must jump over, slide beneath, or leap left or right in response to a barrier. These simple movements at the right time are required to move ahead in the game.

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Best Endless Runner Games In The Market 

Some recent and popular trends in Endless Runner Games include strong themes and concepts, multiplier mechanics with more characters on-screen, Virtual reality and Augmented Reality integration, procedural generation that dynamically generates the level layout and obstacles, and character models that can reflect futuristic designs. These trends have risen to this game genre’s popularity. Let’s talk about a few most-played Endless Runner Games and what made them so popular.

Temple Run

Temple Run was released in 2021 by Imangi Studios. It is a simple-to-play game. The goal of the game is easy to understand, game controls are straightforward to execute, and the game keeps becoming challenging as the player moves ahead in the game. Moreover, the game has a highly addictive quality that comes from its never-ending features and constantly rewarding nature. It involves fast-paced running, ancient temple exploration, and strategic decision-making. 

The first Temple Run game was a huge hit among mobile gamers and has been downloaded more than 1 billion times! The sequel, Temple Run 2 was equally as successful. It got to 20 million downloads in just 4 days of its release and surpassed 700 million all-time downloads. (Source: Udonis)

Super Mario Run

Super Mario Run was revealed on September 7, 2016, by Shigeru Miyamoto at the Apple press conference. This game uses elements from the main Super Mario series. In this game, Mario can get power-ups and coins, jump on enemies, and run through a platform-style world with just a few taps. One of the best things about this game is that Super Mario Run is a totally addictive game. The goal of the game is to run and jump to collect 3 different types of colored coins until you reach the castle to save Princess Peach from Bowser’s clutches. There are 24 exciting courses to reach Princess Peach. 

Super Mario Run was downloaded 2.85 million times on its first day. (Source: The Verge)

Alto’s Odyssey

Alto's Odyssey is the sequel to Alto's Adventure released by Noodlecake Studios Inc. on Jul 25, 2018. The environment of the game has the player’s character sandboards through the desert which features rain and thunderstorms. What’s said to be different about Alto’s Odyssey is that it manages to keep the excitement of the player alive throughout. The game has features like water physics, tornadoes, falling platforms, power-up, and balloon bouncing; with mechanics such as a day-night cycle, weather, and the wingsuit. 

Sensor Tower's Store Intelligence data shows that, in the time since its launch, the adventure game has grossed more than $1 million worldwide across the App Store and Google Play. (Source: Sensor Tower)

Sonic Dash

Sonic Dash is a parkour game developed by Hardlight and published by the Japanese game studio Sega in 2013. A part of Sonic the Hedgehog series, Sonic Dash has gameplay where the player controls various Sonic the Hedgehog characters while running across various locations of the series and avoiding obstacles by jumping, rolling, and using the quick step. The obstacles in this game include bottomless pits and Badniks which can be destroyed with a roll. 

SEGA’s Sonic Dash has passed a major download milestone on mobile devices, as the Endless Runner starring the famous blue hedgehog has been downloaded more than 100 million times since its release in March 2013. (Source: Adweek)

Conclusion

Logic Simplified is a Unity Game Development Company with the finest, most creative game concept artists, 2D and 3D game designers, and UX designers. As a top game development company, we build interactive, human-centered, and exciting games and make your dream project a reality. If you have any more questions regarding game design and development, or want to know about our Endless Runner Game portfolio, please get in touch with us at enquiry@logicsimplfied.com.

A process is a series of steps to achieve a result, and tools are objects or frameworks designed to serve a specific function. Processes can exist without tools, but tools can help processes work more efficiently. 

Similarly, in a game development setup, various virtual reality tools have become easily accessible to both creators and consumers to create and encounter immersive experiences.

10 Popular VR Game Development Tools

There are a range of tools and frameworks that are being used for VR game development projects. Some work individually quite well, and others are used in combinations making VR all the more experiential. Such VR tools breathe life into the video game mechanics, allowing players to interact with the characters and environment of the game very well. Here are some of the best VR software that we think are essentially created to empower VR developers around the world.

Blender

Blender is an open-source 3D computer graphics software tool. Its capabilities for VR content creation include comprehensive 3D modeling tools, advanced texturing and shading, animation and rigging, and integration with VR Devices. It allows you to create detailed and complex models, apply realistic textures and materials, add movement and interaction to your VR projects, and also supports VR hardware, allowing you to test and experience your work in real time.

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Maya by Autodesk

Maya is Autodesk’s virtual reality software which allows you to create 3D computer animation and VFX graphics. This powerful software allows developers to build their 3D assets and sciences with tools for 3D animation, modeling, rendering, shading, simulation, and more. Autodesk also offers 3ds Max, a similar 3D modeling and rendering software for design visualization, games, and animation. Maya is also compatible with multiple operating systems like Microsoft Windows, Apple macOS, and Linux increasing the flexibility of a VR development process.

Visual Studio Code - IDE

Visual Studio Code (VS Code) is a lightweight, free, open-source code editor redefined and optimized for building and debugging modern web and cloud applications. It is highly extensible, and is available for Windows, MacOS, and Linux, providing a common ground for developers working on multiple platforms. It provides an intuitive coding environment with intelligent code completion, debugging features, and syntax highlighting, whether you prefer C++, C#, or a combination of both.

Unreal - Game Engine 

Unreal Engine is a powerful and production-proven RT3D (Real-Time 3D) computer graphics game engine developed by Epic Games. The latest releases of Unreal Engine have allowed many developers to use Unreal Engine to create award-winning VR experiences for Oculus headsets. The game engine offers several advantages for Unreal game development companies, that include real-time rendering, high-end graphics, and support for multiple VR platforms, making it ideal for developers looking to create stunning and immersive VR experiences. 

Get 20-min free consultation on how Unreal can change your game idea.

Photoshop - UI Designing

Adobe Photoshop is a raster graphics editor for Windows and macOS created and published by Adobe. It is a key tool for creating virtual reality (VR) games because it allows artists to create concept art for characters, environments, and game assets. Photoshop's digital imaging features can help artists create visually stunning and immersive experiences for players. 

Adobe Substance 3D Painter - Texturing of models

Adobe Substance 3D Painter is a 3D painting software and a reference texturing app used by 3D professionals and enthusiasts to add materials and textures to 3D meshes in real time. Popularly used in many AAA games, Adobe Substance 3D also has a VR modeling app called Substance 3D Modeler, which allows users to model 3D assets using motions that mimic real-life sculpting. 

Read how Substance Painter helped our expert in game asset creation - How to Create a Game-Ready AAA asset

Audacity - Audio editing and processing

Audacity is the world's most popular audio editing and recording application software for Windows, macOS, Linux, and other Unix-like operating systems. The software is free and open-source packed with features that allow you to do it all - sound manipulation, volume compression and mixing, video audio enhancement, etc. Its new real-time tools and bar-beat grid amp up the software’s music recording capabilities. It also offers many editing options for dialogue, sound effects, and trimming music tracks.

Draco 3D - 3D Optimization and Compression Tools

Draco 3D is an open-source library by Google that is used to compress and decompress 3D geometric meshes and point clouds. It is intended to improve the storage and transmission of 3D graphics. It includes command-line tools that allow the user to encode an OBJ file while setting quantization levels. It is fast with a large JavaScript library. Draco also appears to have a more active developer community that helps with learning, collaboration, and networking. 

Mixamo - Animation and Motion Capture 

Mixamo is a 3D computer graphics technology company that develops and sells web-based services for 3D character animation. It offers a library of thousands of full-body character animations and high-quality 3D characters, captured and created by professional motion actors and artists. You can upload your custom character, customize your rigging options, and export characters and animations in multiple formats.

GitHub - Version Control and Collaboration Tools

GitHub is the world’s leading platform for developers with over 100 million users. It can be integrated with platforms like Google Cloud and Amazon. It can also highlight syntax in over 200 different programming languages. The platform also hosts a significant percentage of the world’s open-source projects. GitHub Apps are first-class actors within GitHub and allow actions to be performed on your user’s repositories.

Logic Simplified is a well-established Virtual Reality game development company that works with small and large businesses to build games for smartphones, web, and gaming consoles. Our highly trained and professional game app developers build VR experiences and environments that offer an immersive and stimulating experience. We use the latest development tools and frameworks to develop VR games from scratch that meet the business's specific requirements. Contact us at enquiry@logicsimplified.com to take this ahead.

Benefits of AR and VR in Learning and Development

Let’s begin with some interesting stats of AR/VR in classrooms: 

As per Fortune Business Insights, the size of the global virtual reality in education market is projected to reach USD 13,098.2 million by 2026. 

Tech Informed reports that in the US, 54% of teachers and 41% of parents want more use of augmented and virtual reality solutions in the classroom.

Augmented reality is a technology that enhances a real-life environment by adding digital elements to a live view, whereas Virtual reality replaces a real-life environment with a simulated 3-dimensional environment. The workings of these two technologies lead to a stimulating, interactive, and engaging digital experience.

AR and VR engage a user’s senses through both auditory and reading/writing learning styles, as well as visual and kinetic. This adds new elements to the traditional curriculum. Over time, educators are looking for new ways to integrate digital solutions into learning. 

1. Increased Student Engagement

Augmented reality (AR) and virtual reality (VR) technologies can increase student engagement and learning outcomes with the interactive nature of immersive learning. With AR and VR, students can explore and interact with objects in a way that would not be possible in the physical world. Learners can explore virtual environments and interact with content, making learning more engaging and impactful.

2. Comprehensive Understanding of Complex concepts

Virtual reality learning allows for a more nuanced exploration of complex topics, helping students to grasp intricate details through experiential learning. Students can learn through virtual field trips or exploring the world's wonders. Students can solve realistic problems in simulated environments and transfer that learning to the real world. 

3. Develop spatial intelligence

Spatial intelligence is a fundamental skill for creating and remembering visual images. Individuals with strong spatial intelligence skills often perform well in STEM fields. This is significant for students with disabilities as well, as the use of augmented reality and virtual reality can assist these students in enhancing their spatial intelligence abilities.

4. Enhanced Knowledge Retention

 The human brain processes images around 60,000 times faster than text—it takes only 13 milliseconds for the human brain to process an image, and 90% of information transmitted to the brain is visual. (Source: MedTech Intelligence)

The added advantage to the picture superiority effect is interactivity and 3D-view which makes the learning environments all the more impactful and helps students retain information better. Learning through pictures is more effective than text because the human brain processes visual information faster and better than text.

5. Safe Learning Environment

VR can be used to simulate dangerous experiments in a controlled setting, reducing the risk of spills, mishaps, or exposure to hazardous materials. It also helps motivate learners, keeps them engaged, and improves the overall effectiveness of safety training. 

6. Easy Accessibility

AR can be used to create collaborative learning experiences because learners can stay connected to their physical surroundings. VR, on the other hand, uses virtual worlds and simulations to allow students to explore and interact with real-world environments that would not be possible otherwise.

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Best VR and AR Gadgets that Support Learning

Virtual Reality uses a headset to place you in a computer-generated world while Augmented reality uses either a clear visor or smartphone to layer digital images on the real world around you. 

Virtual reality headsets use head tracking as a technology that gives the users a 360-degree view of their environment by physically moving their heads. There are two types of VR devices - one, where the headset has an in-built screen that offers great quality graphics like the Oculus Rift and the PlayStation VR. They also come with handheld controllers to track hand movements. The other type of headset uses your phone’s screen as a display and runs completely from your smartphone apps. For instance the Google Cardboard and the Gear VR.

Augmented Reality can be used on devices like smartphones and laptops without the headset and then there are AR headsets that offer features like hand tracking, eye tracking, and spatial mapping with high-quality visuals and spatial audio. For instance the Microsoft HoloLens 2 and the Magic Leap 1.

Interactive Learning and virtual classrooms add interactive elements to traditional learning methods and allow students to explore and interact with 3D models and simulations in a shared digital space. 

5 Best Examples of AR and VR in Education

VR and AR tools support experiential and collaborative learning where learners can experience realistic simulations of scenarios that are otherwise difficult, dangerous, or expensive to perform in real life. Students can also explore and manipulate 3D models and phenomena making complex concepts simpler to understand. 

1. zSpace 

zSpace is a learning platform that uses AR and VR to help students understand complex concepts through an interactive learning experience. 

Source: zSpace

Working: It includes a special laptop and a stylus and the technology uses depth perception, the ability to look around, and kinesthetic realism (three sensory characteristics) to enhance the learning experience. Using this experiential platform, students can use their stylus to engage with a virtual 3D object appearing out of the screen through natural movements. To pick up, dissect, and move objects that could otherwise be complex, dangerous, or expensive.

2. Adobe Aero

Adobe Aero is the first tool that allows designers to build and share AR-powered immersive experiences without any coding skills. 

Source: Adobe

Working: Adobe Aero can transform any environment into a digital stage and allow artists to add assets, optimize these for AR, take them off the screen and into the real world, bring the audience into the narrative, and provide more information to the viewer - adding a superior level of interactivity to the experience. It also allows the user to easily share their creations.

3. Curiscope Virtuali-Tee

Curiscope is an augmented reality T-shirt and app that creates an augmented learning experience for students to learn about human anatomy through a realistic simulation of anatomy. 

Source: Curiscope

Working: The user has to download the app, wear the Virtuali-Tee, scan the tee, and tap on the screen to explore the different systems like the circulatory, respiratory, and digestive systems of the human body in AR.

4. Google Arts & Culture

Google Expeditions is a virtual reality teaching tool built with Google Cardboard. This VR tool is an application built for educational institutions and has a library that offers over 100 virtual trips to the Great Wall of China as well as Mars.

Google Arts & Culture is an online platform developed by Google in partnership with over 500 global art institutions. This VR platform provides access to the collections of some of the world’s most prominent art museums and world-famous destinations at a high-resolution quality.

Source: Museum Fuer Naturkunde Berlin

Working: The platform uses high-resolution image technology with advanced search capabilities and educational tools. The users can search artworks, landmarks, world heritage sites, and digital exhibitions across the globe and virtually walk through the streets and galleries using the same controls as Google Street View or by clicking on the gallery's floor plan.

5. Virtual Speech

Virtual Speech offers AI-powered soft skills training in virtual reality (VR), mixed reality (MR), and online, for soft skills training like public speaking, interviews, sales, leadership, and more.

Source: VirtualSpeech

Working: This platform uses virtual reality (VR) to improve their skills through interactive practice exercises like simulating various-sized audiences and distractions to practice public speaking and build confidence for the real world. They very effectively use VR to enhance their employees' soft skills in a more interactive, engaging way. ​

Why AR and VR are the Future of Learning and Development 

Innovation in learning improved the standard practices and introduced new ones in the field of education - all to fill the fundamental gaps in the learning curriculum. At one point, our learning opportunities were confined to traditional classrooms and training rooms. But now the tech world offers opportunities to explore any topic of choice to an extent that’s far beyond books and lectures. In a VR environment, students have the opportunity to observe their environment, engage with various objects, and collaborate with peers on projects or simulations. With AR, we can overlay digital elements on top of real-world classroom objects. 

As more and more people become familiar with the immersive learning capabilities that come with AR and VR, the ways of learning will evolve. The outcomes that will come of it will be fondly positive and impactful.
Numerous use cases and real-life applications are shaping the future of learning and Logic Simplified is at the forefront of encouraging industries and businesses to adopt AR and VR to fill in knowledge gaps and upskill employees. We are a game development company in India offering an experienced team, innovative solutions, and competitive pricing for AR and VR projects across industries. Our experience as a leading augmented and virtual reality game development company makes us understand what it takes! Get in touch with us at enquiry@logicsimplified.com and let’s take this further.

Let’s begin by understanding the concept of levels in a video game. What drives a video game, and what factors control its engagement?

We know progress means advancing towards a goal through different levels. In a game, new motives, challenges, and concepts are added to the game world, while ensuring they increase the degree of difficulty at every level. Every game clearly states a goal and completion of every level brings the player closer to achieving it. This sense of putting a player's abilities to use against a difficult situation in a game (challenge), and rewarding their potential for every challenge they overcome and every progress they make in the game (achievement), makes a player want to play.

What is Level Design?

Level design is a part of video game design that focuses specifically on designing game levels (an area or stage a player must complete before moving on to the next one) while keeping in mind the architecture, layout, video game mechanics, and pace to keep the players invested in the game. It is about creating a visually appealing environment while ensuring the player’s experience is engaging and immersive. Even so, different types of video game-level designs, such as shooter-level design, platformer-level design, puzzle-level design, multiplayer-level design, etc. require a unique approach. The two most common approaches to game level design are room design and world design. 

Room Design is usually designing a small sequence while being extremely strategic about crafting the entry, exit, traps, and challenges so that the players move around in an expected and controlled manner. 

World Design is about creating realistic spaces by relying on general systems and reusing pre-made elements.  This approach is usually integrated into games with lots of space and lets players drive the narrative of the game.

Process of Level Designing and Game Development

1. Pre-production phase

It includes conceptualizing ideas and creating a design document (blueprint) that defines the game mechanics, structure, objectives, and more. A game design document plays a crucial role in collating data from studying the players’ preferences, demographics, etc, and planning and creating a game that keeps them hooked.

2. Prototyping 

This stage involves prototyping different ideas including level layout design, character design, gameplay elements and mechanics, and other core concepts, before finalizing them for the cemented stage of the game production process.

3. Game Environment Design

Game engines like Unity offer intuitive tools that are used to create spatial layouts with intricate details and dynamic lighting systems. The assets and textures add to the visual appeal while the intricate details like the hills, mountains, roads, and the sprawling landscape guide the player’s movement and focus in a game. 

4. Level Building

Level Building is the phase of the process where stages, maps, and missions of the game are created, keeping in mind interactive situations or events that challenge the player and keep them engaged.

5. Scripting

Level designers use scripting tools to program certain game behaviors and rules in a level. Objectives, triggers, gates, and game objects are the most common visual scripting examples that allow video game developers to create dynamic interactions between the player, NPCs, and the environment. 

6. Polishing and Optimization

This stage is where every big and small detail, from gameplay mechanics to visual aesthetics, is refined and fine-tuned for a seamless experience without any technical distractions.

7. Playtesting

Playtesting involves testing a game with real players to assess its design, functionality, and entertainment value. It is a crucial aspect of game development that can help in pinpointing and resolving issues, enhancing the overall quality of the game and increasing your chances of success.

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Principles of Level Design 

The practice of planning and building maps, stages, and missions is extremely important in a video game. A well-crafted environment with interactive events in the game environment at different points challenges the players at many levels, keeps them engaged, and enhances the overall playing experience. The design principles that every video game level designer follows while creating game levels are listed below.

1. Know your target audience and understand their preferences and expectations.

Different players have different requirements and once you decide on your target audience, you can accordingly design the levels that match their play styles.

2. Establish a gameplay loop for your game.

Defining a core gameplay loop at the beginning of the designing process helps designers create a primary flow for their game and further design levels in sync with the loop. This allows players to set certain expectations, enhancing their experience and avoiding elements that may confuse or distract them. 

3. Make use of visual language and cues in a game.

Integration of visual language and cues cards in game levels help communicate with the players, narrate the story, and guide the players in a game by providing important information. They help the players understand the storyline, rules and goals of the game.

4. Create the right balance of challenge and reward throughout the game. 

Challenge and reward are two elements that influence the motivation, engagement, and satisfaction of a player. A balance between the two ensures that the player feels motivated when progression is at a low, engaged throughout the game, and satisfied at the end of every level.  

5. Define the gameplay mechanics.

Game mechanics include the rules, elements, systems, and processes that compose a game which means the player's objectives, rewards, character interactions, level design, and more. All details, from the jump of a main character to a bullet fired in the direction of an enemy, are examples of game mechanics. These are core components of any game and define how the game works and what actions lead to progress or failure. 

6. Define clear progression goals

It is important to strategically use level design to enhance the player experience and create a sense of progression. Integrating new challenges, rewarding players, and increasing complexity helps create a sense of progression in players which keeps them invested in the game.

In every successful game, we score with player experience! Logic Simplified is a leading game development company in India with expert-level designers for creating engaging and successful games. Our portfolio includes multiple genres of games like board games, strategy games, shooter games and card games. Get in touch with us at enquiry@logicsimplified.com or call us to book your free consultation.

Augmented Reality or AR is a process where the system overlays the digital content over real-world environments in real-time. This amalgamation of the physical and virtual worlds works towards improving the viewer’s virtual experience, optimizing productivity, and solving problems more quickly.   

Virtual Reality or VR helps us create a simulated environment using computer technology (hardware and software) where objects and environments look and feel real. The life-like environment is experienced using Virtual Reality headsets or other VR gadgets. 

Mixed Reality is a blend of augmented and virtual reality to make the 3D experience more real and immersive. MR uses sensors, cameras, and other AI-enhanced technology to process data and use the generated information to develop digitally-enhanced experiences.  

There are a vast number of use cases of Extended Reality as the technology is impactful and has great social relevance. Seamless interaction between the real and virtual worlds allows businesses to work and collaborate with minimum human error and escalated efficiency. 

Explore the groundbreaking trends in Extended Reality technology shaping the future. Dive into our latest insights to stay ahead in this rapidly evolving field.

Extended Reality Applications in Businesses

Extended Reality in Video Gaming and Entertainment

The very first few applications of extended reality technology were seen in the gaming and entertainment industry, primarily through augmented and virtual reality. XR has offered game app developers new and innovative opportunities to create and offer immersive and interactive experiences at a whole new level. To boot, the constantly updating hardware and consoles like large and advanced screens, spatial sound solutions, powerful headsets, and controllers are leveling up the process of developing 3D games and experiences. An Artificial Intelligence system within an Extended Reality landscape strengthens the interaction between the gamers and the environment. 

Integrating advanced AI-enabled gesture recognition into gaming enhances the first-person gameplay experience and makes it more organic and enveloping. Metaverse not just includes you in the internet space but also lets you participate and digitally immerse yourself in that 3D space using VR or XR headsets. It unlocks new opportunities for the users to learn, play, and communicate on the spatial web. 

Apart from in XR game development, the capabilities of XR step up the experience of the consumers while listening to live music, watching videos, and attending sports events and exhibitions. The XR accessories and products like VR headsets, shoes, glasses, gloves, sensory masks, lounges, treadmills, and others turn your organs into smart data-collecting machines, facilitate interaction, and dynamize your experience.

Discover how our cutting-edge XR solutions can elevate your gaming and entertainment projects to new heights.

Extended Reality for Employees and Consumers

Training or imparting education to employees in virtual environments is a transformative turn in the domain and is also cost-effective for businesses. Extended Reality technology has made it easy, quick, and cheap for organizations to transfer information or data to employees and experts. If need be, it can also remotely connect an expert with a real-time issue for immediate advice and attention. This helps in avoiding redundant slowdowns and strengthens the customer experience. 

Customers expect brands to promptly take care of their needs and any queries they may have. And certainly, digital media and tools have given them the power to make or break the online reputation of a brand. When one brand offers a great customer experience, they raise the bar of quality service and so the same is expected from other businesses. Customer experience can be amplified by leveraging technology to create efficient products, streamline processes, maintain data flow, manage contacts, and make interactions faster. Extended Reality here, helps you build customer-centric strategies that are relevant, responsive, and pragmatic. AR and VR offer customers a dynamic experience and enrich their overall experience, something they wouldn’t want to miss. 

Extended Reality in Healthcare

VR technology is contributing to healthcare via different domains, like pharmaceutical development, physiotherapy, mental well-being, and others. This is streamlining medical procedures and improving patient care. Surgeons can now view organ complexities in 3D which helps them carefully plan every step of surgery ensuring the medical procedure is safe. It wouldn’t be wrong to say that like any other industry, XR is revolutionizing the health and medical industry as well.   

Extended Reality in Marketing

Content creation, content storage, content analysis, sales communication, and certain SEO and game marketing strategies are metrics that optimize marketing enablement. And, Extended Reality technology reorients the mechanics involved in optimizing marketing and sales. Reality Technology can be used to create interactive campaigns for customers, showcase products that can be experienced before making a purchase, and offer the customers a virtual experience of service before a real one with AR-powered applications.

The “try before you buy” sales model that is very popular among big brands uses this marketing strategy through XR which lets the user try on products and services at home before they buy them. Some businesses offer a 360-degree video with hotspots to experience the brand and its services. The marketing strategies that businesses can execute nowadays are innovative, advanced, and intelligent, all thanks to Extended Reality.

Extended Reality in Manufacturing

While laying out the use cases of XR in manufacturing, it becomes necessary to begin the list with the exceptional training strategies that XR has to offer. The training opportunities with Extended reality enable a trainee to develop skills with step-by-step digital instructions inclusive of real-world equipment. This reduces the training cost, ensures efficient training processes, and offers a safe training environment. Manufacturers have built educational platforms with a library of custom interactive training scenarios.

Other than that, it provides real-time collaboration between manufacturers, teams, technicians, and others. This efficient partnering increases productivity and reduces downtime. The quality of products and services also improves and the time between the product design and its commercial manufacturing decreases.

The future prospects of Extended Reality are unimaginable and leveraging this technology to its maximum potential can require unstinting effort and expertise. Logic Simplified is a 12+ years old  game development company that uses fundamental technologies like AI, ML, and 3D graphics, to build a metaverse that is transformational for entertainment and the enterprise. We have assisted over 100 businesses globally, with our expertise in gaming and emerging technology solutions. By now, if you are convinced that XR technologies are the need of the hour for business and their immense potential can help you augment productivity and add innovation to your projects, get in touch with us at enquiry@logicsimplified.com or call now.

Shopify is one of the largest ecommerce platforms in the world that can be used by start-ups and leading enterprise businesses to start, manage, and grow online, in-store, and everywhere in between, with its range of services. Some of the biggest brands in ecommerce, including Ford Motors, Budweiser SKIMS, Pepsico Steve Madden Jeffree Star Cosmetics, KKW Beauty, Netflix and Uri Minkoff/Rebecca Minkoff, choose Shopify for their website templates, tools to sell products online, integrated technology for payment processing, and marketing tools to power their stores. 

Shopify provides the hosting architecture and domains as well as an easy-to-use admin interface back-end to launch stores quickly on a budget. Its advanced development architecture and enterprise-level toolings such as Shopify Plus and Shopify Commerce Components offer more merchant solutions. With so much going on, the below statistic comes to us as no surprise.

There are 13,000 apps in the Shopify App Store. Since 2020, the Shopify app count has increased by 2.17x. (Source: The Social Shepherd)

Shopify - The All-in-One Business Management Platform

Creating an app using Shopify can be highly beneficial for any business. Shopify allows users to launch online stores quickly and easily without the need for servers and shopify app development costs. Its user interface is clean and intuitive, with logically structured features that are easy to use. Shopify also provides extensive documentation and video guides to help developers during the entire process and 24/7 customer support is available through phone, email, or web chat with quick response times.

Ready to take your business online with a custom Shopify app? 

Shopify is a trustworthy platform for eCommerce stores that deal with massive data and sensitive customer information like personal and credit card details. It ensures fast and secure website performance, with no downtime. Shopify companies offer software, hosting, and integrations with third-party apps to help customers set up and run their online stores. Shopify also accommodates possible traffic spikes that your store might receive, making it faster and more secure. 

What to Certainly Do When Building a Shopify App

1. Build a minimum viable product (MVP)

An MVP is an effective way for businesses to test whether a product is likely to succeed or not. It is a more dependable method of gathering customer information than simply asking for their opinion of a hypothetical product. It has become a commonly used tool for startups today as it allows companies to allocate resources to ideas that advance business objectives. MVPs also provide insights into which ideas aren't worth pursuing. Getting your product in front of real users quickly through MVPs can potentially establish a competitive edge for your company in the market.

2. Test your app before the production stage

Testing your Shopify app before it goes into the production stage helps ensure that it is error-free and works as intended. Shopify also has its own staging site that you can use to test your app in a secure environment without negatively impacting your customers or damaging your reputation. It also has a test mode to examine how customers pay for orders and how those orders are processed further.

3. Get your code reviewed and approved by a professional app tester

Shopify apps are reviewed by Shopify to ensure that they meet quality and safety requirements. Shopify may perform additional testing beyond Shopify integration to ensure that the app is of high quality, secure, and offers an excellent user experience. To avoid delays in Shopify's app submission process, developers can conduct their own comprehensive testing and quality assurance. This can help guarantee that merchants do not face any issues when installing the app.

4. Separate staging and production

It is essential to separate staging and production in Shopify app development to allow developers to experiment with new apps, themes, and custom code without impacting the live production site. A Shopify staging site, also known as a development site, is a separate yet identical version of a Shopify production site that only the development team can access. Developers can use staging sites to test changes to the site before making them live. If the changes do not work out, the production site remains unaffected.

Related read: How CMS Can Benefit eCommerce Businesses

Red Flags: What Not to Do When Building a Shopify App

1. Don't create a Private app

Private apps have certain limitations, such as the inability to embed them into the  Shopify Admin panel, and requiring you to create all the code yourself for sharing them with multiple stores. Hence, Shopify deprecated private apps in January 2022 and suggests developing custom apps instead. Custom apps have the same features as private apps but with better security. They are designed for a single Shopify store and do not need to be listed on the Shopify App Store. Custom apps can be used to add features to the Shopify admin, access store data, and integrate with the Storefront API.

2. Don't use Shopify's APIs

Using Shopify's APIs does not give you ownership of the APIs or the content you access through them. The REST Admin API of Shopify has a limit of 40 requests per app, per store, and per minute. If you exceed this limit, the API will return a 429 error of Too Many Requests. Irrespective of how much data is returned, each request counts equally. The default API call limit for regular stores is 40 and 80 for Shopify Plus stores. However, Shopify Plus stores have a 500% increase in the API call limit for the Matrixify app, while regular Shopify stores have a 300% increase.

3. Don't Use Fake Review Apps

Customers often rely on reviews to make informed purchasing decisions, whether they are online or in-store, since they may not always have the opportunity to interact with you directly. In addition, online reviews are usually helpful in answering potential buyers' pressing questions about a product. It's important to improve the review ecosystem by avoiding the use of fake review apps. If you encounter an app that enables you to create or fake your own data, don't trust it! It's not reliable and customers can usually detect it. Customers are smart, and you want them to have trust in you, so use genuine data and display genuine reviews. Another thing to keep in mind is that Shopify may shut down your store if you use deceitful tactics that violate their terms of service.

4. Don't process payments outside of Shopify's checkout

If you choose to use third-party checkouts, Shopify cannot guarantee the security of your orders. Additionally, any orders that are not financially brokered by Shopify will be subject to third-party transaction fees unless you activate Shopify Payments. This includes orders processed through Shopify's checkout system. 

Read next: Enhancing User Journeys on Your Magento Store

Logic Simplified is a Shopify App Development Company in India and we use Shopify, world’s leading eCommerce platform with other platforms like Magento, WordPress, and Drupal to provide our clients with innovative ecommerce solutions. This ecommerce platform is rich in features and holds flawless functionality. Our Shopify experts understand that and help businesses build highly converting online stores that attract and retain loyal customers. To know more about our services and how they can help your business, get in touch with us at enquiry@logicsimplified.com or talk to our experts.

The global extended reality market size was exhibited at USD 35.14 billion in 2022 and is projected to hit around USD 345.9 billion by 2030, growing at a CAGR of 33.09% during the forecast period 2022 to 2030.

(Source: PrecedenceResearch)

With changes in time and technology, trends become outdated and new ways loom redefining how we experience things in this exciting world. Extended reality is a new sensation of technology which has its roof on the pillars of AR, VR, and MR. Its integration with other innovations allows it to turn data into memorable experiences. It has changed the means of entertainment, interaction with people and getting our jobs done remotely and securely. The advancements and trends in the most innovative and exciting technologies along with Extended Reality are making sure that interactions are seamless and our experience virtually is as real as possible. 

Technology Trends in XR - 2024

Extended Reality is breaking new ground and this blog talks about extended reality technology trends like the Metaverse, Digital Twin Technology and Holoportation. Let's check out technology trends in XR - 2024.

XR and the evolving Metaverse 

Metaverse is a series of virtual reality environments that are interconnected and can be accessed by many people at the same time via the internet. This network of 3D virtual worlds connects the virtual and augmented experiences that facilitate movement between interconnected environments. It offers the users control over their digital meta spaces and experiences. The users can readily learn, create, play, connect, communicate, and collaborate with anyone who’s part of the Metaverse, regardless of location or language differences. 

The core technologies that a Metaverse Development Company uses include Blockchain, AI and XR and these are continuously enhancing the Metaverse environment through inclusion and decentralization. Numerous Metaverses have been developed that are accessible to anyone who has registered on their platforms. These immersive environments evolve over time as per the user’s demands. Shared virtual environments — real or fictitious, virtual human avatars with realistic speech and body language, and hardware gadgets, accessories, and gears allow people to access the Metaverse and experience the unexpected. 

Would you like to know more about XR and Metaverse?

Don't miss: Future of metaverse: How will it transform the workplace

Digital Twin Technology - To Create Lifelike Simulations

Digital Twin is a technology that helps build replicas of 3-dimensional interactive real-world objects like buildings, cities, trees, vehicles, environments, etc. in the Metaverse. These virtual objects are viewed using XR applications and allow you to explore, visit, admire, and interact with the 3D objects from the comfort of your home. 

It is one of the most upcoming technologies of the times whose mechanism depends on collecting relevant data and understanding the physics of the system that will be replicated. The digital twin and the real object are interconnected with sensors that help them gather information enabling us to visually experience how such systems would work before they are built. 

For those not in the know, this technology allows you to experiment with different technologies, and create prototypes of products, without any risks involved and spending a lot of money. The game-changing functionality is its capability to reduce a significant amount of waste as it tests solutions before a product’s astronomical development. This influential technology achieves a high level of realism and immersion as it helps create complex environments, interactions, and experiences in the virtual environment.

XR and Holoportation

Holoportation is a 3D capture technology that supports virtual mobility. It uses AR and VR to allow game app developers to create high-quality 3D models of people that can be reconstructed, compressed, and transferred in real-time. Mixed reality visual displays like the Holo lens, which is a virtual reality headset, offer an augmented reality experience where the user can view, listen, and interact with other remote participants in 3D. The 3D interaction and communication with clients and colleagues in real-time in the XR space involve specialized cameras with different POVs, making it natural and powerful enough to change the future of work. 

Holoportation is making things better for a workplace where an AI workmate or robot can help you translate foreign language, automate recruitment, track time and attendance, provide workforce analysis, and more to improve business productivity. It will work like a tool that will offer you solutions that will make your arduous tasks easier. Such technological advancements are already being leveraged by the manufacturing industry, but their applications, in particular AI Robots, are reaching other industries as well.

Passthrough

While AR and VR are two very different technologies in the world of immersive technologies their collaboration is opening doors for more opportunities and innovations. One such innovation is the Passthrough which is used to switch in and out of virtual environments by using just a button. Using VR headsets like the Meta Quest headset, creators can use high-definition passthrough technology to explore environments in Augmented Reality in real-time. Front-facing cameras of the Meta Quest 2 allow tracking of the user’s head position and orientation. With Meta releasing a Passthrough API, developers can now integrate the Meta Quest 2 camera into applications and games for a better quality experience. 

From the gamers' point of view, Passthrough and wireless headset technology have enhanced the gaming experience by combining AR and VR, allowing the player to move between real and virtual environments comfortably. And when it comes to developers and game designers, Passthrough offers them a development environment that is accessible to all for collaboration, communication, and exchange of ideas.

XR Haptic Technology

Over the last few years, virtual and mixed-reality gadgets have been used to stimulate the sense of sight and sound in the XR space, but the sense of touch has been neglected. Haptic Technology uses engineering, neuroscience, and a set of mechanical components to stimulate our sense of touch. Haptic makes human and digital interactions feel more real by providing supportive sensations like vibrations, stiffness, pressure, heat, cold, textures, speed, and others with respect to the experience. 

The built-in algorithms in the Haptic system work by providing the user feedback and confirming interaction on the touch initiated by them. For instance, there are full-body Haptic suits, Haptic headsets, Haptic touch keyboards, and Haptic wrist controllers that are used for hands-free navigation and interaction in a digital ecosystem. With the interactions being more natural, comfortable, and accurate, chances of error are reduced and users are more satisfied. 

In the coming times, Haptic technology will play a major role in the development of Metaverse, robotics, and other immersive technologies. This will improve virtual learning and training, customer experience, user engagement, collaboration, gaming experiences, and so much more.

Extended Reality is breaking new ground, and it is interesting to see  the way it has paved paths of innovation. We at Logic Simplified, offer Extended Reality development services that include virtual reality, augmented reality, and mixed reality. Our XR game development company creates immersive & interactive experiences and a new world of possibilities for your business. We are a 12+ years old game design and development company, and have assisted over 100 businesses globally, with our expertise in gaming and emerging technology solutions.

If you would like to know more, get in touch with us at enquiry@logicsimplified.com or call now!

Every industry embraces it for the sake of innovation and advancement. In the education sector, it’s called educational technology where computer hardware, software, and educational theory and practice is used together to not just facilitate learning but also create smarter and more connected schools. Technology, especially IoT, brings accessibility, efficiency, interactivity, and personalization to education and learning. 

The global IoT in education market was valued at $8.7 billion in 2022, and is projected to reach $46.4 billion by 2032, growing at a CAGR of 18.6% from 2023 to 2032. (Source: AlliedMarketResearch)

From the traditional ways of teaching in a classroom to online learning using mobile devices and laptops - ways of teaching as well as learning have changed digitally. Especially during the lockdown, when people across the globe were hit by the SARS-CoV-2 virus, schools leveraged IoT to deliver education through learn-from-home models. Since then, adapting to e-learning has become easy with IoT.

IoT Applications in Education 

Smart Classrooms

Smart classrooms enhance the teaching and learning process for both the teachers and the students by integrating learning technologies such as computers, specialized software, audience response technology, assistive listening devices, networking, and audio/visual capabilities. They enrich academic knowledge, develop creative skills, and thus, higher learning outcomes can be expected.

Digital Libraries

An IoT-enabled library system allows students to conveniently locate the books they need, check their availability, and even provide recommendations on the basis of their reading history. 

Wearables

Wearable devices are integrated with classroom IoT system management to automate attendance and monitor student behavior. IoT technology with VR and AR allows students to engage with simulations, explore complex concepts, and interact with them for an immersive learning experience.

Adaptive Learning Platforms

Adaptive learning systems can track data such as student progress, engagement, and performance, and use the data to provide personalized learning experiences.

Language Translation Devices

The goal of language translation devices is to bridge language barriers in the educational system. They ensure that teachers and students are understanding each other on multiple levels. 

IoT projects

IoT transforms theoretical knowledge into practical applications in education, and children can not only learn coding and electronics through IoT projects but also develop problem-solving skills and creativity.

We are experts in providing IoT Development Services.

Book a 20-minute free consultation to know more.

Benefits of IoT in Education

The benefits it brings in the field of education are as follows - 

1. Increased student engagement and interest - Internet of Things lets absent students attend class remotely with remote IoT applications. It allows teachers to assign homework to help individual students engage with the material. It also helps students with mobility or communication issues and promotes personalized learning.
2. Personalized approach to each student - IoT sensors help teachers plan lessons based on the requirements of every student, while robotic solutions enable the personalization of curriculum content and pace based on how students respond to questions or perform in exams. Experimenting with such formats and smart devices give teachers an opportunity to understand what teaching methods work and what don’t for the students.
3. Automation - The education sector's IoT solutions empower teachers to engage in more innovative work and continually enhance their abilities, rather than expending time on administrative tasks and mundane activities. With the advancement of connected technology, educators no longer have to manually assess paper exams, inspect notebooks, complete numerous syllabuses and reports, or dedicate hours to routine tasks. IoT devices automate note-taking, schedule verification, and research responsibilities for them.
4. Safety of students, teachers, and infrastructure - Smart cameras, smart ID cards, smart access controls make the learning environment for children safer. Other IoT devices with smoke and leakage sensors protect the students, teachers and also the infrastructure from any calamity. 
5. Reduces operating costs - Integration of IoT has reduced operating costs for schools and also enhanced energy efficiency. That is because they offer the convenience of remotely turning off lights, water, air conditioners, or projectors if they have been left on by students. This can be accomplished with a single click from a mobile device, even when administrators are not on-site. Additionally, automatic control of consumer electronics through IoT can be established without human intervention. 

Interesting Read:  7 Important Factors to Consider for IoT Software Development

The Future of Education with IoT

Combining IoT with other technologies is resulting in digital breakthroughs.

Artificial intelligence with IoT strengthens adaptive learning capabilities in the near future and makes personalized learning even more effective and efficient.

IoT data continues to grow and teachers can draw insights into student performance and learning patterns by learning analytics. This practice will be more accessible and better in future.

IoT data combined with predictive analytics helps teachers create early intervention strategies to improve retention rates.

IoT and blockchain technology ensure the authenticity and privacy of academic achievements by creating secure and tamper-proof educational records.

Logic Simplified, is a leading game development company spearheading emerging technology solutions. Apart from enhancing education through engaging gaming, our IoT focus covers education, vision technology, home automation and smart office, healthcare, connected cars and traffic, smart grid and appliances and solutions for the retail industry. Our application development services include IoT system design, cloud integration, analytics and reporting, system maintenance and AI/ML integration. If you are looking for high-end IoT solutions, or would like to know more about how IoT applications can revolutionize education, email at enquiry@logicsimplified.com or get in touch with us now.

Integration of artificial intelligence (AI) into games has led to a revolution in the gaming experience, reflected through enhanced gameplay, realism, and responsive in-game environments. Advanced AI computing technologies now allow non-player characters (NPCs) to exhibit intelligent behaviors and adapt to players' actions. Moreover, AI-powered algorithms contribute to more sophisticated game mechanics, such as advanced enemy AI, realistic physics simulations, and personalized gaming experiences through adaptive difficulty levels. Machine learning techniques are also being harnessed for character animations, thus enabling lifelike movements and expressions. A new era of interactive entertainment is here! 

Game app developers at leading game development companies, like Logic Simplified, are excitedly integrating AI into gaming, to deliver immersive, engaging, and personalized experiences for players. Despite challenges like ethical concerns in predictive analytics due to reduced transparency, data dependency for effective learning, and computational complexity existing, navigating these challenges ensures adaptive AI's responsible and efficient implementation. 

What is Adaptive AI?

Adaptive AI is an evolved version of AI where systems are made adaptive. They are trained to learn and adjust to the changes. Video games that adapt to a player's skill level and style of play provide a more engaging and personalized experience. AI algorithms monitor player actions, learning their strategies, strengths, and weaknesses and then use this information to dynamically adjust the game's difficulty, pacing, and challenges, keeping players hooked. 

Techniques of Adaptive AI Gaming 

Adaptive AI Gaming Solutions involve techniques and algorithms like reinforcement learning, transfer learning, and neural architecture search (NAS) optimization. 

Reinforcement learning (RL) enables systems to learn by interacting with an environment and receiving rewards for desirable actions. Popular RL algorithms include Deep Q-Networks (DQN) which is a combination of Q-learning with deep neural networks, Proximal Policy Optimization (PPO) which optimizes policy functions, and Actor-Critic Models improve the efficiency of RL. 

Transfer learning allows models to leverage knowledge from one task and apply it to another, facilitating adaptation. Prominent transfer learning frameworks include BERT (Bidirectional Encoder Representations from Transformers) which is fine-tuned for various tasks, making it highly adaptable, and OpenAI's CLIP (Contrastive Language-Image Pretraining) perform a wide range of vision and language tasks.

Neural architecture search (NAS) optimization involves powerful and versatile models that are proficient in various challenging learning tasks such as image recognition, speech processing, and natural language comprehension. These models have the potential to simplify and automate the complicated process of developing deep learning models and generate deep neural networks that are customized to meet specific production needs quickly and efficiently.

How We Use Adaptive AI in Game Genres

Adaptive AI has a strong ability to learn, evolve, and respond to change when it comes to different game genres. Adaptive AI is used in a variety of games, depending on the genre, theme, and mechanics. Here is how Logic Simplified uses it in three popular game genres:

Get a free 20-minute consultation on our Adaptive AI integration in various game genres.

Card Games

Artificial intelligence has significantly changed the way online card games are made and played. Our card game developers create AI-powered opponents that behave like human players, making the game more challenging and interesting. We create opponents that dynamically adjust their tactics based on the player's moves, making gameplay more unpredictable and enjoyable. This is a notable difference from traditional single-player models that relied on predictable, scripted opponents.

AI-powered card games can adjust the difficulty level in real-time, ensuring that gamers of varying expertise can enjoy the game at their own pace. The AI opponent might start with a more forgiving test for a new player before progressively becoming more challenging as the player's skills improve. We ensure that all players are guaranteed a fair and interesting experience!

Real-Time Strategy Games

Real-time strategy games pose a challenge to human players as they need to manage resources, plan missions, and coordinate their units. When designing an Artificial Intelligence system to act as an opponent in such games, it needs to be powerful enough to develop a cohesive strategy for victory. Even though the goal of the AI gaming system is not necessarily to defeat the human player, it still needs to display a high level of intelligence to be credible. On the other hand, the AI system must also provide just the right level of difficulty so that novice and expert players alike can appreciate the game. Currently, the behavior of computer-controlled opponents in RTS games relies heavily on static algorithms and structures. Our game developers introduce adaptive AI at the strategic level thus enhancing the illusion of intelligence, and increasing the entertainment quotient of the game.

Shooter Games

The integration of an artificial adaptive game agent in FPS/TPS games allows for adaptive functionality, minimizing the need for environment-based behavior agents while reducing the complexity involved in agent implementation. The main objective of adaptive agents is to provide entertainment to end-users. To achieve this goal, we add various functionalities such as a dynamic reward system for enhancing the learning process's efficiency and a dynamic weapon preference system for improving the winning rate of gun fights. Some systems utilize online algorithms, such as Q-learning algorithms, while others utilize offline algorithms to achieve the ultimate goal of the learning process.

Logic Simplified is a top game development company with years of experience in creating top-notch games. We have assisted over 100 businesses globally, with our expertise in gaming and emerging technology solutions. Deep knowledge of AI has helped us create some of the most complex games. Our expertise in game logic and game analytics is well known! We have built innovative and scalable AI solutions for businesses worldwide. Let us do it for you too. Contact us at enquiry@logicsimplified.com today and to know more about adaptive AI technology click below.

Advanced Features of the Unity Asset Store

Game app developers at Logic Simplified believe it’s important that there are no barriers in the development process. Unity Asset Store offers flexibility and more choices for bettering the process. The combination of plug-ins, assets, community support, and other features that the Unity Asset Store provides help game developers find advanced solutions to complex problems.

1. Access to a wide variety of assets

The Unity Asset Store has a massive library of free and commercial 3D assets, including 3D models, textures, sound effects, tutorials, music, animations, editor extensions, and plugins, that can be used to create more detailed and immersive games. By using pre-built assets, our game app developers save time and effort in creating assets, and focus on other aspects of game development, such as video game mechanics, level design, and user experience. 

2. Community Support

Collaboration between the people of the gaming community is essential for sharing assets, tools, information, tutorials, and feedback. The Unity community is a large community of developers that helps game developers learn new skills, improve their workflow, and create better games through -

• The Unity Forums offer information about the latest developments, allow you to submit feedback, and connect with other members of the community. 
• Blogs on this platform provide the members with news and information to keep them updated with all that is happening within the Unity ecosystem. 
• This platform welcomes everyone to engage by asking questions and replying with Answers so that all members can help each other. And its built-in voting system ensures that the questioner gets the best answer.  
• The Issue Tracker helps users get information on the status of bugs and the bugs that could be a threat are fixed on priority to avoid any obstruction in the workflow.
• Unity offers high-quality resources for the developers in the form of Documentation. This covers all information including guides and scripts regarding the Unity game engine platform.

3. Improved Game Quality 

The Unity Asset Store offers a variety of high-quality assets that can enhance the overall quality of a game. For example, our developers use advanced lighting systems, particle effects, and AI systems to improve the game's graphics and gameplay. You can also find tools that help with level design, AI programming, and UI design. Our professional game designers and developers ensure that the game has a polished and professional look and feel.

4. Supported Asset Types

Unity supports common image file types like BMP, TIFF, TGA, JPG, and PSD. While several types of assets are native to the Unity Editor, different platforms, such as iOS, Android, Windows desktop, Mac OS desktop, Linux desktop, WebGL, and Unity Web Player also support these assets. This multi-platform support is an asset in itself.

5. Increased Productivity with Cost-effectiveness

With access to ready-made assets, developers at Logic Simplified create high-quality games faster and more efficiently. This helps us meet project deadlines and launch games on time.

6. License and Support

The Unity Asset Store offers various license options to suit individual needs. Licenses vary depending on the asset but generally offer lifetime support and access to updates. Paid assets may include additional features such as extended support or customization options.

Want to know more from us?

Benefits of Using the Unity Asset Store - Our Experience

We asked our expert game app developers for the top benefits of using the Unity Asset Store:

• Saves time and effort: The Unity Asset Store provides a huge selection of assets, tools, and resources that saves developers’ time and effort when building games. Apart from our top concept artists creating assets from scratch, developers can simply purchase or download them from the store. We are known for our lighting-fast turnaround time, and tools like these help!
• High-quality assets:  As a leading Unity game development company, we give a lot of attention to quality. We ensure that every asset and tool is up to par to guarantee a high-quality gaming experience. The Unity Asset Store, with its thoroughly tested and optimized high-quality assets, helps us in our goal.
• Cost-effective: Many assets and tools on the Unity Asset Store are available at affordable prices, and some are even free. It’s great to find good quality assets that are also easy on the pocket - for us and clients, both! 
• Customizable: Most assets available on the Unity Asset Store are customizable. This allows developers to create unique and personalized games without having to start from scratch.

Best Practices for Using the Unity Asset Store

Here are some best practices that we use to speed up our game development process and drive performance.

• Read the asset description and license agreement carefully before downloading any assets. 
• Before downloading, look at the asset’s tags and ratings. It will give you an overview of how well others have liked this asset and whether it fits your project well.
• Try out the asset before you commit to buying it. Many assets on the Unity Asset Store offer free trials or demos for you to test out before purchasing.
• Keep your asset library organized and well-structured to easily find the assets you may need.
• Take advantage of Unity’s support system if you have questions or issues with the asset store. They are always available to help!

Conclusion

Logic Simplified is a game development company with a team of skilled, experienced and confident game developers leveraging the latest tools in game development, including Spine Animation. Our Unity 3D game developers have been successfully delivering exemplary Unity game development services to various industries. 

By integrating Unity assets, we have created immersive experiences that are truly next-level. Whether a virtual office or an interactive game, Unity Engine can make any experience come alive in ways that were not possible before. Unity’s assets store has helped us create extraordinary AR and VR experiences for our clients. If you have any queries regarding Unity game development, look no further and contact us at enquiry@logicsimplified.com or connect over the call.