New Patented Traffic-Shaping Technology From Cobalt Iron

Cobalt Iron has announced that it has received another new patent, this time on its technology for operational and event-driven network traffic shaping.

U.S. Patent 11882094, issued on Jan. 23, describes new capabilities that will be available in Cobalt Iron Compass, an enterprise SaaS backup platform. The techniques, as disclosed in this patent, use analytics and user-defined policies to automatically optimize network throughput levels to reduce security risks and improve data operations under various, changing conditions.

Conditions in today’s technology and data environments sometimes change rapidly. These changes can affect the amount of IT resources, such as network bandwidth capacity, that are needed for various operations. However, amidst these changes, IT infrastructure and operations remain relatively static, leading to unoptimized resources and security vulnerabilities. One particular area of static infrastructure is networking. Information networks are typically preallocated resources that don’t get adjusted or optimized in response to dynamic conditions in the environment, such as cyber attacks, changing business or operation priorities, or environmental events. These and other conditions could all necessitate network throughput levels that are different from the norm.

When it comes to being able to make these dynamic network throughput changes, the industry is lacking. Backup administrators, network administrators, chief information security officers, and other IT professionals need more advanced means of monitoring and dynamically adjusting networks.

This patent discloses techniques that, when fully implemented, will make it possible for Compass to dynamically adjust, or shape, network throughput levels for data protection operations based on a range of conditions.

You might also like...

Monitoring & Compliance In Broadcast: Monitoring Video & Audio In Capture & Production

The ability to monitor Video and Audio during capture and production is becoming increasingly important, driven by the need to output to many widely different services, and doing it very quickly.

Broadcast Standards: Cloud Compute Workflow Pipelines

This is a detailed exploration of system & workflow principles, storage systems, queue management, how microservices enable active workflow designs, and using node graph systems to create a friendly UI.

Building Software Defined Infrastructure: Systems & Data Flows

For broadcasters seeking to build robust workflows from software defined infrastructure, key considerations arise around data flows and the pro’s and cons of open and closed systems.

Broadcast Standards: Microservices Functionality, Routing, API’s & Analytics

Here we delve into the inner workings of microservices and how to deploy & manage them. We look at their pros and cons, the role of DevOps, Event Bus architecture, the role of API’s and the elevated need for l…

Live Sports Production: Part 3 – Evolving OB Infrastructure

Welcome to Part 3 of ‘Live Sports Production’ - This multi-part series uses a round table style format to explore the technology of live sports production with some of the industry’s leading broadcast engineers. It is a fascinating insight into w…