The Aerospike

When the fuel of the rocket ignites, the molecules in the fuel release large quantities of energy in the form of heat, light and sound. As they move from the "throat" of the nozzle to "bell", they expand rapidly. The compressed air inside the balloon wants to spread outward. Therefore, it will be pushed against the balloon's wall in all directions except the part without the wall (the "nozzle" of the balloon). Since there is no force vector in this position, adding a vector generates a net force to the right.

Dissatisfied, we started looking for data storage that meets our requirements. This is the time we met Aerospike. We are particularly interested in Aerospike LDT - Big data type. In the Aerospike LDT architecture, millions of small objects encapsulated as values ​​can be stored under the same key. Ideal for our use case. So, in the end, I decided to save millions of dollars to each user of Aerospike. In order to ensure it, we developed a function so as not to interfere with existing functions. In addition, I started with using Aerospike's noncritical data. We decided to put more data in Aerospike.

When we began to compare Redis and Aerospike, Aerospike seemed to be a better choice for our service for the reasons above. Multithreaded Aerospike has more queries per second than Redis per server node (that is, the cost of the cluster is lower). In addition, Aerospike features automatic sharding, automatic rebalancing, automatic clustering, which simplifies administration and shortens development time. This is the main reason for choosing Aerospike as the base database for this service.

Hello, we are not talked about. Aerospike is a simple functioning DBMS with write optimization. Create a cluster and load the data before using it. For all write-optimized clusters DBMS, the author has the opportunity to use - must have at least 10, Aerospike offers the best performance, maximum extensibility, and monitoring and control I will

Aerospike is an in-memory and distributed NoSQL database for very large and low latency applications that require 100% availability. Aerospike uses a hybrid approach via hybrid computer memory (DRAM) and flash memory. The index is stored in DRAM and the data can be stored in DRAM or flash memory accessed via the native file system. "With Aerospike 3 with queries, user-defined functions, and aggregate functions, it is no longer necessary to compress the database stack, process all the data in the database layer, and use the caching and queuing techniques, "Note: As more and more components need to keep the clusters synchronized, if adding new nodes or servers fails, it will be easier to manage applications while maintaining availability. Aerospike is deployed as a user archive store by real-time bidding companies and other advertisements, e-commerce, mobile, and game platforms. Aerospike also complies with ACID compliant trading standards