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EN FR. Simply put, a multi-region, active-active architecture gets all the services on the client request path deployed across multiple AWS Regions. In order to do so, several requirements have to be fulfilled. The CAP theorem states that it is impossible for a distributed system to simultaneously provide more than two out of the following three guarantees: Consistency , Availability and Partition Tolerance.

But especially that in the presence of a network partition, one has to choose between consistency and availability. This means that we have two choices: giving up consistency will allow the system to remain highly available, prioritising on consistency means that the system might not always be available. Since we are in building a multi-region architecture and are optimising for availability, we have to give up consistency — by design; This also means we need to embrace asynchronous systems and replication.

For distributed data stores, asynchronous replication decouples the primary node from its replicas at the expense of introducing replication lag or latency. This means that changes performed on the primary node are not immediately reflected on its replicas — the result of this lag created what is often referred to as eventual consistency. When a system achieves eventual consistency, it is said to have converged, or achieved replica convergence.

To achieve replica convergence, a system must reconcile differences between multiple copies of distributed data. It can do so by doing the following reconciliations:. The effect of asynchronous replication must be taken into consideration when designing applications since besides having architectural consequences, it also has some implications for the client user-interface design and experience. Such implications are that interfaces should be completely non-blocking.

User interactions and actions should resolve instantly without the need to wait for any backend response — everything should resolve itself in the background, asynchronously and transparently to the user. No loading messages or spinners staying forever on the screen.

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Requests to the server should be entirely decoupled from the user interface. This is often referred to as graceful degradation and it also used by Netflix to mitigate certain failures. When this service fails, the system should return a default i. A few years ago, when deploying multi-regions architecture, it was standard practice to setup secured VPN connections between regions in order to replicate the data asynchronously.

While deploying and managing those connections has become easier, the main problem was that they went over the Internet, therefore were subject to sudden change in routing and especially latency — making it difficult to maintain a consistently good replication. This means that AWS Regions are now connected to a private global network backbone, which provides lower cost and more consistent cross-region network latency when compared with the public internet — and the benefits are clear:.

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I previously wrote about the local state being a cloud anti-pattern. This is even more true for multi-region architecture. When clients interact with an application they do so in a series of interactions called a session.

In a stateless architecture, the server must treat all client requests independently of prior requests or sessions and should not stores any session information locally. So given the same input, a stateless application should provide the same response to any end-user. Stateless applications can scale horizontally since any request can be handled by any available computing resources e. Sharing state with any instances, containers or functions is possible by using in-memory object caching systems like Memcached , Redis , EVCache , or distributed databases like Cassandra or DynamoDB more later depending on the structure of your object and your requirements in terms of performances.

Netflix, already in , famously talked and wrote about testing Cassandra in multi-region setup; writing 1 million records in one region of a multi-region cluster, followed by a read, ms later, in another region, while keeping a production level of load on the cluster — all that without any data loss. As mentioned previously, preventing increased latency is critical for applications. Therefore, it is important to avoid synchronous cross-region calls and always make sure resources are locally available for the application to use, thus optimising latency.

For example, objects stored into an Amazon S3 bucket should be replicated in multiple regions to allow for local access from any region. Luckily, Amazon has recently implemented the feature called cross-region replication for Amazon S3. Cross-region replication is a bucket-level configuration that enables automatic, asynchronous copying of objects across buckets in different AWS Regions. This local access of resources also applies for databases. Separating the writes from the reads across multiple regions will improve your disaster recovery capabilities, but it will also let you scale read operations into a region that is closer to your users — and make it easier to migrate from one region to another.