Fast (Very fast!)
Up to 15x faster data transfer!
Cheap
Progressive pricing starts at just AUD$0.02/GB
Cross-platform
Supported wherever TCP/IP is used (i.e., everywhere).
Easy to deploy
No hardware or end-user training needed.
Secure
Supports all security protocols.
Energy Efficient
Uses around 50% less CPU during data transfer and lowers transfer time.
How It Works
Standard TCP/IP uses linear data transfer through
a single port, making it vulnerable to packet loss.
to gain its edge over TCP/IP, FASP and UDP.
![analysis image](assets/images/product-analysis.png)
The volume of data created and consumed continues to grow exponwntially
![product milestorne image](assets/images/product-milestone-image.png)
Source:Statista, June 2021
Higher Video Resolution
Performance gains most significant over
low bandwidth.
Reduced Jitter And Buffering
Removes costly user pain points.
Lossless Compression
Enables 20% less storage and data transfer
requirements – and 20% less cost
Energy Efficient
End user devices will use around 50% less
CPU while streaming..
Cross-Platform
Compatible with all video players, codecs and
Digital Rights Management technologie
Easy Roll-out
Can be implemented via a software or
website update.
Independent Testing Shows Lossless File Compression Of Around 20%
File only need to be compressed once for all future streams to obtain the benefit of being
20% smaller. This means 20% cheaper storage and distribution costs
ABR File Size Comparison (Uncompressed vs Compressed)
![analysis image](assets/images/analysis-image.png)
Simple Implementation Roadmap
Netpump Video can be rolled out easily and quickly
by Streaming Video Providers with immediate cost saving benefits.
![rodmap image](assets/images/rodmap-image.png)
STEP 1
Netpump video encodes the original
file by splitting it into smaller segments
which optimises it for accelerated delivery.
STEP 2
During this one-time encoding process,
lossless compression may also be
applied to shrink the file by 20%. No
other changes to current infrastructure
or workflows are required
STEP 3
A software or web update enables
client devices to reassemble data
segments through an automated
decode process. This delivers the
actual source file with no impact to integrity
STEP 4
Client device monitors network conditions
to determine optimal encode delivery rate.
Device buffers entirely from cache to
deliver full quality, reliable video streaming
without any buffering or jittering.