How to Develop a Game Like Totally Accurate Battle Simulator
Learn how to develop, build, and create a game like Totally Accurate Battle Simulator (TABS). Discover the key steps from game design to development, including mechanics, physics, and character creation for a unique gaming experience.
Growth Stats Of Totally Accurate Battle Simulator
In this section, we explore the growth of Totally Accurate Battle Simulator (TABS), highlighting key stats that demonstrate how to create a game with wide-reaching impact. From the increasing number of users to impressive annual revenue, TABS’ growth offers valuable insights for aspiring game developers.
$ 45 M
2023 Annual Revenue
11 M
Number of Users
0 M
Downloads
0 M
Downloads
Architecture of a Scalable Betting App
When developing a game like Totally Accurate Battle Simulator (TABS), the architecture plays a crucial role in ensuring scalability and performance. The architecture needs to support a growing user base while maintaining a seamless experience. By integrating essential components like CDN, stateful servers, and auto-scaling groups, you can create a robust infrastructure. Each element—from cache to databases—helps in optimizing game delivery, ensuring low-latency performance and high availability across multiple regions.
The architecture starts with the users, who interact with the game. Their requests are routed efficiently across the architecture, ensuring minimal delays and optimal gameplay experience, regardless of where they are located.
The CDN distributes game assets such as textures, models, and audio files to users based on their geographic location. This reduces latency by delivering content from the closest server, ensuring faster load times and better gameplay performance.
These servers maintain sessions, user data, and in-game states. They ensure that every player's unique game state is preserved during gameplay, allowing for seamless and uninterrupted experiences, even in dynamic multiplayer scenarios.
Auto-scaling ensures that server resources dynamically adjust to accommodate fluctuating traffic. During peak times, more servers are added, and when demand decreases, unnecessary resources are decommissioned, optimizing cost and performance.
Caching reduces the load on databases and servers by storing frequently accessed data. This ensures that the game retrieves essential information quickly, improving performance and reducing wait times for users.
Hosting game assets and servers in multiple regions allows users from different parts of the world to connect to the nearest server, reducing latency and providing a better gaming experience. This also improves redundancy and fault tolerance.
The game assets, including character models, animations, and audio, are stored and efficiently served via the CDN and storage systems. Optimizing these assets ensures quicker loading times and less data transfer, improving user experience.
Redis is used as an in-memory data store to manage session data and caching. Its fast retrieval speeds help reduce the load on primary databases, keeping gameplay smooth and responsive.
MySQL stores essential game data such as user profiles, in-game progress, and transactional data. It provides the backbone for data persistence, ensuring that all user activities are stored securely and can be retrieved whenever necessary.
Building a scalable architecture is essential for a game to succeed as it grows in popularity. By implementing an efficient structure that includes components like Redis, MySQL, and Kafka, along with auto-scaling capabilities, you can make sure your game adapts to increasing demand. This flexibility allows the game to serve users worldwide with consistent performance, providing a smoother experience even as the user base and asset complexity increase.
Features
In this section, we explore the key features that make a game like Totally Accurate Battle Simulator (TABS) unique and engaging. From dynamic environments to quirky physics, these features are essential in creating a captivating experience that keeps players coming back for more.
The heart of TABS lies in its physics engine, which ensures characters and objects interact in unpredictable and humorous ways. This feature allows for dynamic and often chaotic battles, providing a fun and highly replayable experience for users.
Players have access to a wide range of units with unique abilities, from archers to mammoths. This variety lets players create endless combinations of battles, ensuring that no two matches are ever the same. The diversity encourages experimentation and creativity in gameplay.
Players can modify and create their own battlefields, placing obstacles, altering terrain, and introducing new challenges. This customization adds depth to the game, as players can continuously create new scenarios, testing their strategies in different environments.
The sandbox mode allows players complete freedom to set up any battle they wish, choosing units, locations, and objectives. This mode encourages players to experiment with different tactics and battle combinations without restrictions, fostering endless gameplay possibilities.
In campaign mode, players progress through a series of increasingly challenging battles. This mode offers structured gameplay with a rewarding sense of progression, motivating players to refine their strategies and unlock new units.
TABS features exaggerated, humorous ragdoll animations, making each battle feel unique and unpredictable. The randomness and hilarity of the unit movements add to the game's lighthearted appeal, keeping the gameplay fun and engaging.
Multiplayer functionality allows players to face off against one another, putting their strategies to the test. Competing against friends or online opponents adds a layer of competitiveness and replayability, as players try to outwit each other.
Process To Develop
In this section, we outline the key steps involved in developing a game like Totally Accurate Battle Simulator (TABS). From concept to deployment, each stage plays a vital role in creating a seamless and engaging game that stands out in the market.
Concept & Design
Start by defining the game concept, including mechanics, art style, and target audience. This phase is crucial for creating a clear vision, which guides all other development stages, ensuring the game aligns with player expectations.
Prototyping
Develop a basic prototype to test game mechanics, physics, and controls. Prototyping allows you to identify potential issues early on and refine gameplay elements, making sure the core features function as intended.
Asset Creation
Build the game’s visual and audio assets, such as characters, environments, and sound effects. High-quality assets enhance the player’s experience and bring your game world to life, helping create a more immersive experience.
Development & Coding
Code the game’s core functionalities, including the physics engine, AI behavior, and multiplayer systems. This phase is where the game’s mechanics are fully implemented, ensuring a smooth and cohesive experience for players.
Testing & Iteration
How To Build?
Developing a game like Totally Accurate Battle Simulator (TABS) requires expertise in physics-based gameplay, unique unit design, and dynamic battle systems.
To build a game like Totally Accurate Battle Simulator (TABS), explore the following YouTube channels and online resources:
1. CodeWithChris YouTube Channel: Learn how to create dynamic physics and AI for unique unit behaviors in strategy games.
2. Udemy Course: Unity Game Development : Focus on physics-based combat, unit customization, and sandbox mechanics.
3. Coursera: Game Design and Development Specialization : Learn about game design principles and create engaging, strategy-based gameplay.
Cost Breakdown
Features/Services
Basic/POC
Advanced
App Design & UI/UX
User-friendly design with custom themes
Advanced UI/UX with animations, personalized design, and high-end user experience
Core Features (User login, team creation, scoring)
Full-featured fantasy gameplay: user login, team creation, real-time scoring, leaderboards
Multiple game modes, dynamic user dashboards, and highly scalable gameplay
Backend Development
Robust backend with database and APIs for handling moderate user load
Scalable cloud infrastructure, real-time data processing, load balancing, and microservices architecture
Third-Party Integrations (payment gateways, notifications, etc.)
Integrated payment gateways, push notifications, and basic analytics
Advanced integrations: AI-based analytics, real-time notifications, blockchain for transactions, and cryptocurrency payments
Post-launch Support & Updates
3-6 months support with minor updates
12+ months of premium support, regular updates, AI-driven user personalization, and advanced data security features
Pricing
$10,000+
$50,000+
Types Of
Game
- Main Series (Life Simulation)
- Mobile Versions
- Spin-Offs and Variants
- Console Versions
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Why Choose Us?
Custom Design
We create custom battle royale experiences here at SDLC Corp, with a stress on innovative game mechanics and immersion in environments that bring the pace to the gameplay from the start.
Seamless Integration
Take a look at our impressive App Development Services Portfolio, showcasing a wide array of innovative, scalable, and user-focused solutions.
Development Solutions Full Cycle
From concept to launch, SDLC Corp offers comprehensive end-to-end game development solutions- design, development, testing, and post-launch support.
Track Record of Success
We have a history of success in launching games through our portfolio, thereby ensuring that your project will experience the benefits of all the experience, innovation, and quality commitment.
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FAQs
The cost to develop a game like Totally Accurate Battle Simulator (TABS) can range from $10,000 USD to $100,000+ depending on features, complexity, and the development team’s experience. This includes design, development, asset creation, testing, and post-launch support.
- Realistic Physics Engine: Enables dynamic and unpredictable interactions between objects and characters.
- Diverse Unit Types: Offers a variety of units with unique abilities, encouraging creative strategies.
- Customizable Battlefields: Players can modify the environment to create unique scenarios.
- Sandbox Mode: Provides complete freedom to set up battles and experiment.
- Campaign Mode: Structured gameplay that rewards progression and strategy development.
- Ragdoll Animations: Adds humor and unpredictability to each battle, making the game fun.
- Multiplayer Mode: Allows players to compete against others, increasing replayability.
- Regular Updates: Ensures fresh content and ongoing engagement with new units and challenges.
At SDLC Corp, we can help implement these features seamlessly, ensuring a smooth development process while leveraging our expertise in game development to create an engaging and high-performance gaming experience.
The development time for a game like Totally Accurate Battle Simulator (TABS) can vary from 1 month to 12 months, depending on the complexity of the features, design requirements, and team size. Simple projects may take less time, while advanced features like multiplayer modes and custom physics engines require longer development cycles.
- In-App Purchases: Offer additional units, skins, or power-ups for purchase within the game.
- Advertisements: Include ads that generate revenue every time users view or interact with them.
- Subscription Model: Introduce premium features that users can access via a monthly or annual subscription.
- Paid Downloads: Charge users a one-time fee to download the game.
- Freemium Model: Provide a free base game with paid premium content or features.
- DLCs (Downloadable Content): Offer expansions or additional content for purchase post-launch.
- Sponsorships: Partner with brands for in-game sponsorship opportunities.
- Merchandising: Sell game-related merchandise like T-shirts, figurines, or posters.
- Tournaments and eSports: Organize competitive events with entry fees and prizes.
- Affiliate Marketing: Promote products or services within the game and earn commissions for every sale.
At SDLC Corp, we can help you choose the best monetization strategies for your game, integrating them seamlessly into the gameplay to maximize revenue while keeping your players engaged.
- Game Engine (Unity or Unreal Engine): Choose a reliable engine based on the game’s requirements.
- Programming Language (C#, C++, JavaScript): Select a language suitable for your game’s platform.
- Database (MySQL, MongoDB): Use a scalable database to store player data and game stats.
- Cloud Hosting (AWS, Azure): Opt for a cloud provider to ensure scalability and global reach.
- Physics Engine (NVIDIA PhysX, Box2D): Integrate physics engines to create realistic interactions.
- Graphics API (OpenGL, DirectX): Use APIs for rendering graphics and improving performance.
- Version Control (Git): Implement a version control system for seamless collaboration.
- Testing Tools (Selenium, Appium): Automate testing to ensure the game performs optimally across devices.
- Multiplayer Framework (Photon, Mirror): Implement multiplayer functionalities for enhanced user experience.
- Analytics Tools (Google Analytics, Firebase): Track user behavior to optimize gameplay and monetization.
At SDLC Corp, we can help you choose the right technology stack that aligns with your development goals and ensures a smooth development process, allowing for scalability, performance, and security.
- Unity/Unreal Engine: Leading game engines for cross-platform game development.
- C# / C++: Primary programming languages for developing game logic and mechanics.
- MySQL / MongoDB: Databases for managing user data and game-related information.
- AWS / Azure: Cloud providers for hosting game servers, ensuring scalability.
- NVIDIA PhysX / Box2D: Physics engines for realistic in-game interactions.
- OpenGL / DirectX: Graphics APIs for rendering high-quality visuals.
- Redis: In-memory data storage for caching frequently accessed data.
- Kafka: Stream processing for handling in-game events in real time.
- Photon / Mirror: Multiplayer frameworks for real-time multiplayer interactions.
- Firebase / Google Analytics: Tools to track user behavior and optimize performance.
These technologies form the backbone of a scalable, high-performance game, and at SDLC Corp, we specialize in integrating them efficiently into your development process to build feature-rich and engaging gaming experiences.