Get up and running with Hazelcast IMDG quickly with this easy to use reference card. Provides a useful reference for: Starting your first nodes Distributed Data Structures: Map, Queue, Lock,...
Get up and running with the Hazelcast IMDG C++ Client quickly with this easy to use reference card. Provides a useful reference for: Map MultiMap List Queue Topic Lock Atomic...
It is common to see many IT teams turn to caching technologies to speed up their access to data. This is perfectly valid, since caching accelerates applications by reducing the...
Get up and running with the Hazelcast IMDG Python Client quickly with this easy to use reference card. Provides a useful reference for: Map MultiMap ReplicatedMap Set List Queue Topic...
As payments are increasingly executed using mobile devices, the infrastructure is changing. As always, a multitude of banking channels, financial services providers, payment processors, and payment networks are jockeying for...
If you need your applications to run faster, one way to speed them up is to use a data cache. This lets you reduce the bottlenecks associated with the latency...
Despite all of the proven benefits of microservices, there are still a few presumed challenges of the architecture that deter businesses from making the shift. Upon further inspection, it is...
The Hazelcast Platform Enterprise Edition features help to simplify production deployments that need secure, always-on, low-latency, in-memory processing capabilities. The enterprise features help you run at peak performance and efficiency....
This white paper is for Developers, IT Managers, Architects and other IT leaders who are building the business case for Hazelcast®, the leading In-Memory Data Grid. This paper is divided...
Hazelcast has been deployed in payment processing architectures at some of the world’s largest banks and card processing businesses. Payment processing systems require extremely high throughput rates as well as...