Information superiority is now critical to National Security. Across the Defense, Intelligence, and Homeland Security communities, the push is on to ensure that information superiority via transformation to an all-digital, network-centric global information infrastructure. The strategic mandate is clear: guarantee that the right information is in the right place – by the right time.

But that is easier said than done – especially with ever-larger digital assets having to transit global networks characterized by large – and growing – disparities in bandwidth, latency, and reliability between the core and the remote edge.

For example, as the LAN at major sites is upgraded over time from 10BaseT to 100BaseT to Gigabit Ethernet, the connecting links for many remote sites, mobile units, and individuals at the “edge” may be only transitioning from 56K to 256K to T1. This growing “Digital Divide” introduces significant friction in the processes to distribute mission-critical digital assets, creating a costly chain of inefficiencies:

· Long wait times and failed deliveries
· Babysitting of critical transfers
· Pressure keep adding bandwidth
· Continued reliance on costly (and slow) physical media processes
· Ongoing investment in customized, non-COTS workarounds
· Lives and National Security put at risk

As the volume of data continues to grow exponentially, these problems will only get worse.

In partnership with leading defense contractors, Radiance helps the National Security communities overcome this growing Digital Divide with the industry’s first enterprise-class COTS software solution for Managed Delivery. The TrueDelivery System enables guaranteed, efficient, secure delivery of mission-critical digital assets across highly non-uniform global IP networks.

Powered by a unique set of patent-pending “digital logistics” algorithms, the TrueDelivery System constitutes a critical missing piece of the National Security information infrastructure. The system reliably delivers single- or multi-file “digital packages” of any size and format on a request, send, or subscription model. The system’s TCP-based approach uses http or https and is "polite" on the network -- particularly important when delivering large datasets across networks you don't control (whether military networks or the public Internet). This network-politeness is combined with the ability to accelerate file transfers over connections that suffer from high-latency, packet loss, or service interruptions. Under such conditions, the system is up to 30 times faster than FTP.