The Indian gaming industry is growing rapidly, and the demand for gaming infrastructure is increasing. To meet this demand, companies are collaborating with individual, mid-size, and large global studios to pool together a diverse range of games on a unified platform. This is helping to enhance the gaming infrastructure in the country and make it more accessible to gamers of all levels.
One of the biggest challenges facing the Indian gaming industry is the lack of a unified platform. This makes it difficult for gamers to find the games they want to play, and it also makes it difficult for developers to reach a wider audience. By collaborating with different studios, companies are able to pool together a diverse range of games on a single platform. This makes it easier for gamers to find the games they want to play, and it also helps to promote the Indian gaming industry to a wider audience.
Another challenge facing the Indian gaming industry is the lack of investment. This is due to the fact that the industry is still in its early stages of development. However, as the industry grows, more investors are starting to take notice. By collaborating with different studios, companies are able to attract more investment and help to grow the Indian gaming industry.
The collaboration between individual, mid-size, and large global studios is helping to enhance the gaming infrastructure in India. This is making it more accessible to gamers of all levels, and it is also helping to promote the Indian gaming industry to a wider audience. As the industry continues to grow, we can expect to see even more collaboration between studios, which will help to take the Indian gaming industry to the next level.
Here are some of the benefits of collaboration between studios in the Indian gaming industry:
- Increased diversity of games: By collaborating with different studios, companies are able to offer a wider variety of games to gamers. This makes it more likely that gamers will find games that they enjoy, which can help to increase the overall popularity of the Indian gaming industry.
- Improved quality of games: When different studios collaborate, they can share their expertise and resources. This can help to improve the quality of games that are developed in India.
- Increased investment: When the Indian gaming industry is seen as being more credible and professional, it becomes more attractive to investors. This can help to attract the funding that is needed to grow the industry.
- Greater exposure to a global audience: By collaborating with global studios, Indian studios can get their games in front of a wider audience. This can help to increase the popularity of Indian games and developers around the world.
The collaboration between studios in the Indian gaming industry is a positive development that is helping to enhance the gaming infrastructure in the country. As the industry continues to grow, we can expect to see even more collaboration between studios, which will help to take the Indian gaming industry to the next level.
The Gaming Infrastructure should consist of technological infrastructure that we have build and large scale problem statements that we are solving:
a. Game Server: Developing our own game server to enhance performance and control.
b. WinZO Developer Console: Providing game developers with performance analytics for their games.
Low Latency Modes: Implementing low latency modes specifically for the Indian market.
a. Memory and Space Optimization: Optimizing the platform to save memory and space on user devices.
b. One-Click Game Integration: Introducing technology for seamless integration of games with a single click.
c. Vernacularisation: Adapting the platform to cater to a diverse user base by incorporating multiple languages.
d. Personalization Engine: Utilizing a personalization engine to showcase relevant games to users based on their preferences.
e. Single Wallet System: Implementing a single wallet to handle all microtransactions and ensuring scalability for high transaction volumes.
f. Security Enhancement: Strengthening platform security to mitigate vulnerabilities and risks, thereby improving the overall game experience.
Powering 4 Billion Monthly Microtransactions: An In-depth Look at Our Robust Tech Stack on AWS
In today’s digital era, the scale and complexity of managing microtransactions in the billions requires a robust and efficient technology infrastructure.
Here we delve into the intricacies of our tech stack deployed on Amazon Web Services (AWS) that empowers us to handle over 4 billion microtransactions in a single month. With a comprehensive set of tools, automated deployments, and a focus on site reliability and observability, our system ensures seamless operations even during peak loads. Let’s explore the key components and features of our elaborate tech stack.
Automated Deployments with CICD and Microservices on AWS ECS:
To achieve scalability and flexibility, we have implemented over 70 microservices deployed on AWS Elastic Container Service (ECS). These microservices are managed through automated Continuous Integration and Continuous Deployment (CICD) pipelines. This allows us to streamline the deployment process, reduce human error, and maintain a consistent and reliable release cycle.
Custom Automation for Game Server Deployment and Scaling:
Managing complex deployments for gameservers requires specialized automation. Our tech stack incorporates custom-built automations tailored specifically for gameservers. These automations enable us to efficiently deploy and scale gaming systems to handle varying loads, including peak traffic. By automating these processes, we can rapidly adapt to fluctuations in user demand while maintaining optimal performance and availability.
Databases, Caching, and Serverless Computing:
To ensure efficient data storage and retrieval, we utilize AWS database services such as Amazon RDS (Relational Database Service) and DynamoDB. RDS provides us with managed relational databases, while DynamoDB offers a highly scalable and performant NoSQL database solution.
To enhance performance and reduce latency, we employ CloudFront, a content delivery network (CDN), and Elasticache, an in-memory caching service. CloudFront enables us to cache and distribute content globally, ensuring faster response times for end-users. Elasticache, on the other hand, allows us to cache frequently accessed data, reducing the need for repeated database queries.
Additionally, our tech stack leverages AWS Lambda for serverless computing. With Lambda, we can execute code without the need to provision or manage servers. This serverless architecture provides scalability, cost-effectiveness, and eliminates the burden of infrastructure management.
Supporting Workloads: EMR, Kafka, and More:
In addition to the core components, our tech stack incorporates other AWS services to support specific workloads. For big data processing, we utilize Amazon EMR (Elastic MapReduce), a managed cluster platform for running Apache Spark and Hadoop. EMR enables us to efficiently process and analyze large volumes of data generated by microtransactions.
To facilitate real-time streaming and event-driven architectures, we employ Apache Kafka on AWS. Kafka acts as a distributed streaming platform, allowing us to handle high-throughput, fault-tolerant messaging between microservices and applications.
Site Reliability and Observability:
Maintaining the reliability and performance of our systems is paramount. We employ best-in-industry tools for site reliability and observability. This includes tools for monitoring, logging, and alerting. By continuously monitoring our infrastructure, we can proactively identify and address any issues, ensuring high availability and minimal downtime.
Are you excited to build this infrastructure and be a part of a product that is taking Bharat by storm?