Surreal DB Features is the ultimate serverless cloud database, offering both structured and unstructured data support. It’s based on a SQL-like query language, making it easy to integrate with container orchestration tools. It supports GeoJSON, too, giving you access to both structured and unstructured data.
SQL-Based Query Language
Surreal DB is a cloud native NewSQL database. It offers features like distributed ACID transactions, schemaful and schemaless table formats, and multiple target database options.
SurrealDB’s SELECT queries support advanced expressions and field projections. It also supports JSON-RPC querying, geospatial querying, and more.
Floating Point Numbers
Surreal DB Features can support several data types, including simple integers, numerics, dates, and GeoJSON geographical data types. The database also supports floating point numbers. Floating point numbers can be store as int or float values in 64-bit precision.
SurrealDB supports a wide range of nested fields. Records can have a nested array within them, and the array can contain any data value. Arrays can be access using the traditional dot notation, but they can also be indexed by Apache Lucene query syntax. Nested fields are useful for filtering and proximity searches.
Feature of SurrealDB
Another Surreal DB Features is embedded object types. An embedded object type is a special type of data that can be used to store any data value. You can also add durations to these objects. For example, you can specify a duration of one hour to an embedded object type, or an entire day to an Object-based Timeline.
Structured & Unstructured Data
If you are a business owner, you will need to understand the differences between structured and unstructured data. These are two very different kinds of data that are used for many different things.
While structured data is usually view as quantitative data, there are a variety of types of unstructured data. Examples include social media posts, videos, and audio files. Unstructured data is typically text-heavy and can be stored in both native and raw formats.
Predefined Fields & Format
Structure data is organize into predefine fields and format, which makes it easier to process. Typical examples of structured data are web forms, stock data, and online transactions. Using structured data allows for easy measurement, as well as easy access to other information.
Machines & Human Resources
Unstructured data is the data that is generate by machines and human resources. It may include system logs, health records, video, and photos. Because of its subjective nature, unstructured data can be difficult to work with and analyze.
When it comes to unstructured data, there are specialize tools to assist with processing it. Unlike structure data, which is commonly store in relational databases, unstructure data is often stored in data lakes, applications, or NoSQL databases.
SurrealDB provides support for GeoJSON data types. Its Query Language (SurrealQL) automatically translates GeoJSON objects to the native format. This enables developers to perform simple SQL-like queries on the data.
Multiple Table Transactions
Moreover, Surreal DB Features supports multiple table transactions. Hence, you can build highly efficient web-based data syncing applications. Also, it offers multi-column indexes to ensure consistent read and write operations.
Embedded Object Types
Another key feature is the support for embedded object types. These can be add to any duration or datetime. They can contain any value. You can also add parameters to the result set and store them in client code.
The database also provides advanced access permissions. You can customize the permissions and restrict data to specific columns. Aside from that, you can create data constraints and field restrictions. Moreover, it has a built-in authentication and authorization system.
Single-Node Memory-Only Runtime
Another significant advantage is the single-node memory-only runtime. This allows high-performance analysis and querying. Moreover, it eliminates the need to use a separate backend.
The use of container orchestration tools is important when you’re developing microservices applications. They help you reduce errors and manage containers efficiently. Using container orchestration can also improve your software velocity. Luckily, there are a number of tools available in the market.
When you are choosing a tool, you need to take into account your company’s size, budget, and technical requirements. Ideally, you’ll want to find a tool that offers flexibility, security, and minimal management overhead.
Containerized applications are more scalable and flexible than traditional applications. They also work well with modern cloud native development practices. Managing containerize applications can be complicate, though. Fortunately, there are a number of tools out there that can simplify the process.
One of the most popular options is Kubernetes. This open source platform allows you to automate the deployment and scaling of your containerized applications. It can also run in the cloud or on-premises. In addition to providing a high level of automation, Kubernetes is a highly flexible, secure, and stable platform.