When your business involves analyzing statistical data from different sources, you need to know how to collect, store, index, transform it into other data, analyze it, and so on.
Quite often the project scale is not yet large enough to implement large software platforms, and in this case, universal options based on standard SQL or NoSQL solutions will help you cope with the accumulation and processing of medium-sized data.
Such solutions, based on our practice, include Elasticsearch, which we will discuss in this article.
What is Elasticsearch and how it works
Let's start with a brief description of Elasticsearch. It’s a distributed, RESTful search and analytics engine capable of addressing a growing number of use cases. As the heart of the Elastic Stack, it centrally stores your data for lightning-fast search, relevancy, and analytics that scale with ease. It actually lets you perform and combine many types of searches — structured, unstructured, geo, metric, etc.
Elasticsearch is a fast, horizontally scalable, and very free hybrid of NoSQL database and Google. It communicates with the world via the HTTP API and receives JSON documents for indexing and storage. Storage, however, can be disabled, and in that case, there will only be a search engine that returns the IDs of once indexed documents.
Today, Elasticsearch is successfully used by eBay, Adobe, Uber, Nvidia, Blizzard, Volkswagen, SoundCloud, GitHub, Netflix, and Amazon. What is the appeal of Elasticsearch? Let's get this straight.
One of the main values in working with it is a well-organized full-text search. In fact, this is a quick search across the entire text, across the entire text's database.
Listing the main features of this service, they clearly include the following:
- An open-source search server is written in Java
- Indexing any heterogeneous data
- REST API web interface with JSON output
- Text search
- Real-time search (NRT)
- Distributed document storage without schemas, REST, and JSON
- Support for multiple languages and geo-location
If a project or organization is working with a large amount of data and documents, related and unrelated, and this company wants the search to be as useful and productive as possible, then Elasticsearch is the best solution.
Why choose elasticsearch and what advantages can it add to the project?
Sometimes, everything is learned with comparisons, so if you compare Elasticsearch with similar systems, you come to the conclusion that Elasticsearch has one of the fastest implementations of end-to-end search.
Besides, it’s worth noting that the functionality of Elasticsearch also consists of storage for the necessary data. In terms of data storage, SQL and NoSQL databases have some advantages over Elasticsearch. And relying on this service as a database for storing data is a common mistake. You need to understand that this is primarily a database for fast and high-quality data search, and not for storing them.
If we are talking about the advantages of using Elasticsearch, then among them will be those such as:
- You can store data without a schema, and create a schema for your data.
- Manage your data records using multi-document APIs.
- Filter and query your data to provide a better understanding.
- Based on Apache Lucene and provides a RESTful API.
- Provides horizontal scalability, reliability, and multi-user capabilities for real-time indexing.
- The ability to scale both vertically and horizontally.
Read more: https://yellow.systems/blog/how-to-improve-your-website-with-elasticsearch
