This short video explains why companies use Hazelcast for business-critical applications based on ultra-fast in-memory and/or stream processing technologies.
Stream processing is a hot topic right now, especially for any organization looking to provide insights faster. But what does it mean for users of Java applications, microservices, and in-memory computing?
In this webinar, we will cover the evolution of stream processing and in-memory related to big data technologies and why it is the logical next step for in-memory processing projects.
Now, deploying Hazelcast-powered applications in a cloud-native way becomes even easier with the introduction of Hazelcast Cloud Enterprise, a fully-managed service built on the Enterprise edition of Hazelcast IMDG. Can't attend the live times? You should still register! We'll be sending out the recording after the webinar to all registrants.
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Hazelcast.org | IMDG Open Source
Hazelcast connects a set of networked/clustered computers to pool together their random access memory (RAM) and CPU power to let applications share data structures and run parallelized workloads in the cluster.
The primary advantage is speed, which has become critical in an environment with billions of mobile, IoT devices and other sources continuously streaming data. With all relevant information in RAM, there is no need to traverse a network to remote storage for transaction processing. The difference in speed is significant – minutes vs. sub-millisecond response times for complex transactions done millions of times per second.
Enables the largest data sets to run efficiently in an in-memory cluster across your most popular data APIs. Certified for use with Intel Optane DC Persistent Memory for RAM speeds at higher densities and lower cost.
Provides a comprehensive view of all cluster activity, along with configurable watermarks for alerts through a web-based user interface and cluster-wide JMX and REST APIs.
Whether the restart is a planned shutdown or a sudden cluster-wide crash, Hot Restart Store allows full recovery to the previous state of configuration and cluster data. Certified for use with Intel Optane DC Persistent Memory for 2.5X faster restarts than with SSDs.
Upgrades cluster nodes and versions without service interruption.
Provides standards-based Java Authentication and Authorization Service (JAAS) and interoperable encryption, authentication, and access control checks to mission-critical applications.
Synchronize multiple Hazelcast clusters in different datacenters for disaster recovery with a low recovery point objective (RPO), or geographic locality. Supports active-active and active-passive topologies.
Switch between alternate clusters on demand in a blue/green deployment strategy, where an offline, updated cluster (the “green” cluster) is enabled and clients are redirected to that cluster. Should a problem arise, clients can be directed back to the original live (“blue”) cluster.
Clients can be configured to automatically failover to a disaster recovery cluster to maintain a low recovery time objective (RTO), as part of your disaster recovery strategy.
Enables your applications to run in the most popular enterprise container management environments, Pivotal Cloud Foundry and OpenShift Container Platform.
24×7 service and support with a one-hour service-level agreement, as well as maintenance and hot patch fixes.
Competent fraud detection systems can help organizations gain a clearer view of entities, relationships, and hidden patterns as they deal with financial crimes, including payment card fraud, anti-money laundering and anti-terrorist financing. Hazelcast can store account details, recent transaction history and scoring all in one place for powerful, comprehensive checks, live within the request. Short SLAs measured in milliseconds means that these checks must be done very fast. If high-speed fraud detection is your concern, Hazelcast is a perfect fit.
The UK’s largest Internet of Things (IoT) network serves more than 200,000 homes with a system that allows users to remotely control their heating and hot water temperature from their mobile device or on the internet. This completes 20,000 writes per second in a 20-node Hazelcast cluster with plenty of spare capacity and an average latency of under 1 millisecond.
Hazelcast is used as the back-end infrastructure for many IoT deployments. Everything from in-home thermostats and lighting systems to industrial sensors, such as smart meters and in-store e-Commerce systems.
See how easy it can be to add Hazelcast to your business. Start your free 30-day trial now.
A high-level overview of Hazelcast IMDG technology and operations
Start using Hazelcast IMDG right away with this quick demo.
How to configure Hazelcast IMDG
Includes the full feature list for Hazelcast IMDG® Enterprise HD, Hazelcast IMDG Enterprise, and comparison to Hazelcast IMDG Open Source.
In-Memory Databases (IMDB) and In-Memory Data Grids (IMDG) are two technologies that address real-time computing and big data needs without having to start over with an entirely new set of IT systems. While they may sound similar, the differences are significant and understanding your options will help you make better decisions.
Your business operates in an environment with constantly evolving technology. For business and IT leaders, it can be overwhelming to keep up with new developments and determine what is critical to implement immediately, and what technologies can or should wait. In-memory processing technologies are becoming pervasive and have a direct and indirect effect on how a business operates. Hazelcast has created this whitepaper to discusses these technologies and the respective implications.
This white paper, written by Java Champion Ben Evans, provides an introduction for architects and developers to Hazelcast®’s distributed computing technology.
Contact us now add Hazelcast to your business.