Native Redis Data Structures

To ensure that your Redis applications experience native Redis behavior and performance, ScaleOut In-Memory Database incorporates actual open-source Redis code, version 6.2.5, to implement all of its popular data structures (including strings, lists, sets, hashes, sorted sets, streams, hyperloglog, and geospatial), transactions, pubsub, and the Redis client/server protocol. When you run a command from your existing Redis client, ScaleOut orchestrates its execution on the cluster and calls into Redis open-source code to perform the command and generate results.

Breakthrough Performance

Unlike other Redis implementations, ScaleOut In-Memory Database uses a fully multi-threaded execution engine to run Redis commands in parallel. By avoiding Redis’s “event loop” architecture, ScaleOut can automatically take advantage of all processing cores on every server to accelerate throughput. In addition to benefiting from higher performance, you can potentially lower licensing and management costs since you no longer need to deploy multiple shards per server to extract multi-core performance from your servers.

The Power of Real-Time Digital Twins

Traditional stream-processing systems extract patterns from incoming telemetry but can’t track dynamic information about individual data sources. This makes it difficult to fully analyze what incoming telemetry is saying. That’s where the power of real-time digital twins comes in. Their ability to track dynamically evolving state information about each individual data source enables deeper introspection than previously possible and maximizes situational awareness — all within milliseconds.

Wide Range of Applications

Real-time digital twins enable aggregate analytics that previously could only be performed offline. Now you can simultaneously track thousands of data streams and analyze what all of the data sources are telling you within seconds. So, for example, if your operations center is keeping track of a hundred thousand points of control, you can intelligently identify the key issues and triage the hot spots every few seconds. This lets you focus limited resources where they are most needed at all times.

Wide Range of Applications

Stateful stream-processing with digital twins offers deeper introspection than previously possible across a wide range of applications, including financial services, e-commerce, Internet of Things (IoT), medical systems, manufacturing, logistics, and much more.

Here’s just one example: A medical monitoring system can use a dynamic, digital twin model of a patient combined with machine-learning techniques to take into account a patient’s detailed history, medications, and current status when evaluating incoming device telemetry. This allows the system to generate more intelligent and timely alerts to medical professionals.

Breakthrough Architecture

Unlike mainstream platforms such as Apache Flink, Spark, and Storm, ScaleOut StreamServer automatically dispatches incoming streaming events to in-memory, object-oriented, digital twin models of data sources for analysis. Other platforms need to pull state information from remote data stores, such as database servers and distributed caches; this creates delays and network bottlenecks. ScaleOut StreamServer processes incoming data streams within digital twins stored in an in-memory data grid — where the data lives — ensuring minimum access latency and peak stream-processing throughput.

Fully Automated Scalability and High Availability

Scalability is in our DNA. Every aspect of our in-memory data grid’s architecture is designed to deliver linearly scalable performance with integrated high availability. This means that you can add servers to meet the demands of your business and always expect fast response times in accessing your data.

ScaleOut Software makes ease of use and low TCO top priorities for our products. We take care of the grid’s inner workings and keep the APIs as simple as possible so that you can focus on your application. ScaleOut StateServer automates cluster membership, data partitioning, and load-balancing, and it self-heals after a server failure. Our patented technology for strong consistency ensures that your data will always be safe.

In-Memory Computing for Operational Intelligence

ScaleOut StateServer Pro was specifically designed for operational intelligence within live systems. Its object-oriented, in-memory data storage lets you maintain up-to-the-second information about real-world entities (such as portfolios, e-commerce shoppers, or the Internet of Things). Integrated, data-parallel computing enables fast analysis to detect emerging patterns and generate immediate feedback. StateServer Pro uses cutting-edge techniques from parallel supercomputing, such as multicast and global combining, to deliver results as fast as possible. You have a mission-critical system, and now you have the operational intelligence you need for peak performance.

Rock Solid Disaster Recovery that Eliminates Service Interruptions

With ScaleOut GeoServer you can automatically replicate data as it changes among up to eight data centers to protect against data center-wide outages. It’s easy to set up and manage, and it supports “master-master” usage for maximum cost-effectiveness. ScaleOut GeoServer delivers scalable throughput that automatically grows as you add servers to each data center, and it automatically handles server failures. This product has been battle-tested by some of the world’s leading e-commerce sites.

Unified Access to Data in Different Area Codes

ScaleOut GeoServer can combine your in-memory data grids at multiple data centers, both on-premise and cloud-based, into a single, logical data grid. We call this global data integration, and it dramatically simplifies your application, letting it transparently access data when needed from any location. It even supports distributed locking across sites so that you can globally synchronize updates.