The Neurpac Platform enhances data transmission throughput from edge devices to the cloud by up to 4X. Using AI and machine learning, it automatically generates and deploys codewords as a more efficient representation of your data, achieving up to 75% bandwidth reduction.
An on‑premises, bidirectional compaction tunnel that runs entirely within your existing network infrastructure, with no external dependencies required.

Neurpac reduces data of any size, from tiny IoT messages to large files, using adaptive machine learning algorithms that continuously optimize compaction efficiency.
A bidirectional compaction tunnel that runs entirely within your existing network infrastructure, with no external dependencies.
Stream data in real time and remotely manage hundreds of sites from a single location, whatever transmission protocol you use.
All traffic is secured with robust encryption and data obfuscation, with native two‑way communication built into the tunnel.
Lightweight and simple to configure. The Neurpac Compaction Tunnel installs as easily as setting up a VPN tunnel on your network.
Significant bandwidth reduction makes data transmission more efficient.
Transmit data in real time for instantaneous decision‑making and enhanced operational efficiency.
Ultra‑fast encoding and decoding translate to four times more bandwidth for your applications.
Extends the usefulness of existing infrastructure and reduces congestion on contended networks such as SATCOM.
Machine learning automatically builds and deploys codewords at the edge, replacing data with a more efficient representation.
As easy as setting up a VPN tunnel. Ingest your data, evaluate Neurpac, and visualize bandwidth reduction and ROI in real time.
Neurpac enables seamless connectivity and enhanced operational efficiency across a variety of industries, from SCADA systems to satellite tracking.
Ideal for networks monitoring and reporting control systems in utilities, airports, railway, manufacturing, and more.
Reduces data sent to satellites and increases effective bandwidth by 2–4X with no additional hardware.