How to Develop a Game Like Doom
Discover how to develop a game like Doom! This guide covers key steps to build action-packed FPS mechanics, create immersive environments, and design intense combat systems, helping you build a high-quality shooter that keeps players engaged. Perfect for developers aiming to create thrilling gameplay.
Growth Stats of Doom
Exploring the growth of a game like Doom reveals valuable insights into creating a successful FPS experience. By analyzing user counts, revenue, and downloads across platforms, we can see what makes Doom a favorite in the gaming world and how you can create similarly impactful games.
$450 M
2023 Annual Revenue
11.5 M
Number of Users
0M+
Downloads
0M+
Downloads
These key stats show the impressive reach and sustained appeal of a game like Doom, proving that thoughtful design and engaging gameplay make for a memorable player experience. With the right approach, you too can make a game that resonates and thrives.
Architecture of a Scalable Gaming App
Building a scalable architecture for a game like Doom requires a robust infrastructure capable of handling high traffic while delivering seamless gameplay across regions. This setup includes essential components like stateful servers, caching, CDN distribution, and auto-scaling groups to support rapid growth and performance demands. The architecture not only ensures consistent user experiences but also offers scalability for ongoing updates and increasing player bases, forming a strong foundation for long-term success.
User management is central, ensuring seamless interactions and data consistency across gameplay sessions. A scalable architecture supports dynamic user handling, segmenting them geographically or by activity for optimized performance and faster responses.
The CDN stores and delivers static game assets like textures and models closer to users’ locations. This minimizes latency and bandwidth usage, ensuring that large files are quickly accessible without overloading central servers, enhancing load speeds and user experience.
Stateful servers manage active user sessions, storing session data for continuity. This setup is essential for handling in-game progress, especially in multiplayer environments, allowing players to reconnect and continue seamlessly even if interrupted.
Auto-scaling adjusts server availability in response to real-time demand. During peak times, auto-scaling allocates additional resources, then scales back during off-peak hours, maintaining efficiency and reducing costs while ensuring performance.
Caching frequently accessed data reduces load on main databases and minimizes latency. By storing data closer to the user or in memory, caching speeds up retrieval times for common requests, improving response times during gameplay.
Distributed server regions allow users to connect to the nearest data center, reducing latency and enhancing gameplay for global audiences. Regional distribution also supports redundancy, ensuring uptime and data security.
Storing assets in a separate repository, accessible through the CDN and optimized for efficient loading, keeps server loads low and improves loading times for users by quickly providing textures, sounds, and models.
Redis is used for in-memory caching, handling fast-access data like leaderboards or player stats. Its speed enhances real-time interactions, providing quick updates and smooth experiences in high-demand situations.
MySQL serves as the primary relational database, managing structured data, including user profiles, transactions, and game statistics. It provides reliability, ensuring data consistency and security for core player information.
A well-designed, scalable architecture enables your game to dynamically handle user demands and maintain stability under heavy loads. By combining efficient caching, strategic use of CDNs, and adaptable stateful servers, you ensure the game remains responsive and enjoyable for all players. Such an architecture empowers developers to expand functionality without compromising user experience, making the game resilient and future-ready.
Features
Developing a game requires a well-thought-out feature set to engage and retain players. This section outlines essential features that enhance gameplay, from multiplayer support to detailed AI systems, each adding depth and excitement to the player experience.
Multiplayer functionality allows players to team up or compete in real-time. By incorporating cooperative and competitive modes, the game encourages social interaction, creating an engaging experience that can attract a broader audience and foster community.
AI-driven opponents enhance gameplay by providing dynamic, unpredictable challenges. Intelligent AI adds realism and complexity, adapting to player actions, which makes single-player modes more engaging and helps balance multiplayer sessions by filling in as teammates or opponents.
Allowing players to customize their characters, equipment, or abilities makes the game more personal and immersive. Players can choose avatars, gear, or skill sets, fostering attachment and encouraging more extended gameplay sessions as they develop their unique character or build.
High-quality graphics and visual effects, such as realistic lighting, textures, and shadows, make the game visually appealing. This level of detail enhances immersion, creating an aesthetically impressive environment that elevates the overall player experience.
Open-world design lets players explore diverse environments and discover hidden resources or secrets, providing freedom and unpredictability. This exploration element encourages players to engage deeply, allowing for unique paths and personalized experiences within the game.
Real-time strategy components, such as resource management or tactical planning, add depth by requiring players to think and act quickly. These mechanics offer an extra layer of challenge and engagement, suitable for games that combine action with strategic gameplay.
Offering difficulty levels that adjust based on player skill or progression keeps the game challenging and prevents it from becoming repetitive. Adaptive difficulty ensures that new and experienced players find the game enjoyable and suitably challenging.
Process To Build
Developing a game like Doom or any other requires a structured approach to ensure smooth progression from concept to launch. This section outlines the primary stages in the game development process, helping developers navigate each step and bring their vision to life.
Concept and Planning
Start by defining the game concept, objectives, and core mechanics. This stage sets the direction and vision, including target audience, gameplay style, and storyline, ensuring all team members have a clear understanding of the goals.
Prototyping
Build a prototype to test initial ideas, mechanics, and gameplay flow. Prototyping is essential for identifying strengths and weaknesses early, allowing for adjustments and improvements before full-scale development begins.
Design and Asset Creation
Create the game’s visual assets, including character models, environments, and UI. This stage also involves designing the game’s audio elements. High-quality assets enhance immersion, making the game more appealing and engaging for players.
Development and Coding
Testing and Optimization
How To Build?
To create a game like Dhoom, you can hire a development studio, work with freelancers, or build it independently if you have the expertise. Each approach offers unique benefits, from budget flexibility to creative freedom, helping you bring a high-speed, action-packed experience to life.
To successfully develop a game like Dhoom, consider partnering with companies renowned for expertise in action-packed racing and immersive gameplay:
Here are some YouTube channels and resources to help you create a game inspired by Dhoom:
- Brackeys – Offers Unity tutorials on mechanics like physics, player controls, and animations, ideal for racing or action games.
- GameDev.tv –Courses on Unity and Unreal Engine cover multiplayer setups, vehicle controls, and level design.
- Code Monkey – Tutorials for AI opponents, pathfinding, and health systems, essential for dynamic gameplay.
- Udemy: RPG Core Combat Creator –Focuses on vehicle physics and racing mechanics, perfect for high-speed action.
Cost Breakdown
Estimating the cost of developing a game like Doom helps in understanding the financial requirements at each stage, from concept design to post-launch updates. This section outlines key expenses, including development, asset creation, testing, and ongoing maintenance, to give a clear view of the resources needed to bring an action-packed FPS game to life.
Features/Services
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
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- First-Person Shooter Mechanics
- High-Quality Graphics and Effects
- Immersive Storyline
- Real-Time Combat
- Weapon Customization
- Multiplayer Mode
- AI-Driven Enemies
- Interactive Environment
How SDLC CORP Can Help:
SDLC CORP brings expertise in developing complex FPS features, such as multiplayer and advanced AI, ensuring high performance and engaging gameplay.
Development may take from 1 month to 12 months based on features, graphics, and multiplayer integration.
- DLC Expansions
- Freemium Model
- Cosmetic Upgrades
- Subscription Plans
- Advertising
- Game Passes
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Description:
Monetize your game through in-game purchases, expansions, or advertising, engaging players and generating revenue.
- PlayFab for Backend
- AWS for Scalability
- Blender for Assets
- Node.js for Scripting
- MySQL for Data
- Redis for Fast Data Access
- Firebase for Analytics
- GitHub for Collaboration
Description:
A well-chosen tech stack supports scalability and smooth performance, especially critical in FPS games.
- Id Tech 6/7 for game engine
- AWS/Google Cloud for server hosting
- Photon for multiplayer support
- PlayFab for backend management
- MySQL/PostgreSQL for data storage
- Redis for caching
- Python/Node.js for server scripting
- Blender/Maya for 3D modeling
- Firebase for analytics
- GitHub/GitLab for version control
Description:
Using robust technologies ensures seamless gameplay and supports features like multiplayer and real-time updates.