Scaling a High-traffic Rate Limiting Stack with Redis Cluster

Scaling a High-traffic Rate Limiting Stack with Redis Cluster redis slot Redis sharding is a method of splitting the keyspace into 16384 hash slots for distribution across nodes It enhances scalability and manages traffic surges, redis slot slot Multi-key operations executed on a Redis cluster cannot work if keys belong to different hash slots But, you

redis slot There are 16384 hash slots in KeyDB Cluster, and to compute what is the hash slot of a given key, we simply take the CRC16 of the key modulo 16384 Every node

redisexceptionsresponseerror_ crossslot keys in request don''t hash to the same slot These processes require Redis OSS engine version · There are limitations with slots or keyspaces and large items: · When scaling out, the number of nodes in ## The role of slots Slot allocation can separate and distribute the data of the entire cluster on different nodes, which enables Redis to achieve high