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terracotta.org

Why is the trust score of terracotta.org very high?

https://terracotta.org redirected to https//www.terracotta.org during the time we crawled it. Terracotta is a software company that provides in-memory data management solutions for enterprise-level applications. It offers a platform for distributed caching and in-memory data storage, which can be particularly useful for improving the performance and scalability of Java applications. The Terracotta Server is a key component of their solution, providing distributed in-memory data management capabilities for products like Ehcache and TCStore. It’s designed to allow for the management of large amounts of data in memory, with features like scalability, high availability, and automatic node reconnection.

Key Features of Terracotta Server:

Distributed In-Memory Data Management: Terracotta Server can handle significantly more data in memory compared to traditional data grids, allowing for efficient use of available RAM.
Scalability without Complexity: It offers simple configuration to add server instances as per the growing demand, making capacity planning easier.
High Availability: Instant failover ensures continuous uptime and service availability.
Configurable Health Monitoring: Terracotta HealthChecker provides inter-node monitoring for the health of the server instances.
Automatic Node Reconnection: Temporarily disconnected server instances and clients can rejoin the cluster without manual intervention.
Terracotta Server is available as open-source under the Apache Public License 2.0, and it’s freely available for use. However, it’s important to note that advanced features like fast-restart persistence, advanced management, and security are available in commercially supported versions from IBM.

Getting Started with Terracotta Clustering:

The process of getting started with Terracotta involves the following steps:

1. Downloading the Terracotta Server: It can be obtained as part of the Ehcache Clustered Kit or as a Docker image. The download page provides the latest kit or image for download.
2. Starting the Terracotta Server: Depending on the platform, the server can be started using scripts or Docker commands. The server can be configured with various settings, and it’s important to verify successful startup.
3. Setting up the Classpath for Clustered Ehcache Client: The necessary JAR files from the kit need to be added to the application’s classpath.
4. Running a Sample Clustered Client: Sample code is provided for both Java and XML configurations to connect to the server, put data in the cache, and retrieve it.
More Information and Documentation:

The Terracotta website provides user documentation for detailed information about the API and usage. Additionally, there are related open-source projects and libraries available on their GitHub page, including the off-heap memory library.

Scale Up and Scale Out:

Terracotta emphasizes its ability to keep large amounts of data instantly available in RAM, distributed across any size server array. This is particularly relevant for applications that require high-performance data management and scalability.

Terracotta Server as an Open Source Project:

Terracotta actively develops, maintains, and supports the Terracotta Server as a professional open-source project under the Terracotta Public License 2.0. They welcome contributors to join their community and participate in the development of the platform.

Enterprise Functionality and Support:

For enterprise applications that require additional functionality such as management monitoring console (TMC), fast-restartable store (FRS), and security, along with professional support, Terracotta recommends contacting IBM for support.

In summary, Terracotta is a well-established platform for in-memory data management, particularly in the Java ecosystem. It provides features for distributed caching, high availability, and scalability, and is available as open-source software under the Apache Public License 2.0. It’s important to consider the specific needs of your application and the level of support required when evaluating the use of Terracotta for enterprise projects.”



the reasons behind this review :
Terracotta is a software company that provides in-memory data management solutions for enterprise-level applications. It offers a platform for distributed caching and in-memory data storage, which can be particularly useful for improving the performance and scalability of Java applications. The Terracotta Server is a key component of their solution, providing distributed in-memory data management capabilities for products like Ehcache and TCStore. It's designed to allow for the management of large amounts of data in memory, with features like scalability, high availability, and automatic node reconnection.

Key Features of Terracotta Server:

Distributed In-Memory Data Management: Terracotta Server can handle significantly more data in memory compared to traditional data grids, allowing for efficient use of available RAM.
Scalability without Complexity: It offers simple configuration to add server instances as per the growing demand, making capacity planning easier.
High Availability: Instant failover ensures continuous uptime and service availability.
Configurable Health Monitoring: Terracotta HealthChecker provides inter-node monitoring for the health of the server instances.
Automatic Node Reconnection: Temporarily disconnected server instances and clients can rejoin the cluster without manual intervention.
Terracotta Server is available as open-source under the Apache Public License 2.0, and it's freely available for use. However, it's important to note that advanced features like fast-restart persistence, advanced management, and security are available in commercially supported versions from IBM.

Getting Started with Terracotta Clustering:

The process of getting started with Terracotta involves the following steps:

1. Downloading the Terracotta Server: It can be obtained as part of the Ehcache Clustered Kit or as a Docker image. The download page provides the latest kit or image for download.
2. Starting the Terracotta Server: Depending on the platform, the server can be started using scripts or Docker commands. The server can be configured with various settings, and it's important to verify successful startup.
3. Setting up the Classpath for Clustered Ehcache Client: The necessary JAR files from the kit need to be added to the application's classpath.
4. Running a Sample Clustered Client: Sample code is provided for both Java and XML configurations to connect to the server, put data in the cache, and retrieve it.
More Information and Documentation:

The Terracotta website provides user documentation for detailed information about the API and usage. Additionally, there are related open-source projects and libraries available on their GitHub page, including the off-heap memory library.

Scale Up and Scale Out:

Terracotta emphasizes its ability to keep large amounts of data instantly available in RAM, distributed across any size server array. This is particularly relevant for applications that require high-performance data management and scalability.

Terracotta Server as an Open Source Project:

Terracotta actively develops, maintains, and supports the Terracotta Server as a professional open-source project under the Terracotta Public License 2.0. They welcome contributors to join their community and participate in the development of the platform.

Enterprise Functionality and Support:

For enterprise applications that require additional functionality such as management monitoring console (TMC), fast-restartable store (FRS), and security, along with professional support, Terracotta recommends contacting IBM for support.

In summary, Terracotta is a well-established platform for in-memory data management, particularly in the Java ecosystem. It provides features for distributed caching, high availability, and scalability, and is available as open-source software under the Apache Public License 2.0. It's important to consider the specific needs of your application and the level of support required when evaluating the use of Terracotta for enterprise projects.
Positive PointsNegative Points

  Website content is accessible

  No spelling or grammatical errors in site content

  High review rate by AI

  Domain Age is quite old

  Archive Age is quite old

  Domain ranks within the top 1M on the Tranco list

  Whois data is hidden

How much trust do people have in terracotta.org?

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