UDP/TCP/Network Transport Layer

Learn about the challenges of sending large files and how Signiant offers reliable, fast solutions for overcoming these obstacles.

Increase file transfer speed with iPerf and Signiant. Discover tips to measure and optimize networks, identify bottlenecks, and more!

What is a “large” digital file? Defining what a large file is certainly has not remained static. What was an unwieldy large file five years ago might be considered small today.

Signiant’s intelligent transport architecture applies machine learning to the vast pool of metadata aggregated across our platform to automatically adapt to changing conditions offering the best performance on any IP network.

Most cloud data transfers utilize HTTP(S) and, like all standard Internet protocols, network latency slows down data transfer time. Learn about reducing latency for long-distance cloud connectivity.

On the surface, it may seem that moving large files from one location to another is relatively simple and that a faster pipe is all you need, but it turns out there’s much more to it. Learn why a bigger pipe doesn’t lead to faster file transfers and how to get the most out of your network.

Media file sizes continue to grow, increasing the need for bandwidth and file acceleration technology. While the technical aspects are well understood, the financial implications can be surprisingly convoluted.

The flow of data across the Internet is steadily increasing, with annual global IP traffic predicted to reach 3.3 ZB by 2021. Media file sizes are also exploding with HD, 4K and 8k, and we are moving large files over longer distances — a challenging environment for FTP.

A dive into what problems Signiant’s products solve: what we do and don’t do in the world of file transfer acceleration

Flight’s ability to accelerate standard HTTP(S) transfers enables a model for ingesting high-quality live video contribution feeds directly into the cloud for remote event production and streaming.

Traditional methods of sending and sharing data over IP networks rely on a networking protocol known as TCP, which doesn’t work well for large-scale cloud uploads.

Learn how organizations that generate massive unstructured data sets can move them between locations or into the cloud for big data analytics with Hadoop.