March 2018 Summaries

SEGA HARDlight has migrated to MongoDB Atlas, a cloud-hosted MongoDB developer data platform, to simplify operations and improve the experience for millions of mobile gamers. The company's games, such as Sonic Dash and Kingdom Conquest: Dark Empire, require a high level of scalability and flexibility to handle massive user activity. SEGA HARDlight adopted MongoDB Atlas after evaluating other alternatives, citing its ability to provide advanced operational tooling, scalable performance, and mature support. With MongoDB Atlas, the team can focus on building and running games without worrying about reliability, maintenance, upgrades, or backups. The company's experience with MongoDB has reduced the time needed for game launches from multiple attempts to a single successful launch, enabling them to expand their use of the platform to support all new games as they come online.

SEGA HARDlight, a renowned game developer under the SEGA umbrella, has adopted MongoDB Atlas to simplify operations and enhance player experience. The company is known for developing popular mobile games featuring iconic characters like Sonic the Hedgehog. As the gaming industry evolved from fixed TVs and consoles to online PC games and now mobile and virtual reality platforms, the underlying infrastructure remained largely unchanged, with relational databases still in use. However, the need for flexibility, scalability, and creativity in game development has grown exponentially, prompting a shift towards more advanced solutions like MongoDB Atlas. The adoption of this cloud-based hosted platform has enabled SEGA HARDlight to provide better gaming experiences while adapting to changing circumstances.

MongoDB has been the most wanted database for the second year in a row, according to the Stack Overflow Developer Survey 2018, which involved over 100,000 respondents. The platform's popularity has steadily increased due to its ease of use and flexibility, as well as the release of MongoDB Atlas, a fully managed database service. MongoDB continues to innovate with new features such as change streams, retryable writes, and multi-document ACID transactions. Its document model offers developers increased productivity, while its native replication and horizontal partitioning provide reliability and scalability without added complexity. The database can be deployed on-premises, in the cloud, or in a hybrid environment, supporting various development languages including JavaScript, Python, and Golang. The survey's results validate MongoDB's efforts to build a platform wanted by developers worldwide.

Optimizing for Fast, Responsive Reads with Cross-Region Replication in MongoDB Atlas` enables multi-region fault tolerance and fast reads by distributing replica set members across multiple regions. This allows customers to optimize for local reads using a single MongoDB deployment, reducing read latency and improving availability guarantees. By specifying the read preference, users can direct their read operations to the nearest replica set member, ensuring responsive reads even in geographically distributed environments. With MongoDB Atlas, customers can easily distribute read replicas across multiple cloud regions, expanding their application's data beyond the region containing the replica set primary in just a few clicks. The process involves modifying the read preference via the MongoDB drivers and configuring the connection string to include read replicas, ensuring that writes remain on the primary while reads from secondaries are eventually consistent.