3D HealthNet Backbone

slp3D and 3D HealthNet deliver reliable, best of breed internet broadcasting content to end-users around the Globe. We utilize the World's largest fault-tolerant network to deliver both live and on-demand internet broadcasting. This technology transfers the original content to thousands of edge servers located closest to end-users, resulting in a "lossless" content stream delivered from the edge of the internet every time.

For live events, the jerkiness created by packet loss is avoided by sending multiple copies of the same stream over different routes from an original entry point to the optimal streaming servers at the edge of the Internet. The copies are then combined to form one complete, original-quality stream, which is sent to end-users.

The strength of our streaming solutions insures:

1. Tremendous scalability supported by thousands of servers in data centers and points of presence on major Internet backbones, carriers, and service providers around the World.
   
   
2. Unparalleled reliability supported by a massive, fault-tolerant, load balanced network architecture capable of delivering hundreds of thousands of streams simultaneously.
   
   
3. Powerful performance resulting from edge technology which delivers content from locations closest to your end-users, reducing packet loss and latency which typically results from long distance delivery through a congested internet cloud.
   
   
4. Broad format and encoding rate support for QuickTime, Windows Media and Real Player. slp3D can deliver data rates as high as 350k for live events.
   
   
5. Comprehensive, customizable reporting that allows our clients to measure ROI with both real-time and historical analysis of viewer usage and behavior.
   
   
6. The convenience of an end-to-end turnkey solution for all of your live and on demand internet broadcasting needs.

With regard to security, our system adheres to the principles of minimum access and least privilege with regard to servers, in terms of both physical and electronic access. All logins to and communications between systems machines are done through strongly authenticated channels.

Additionally, all of the system machines run their own monitoring process that provides system-level monitoring for security events and anomalies. Systems administrators also monitor security alerts issued by security advisory groups making relevant security patches and "bug fixes" without delay.