Signiant has long been a market leader in advanced transport technology, holding several patents in this area, and our software is relied upon to move petabytes of high-value content every day.

Each of Signiant’s products leverages our proprietary acceleration technology, moving content up to 100x faster than standard Internet transmission speeds. Signiant’s acceleration technology is capable of moving any size file or data set over any IP network, while taking advantage of all available bandwidth.

While our transport technology adds value in many situations, the speed difference is most notable with large data sets, long distances or highly-congested networks and, somewhat counter-intuitively, when there is more bandwidth.

  • Signiant’s transport technology eliminates the impact of latency and packet loss
  • The entire file is always sent byte for byte, without compression
  • Signiant adds Checkpoint Restart on top of its transport technology to automatically restart any interrupted transfer from the point of failure, without losing data
A chart showing time to transfer one hour of HD content using Signiant versus using TCP.

Signiant UDP

Signiant’s patented acceleration technology is often casually (and somewhat incorrectly) referred to as “UDP acceleration“, and it does run over UDP. But Signiant’s innovation goes far beyond that passing resemblance to deliver high speed over UDP with TCP-like reliability. To make UDP more dependable, Signiant implements TCP functionality in a far more performant way by optimizing:

  • Flow control – makes sure data is transmitted at the optimal rate for the receiver
  • Congestion control – detects when the network is being overloaded and adapts accordingly
  • Reliability mechanisms – ensures that data loss due to congestion or other network factors is compensated for and that the order of the stream of data is maintained

Using constant measurements of effective throughput, network latency and packet loss, Signiant’s technology catalogues and analyzes the frequency of changes to locate points of network congestion. This approach affords far more efficiency than congestion control algorithms that react to simple point-in-time packet loss.

Checkpoint Restart Enhances Reliability and Speed

All Signiant software features Checkpoint Restart to ensure transfer success and timely content delivery. With Checkpoint Restart, any file transmission interrupted by a computer or Internet connection failure will automatically pick up where it left off when the system is back online. By continually saving the state of a running transfer and setting markers at intervals, the checkpoint restart feature ensures that any interrupted transfer resumes quickly and reliably, without any loss of data.

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Signiant's Next-Generation Intelligent Transport

Signiant’s patented intelligent transport (currently available in Jet and Flight Deck) leverages the power of machine learning to analyze anonymized historical data, plus the current network conditions and available compute resources, to select the best combination of transfer settings at a given moment. Every time the SDCX SaaS architecture accesses a media asset, information about the settings used, the operating environment, and the results achieved is collected by our SaaS service and used to inform future transfer decisions.

Signiant’s intelligent transport eliminates the need for time-consuming, error-prone manual configuration by evaluating network conditions, computing resources and storage types to identify the best choices for three primary settings: the transfer protocol, the number of parallel streams, and the use of pipelining. After analyzing a wide variety of inputs, the intelligent transport may choose to use Signiant UDP or standard TCP, and will determine the optimal number of parallel streams along with other settings to automatically adapt and optimize performance on any IP network.

Signiant’s fastest transport yet is capable of multiple Gbps speeds!

Read more about Signiant’s Intelligent Transport in our Metadata Everywhere series.

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