Difference between Aerospike and AllegroGraph
1. Aerospike :
The Aerospike is a flash-optimized in-memory open-source NoSQL database and named after the eponymous company that produces it. It is a key-value data store designed to deliver sub-millisecond response time for real-time big data applications. The three main components of Aerospike are Aerospike Database Server, Aerospike Smart Clients and Aerospike Management Console.
2. AllegroGraph :
The AllegroGraph is a high performance, persistent RDF store with additional support for Graph DBMS. It operates as a Document Store designed for storing, retrieving and managing document-oriented information, in JSON-LD format. The first version of AllegroGraph was release in 2004.
Difference between Aerospike and AllegroGraph :
S.NO. | AEROSPIKE | ALLEGROGRAPH |
---|---|---|
1. | It was developed By Aerospike in 2012. | It was developed By Franz Inc. in 2004. |
2. | It is a flash-optimized in-memory NoSQL database. | It is a high performance, persistent RDF store with additional support for Graph DBMS. |
3. | The license of Aerospike is open-source. | The license of AllegroGraph is commercial. |
4. | Server operating system for Aerospike is Linux. | Server operating systems for AllegroGraph are linux, OS X and Windows. |
5. | It does not support XML Format. | It also does not support XML Format. |
6. | It has user defined functions for Server-side scripting. | It supports the Server-side scripting with JavaScript or Common Lisp. |
7. | Supported partitioning method is Sharding. | The partitioning can be done with Federation. |
8. | It does not support SQL query language. | It uses SPARQL as query language. |
9. | It supports only one replication method : Selectable Replication Factor. | It supports two replication methods : Master-Slave Replication and Multi-Master Replication. |
10. | Aerospike does not provide the concept of Referential Integrity. Hence, no Foreign Keys. | AllegroGraph also does not provide the concept of Referential Integrity. Hence, no Foreign Keys. |
11. | It supports in-memory capabilities. | It does not support in-memory capabilities. |
12. | It offers an API for user-defined Map/Reduce methods. | It does not offer any API for user-defined Map/Reduce methods. |
13. | It only supports atomic execution of operations. | It supports ACID properties. |
14. | It’s primary database model is Key-Value Store. | It’s primary database models are Document Store, Graph DBMS and RDF Store. |
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