GridGain Blog
Apache Ignite uses rendezvous hashing to deliver efficient, balanced, and fault-tolerant data distribution across nodes in distributed systems.
Are you looking for a way to accelerate and scale your event-driven architecture in the cloud? GridGain is here to help. GridGain, built on top of Apache Ignite, is a comprehensive in-memory computing platform that provides distributed caching, messaging, and compute capabilities, with enterprise-grade support.
This blog about how GridGain handles transactions with third-party persistence is the final installment in our "Transactions Architecture" series.
Read Consistency - Strong Consistency vs Eventual Consistency and How to Configure Them in GridGain and Apache IgniteIn single-host data storage and processing software, data that is successfully written to data storage can be immediately read by clients. If two readers query at the same time, they’ll get the same values. This is referred to as strong consistency.
GridGain Persistence feature is easily enabled and helps GridGain achieve in-memory performance with the durability of disk, cluster-wide.
We know that in the two-phase commit protocol, there are the Prepare and Commit phases. In the event that we lose a Backup Node in either of these phases, no action is required by Ignite, since any transactions will still continue to be applied to the remaining Primary and Backup Nodes in the cluster.
This article on pessimistic and optimistic concurrency is the second in the GridGain Transactions Architecture series.
Apache Ignite 3.0 is the latest milestone in Apache Ignite evolution that enhances developer experience, platform resilience, and efficiency. In this article, we’ll explore the key new features and improvements in Apache Ignite 3.0.
GridGain supports a range of different Application Programming Interfaces (APIs). In this multi-part article series, we will take a more detailed look at how GridGain manages transactions in its key-value API and some of the mechanisms and protocols it supports. In this first part, we will begin with a discussion of the two-phase commit (2PC) protocol and then look at how this works with various…
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