Innovative Technology Maximizes Equipment Capabilities

Osmosis is a powerful software routing algorithm that creates an unlimited mesh network, with features that allow it to be self-healing, self-architecting, and maximize efficient data transfer between devices.  The application opportunities are many.

Today, through integration with OEM hardware, Osmosis enables the ability to capture, manage and bill for new SSIDs created when redistributing signal beyond the existing edge.

Osmosis-enabled end user devices are easily and rapidly-enabled in 3 easy self-directed steps simplifiying network setup, eliminating roll time expenses and associated costs.

New customer onboarding is accelerated by removing typical time, infrastructure and compatibility obstacles.

In addition, mesh created by Osmosis produces a secure, self-sustaining network superstructure that provides both on and off-grid capabilities.

Talk to us today about how Osmosis may enhance your communication hardware.

More Powerful Networks

Current infrastructure and data transfer is limited in its capacity, flexibility, resiliency and security. IP traffic is forced through a DNS structure that has data paths that are equivalent to “highways” that all lead up to servers like “round-a-bouts” and the further you go up, the more the traffic gets congested. Imagine being stuck in traffic on the highway and not being able to get off the highway and choose a different route that you know is clear. What if you didn’t have to be tethered to a road and could take whatever path was most efficient, fastest, safest, or the most cost effective? Welcome to Osmosis!

Osmosis^® is a patented complex software routing algorithm that produces an additional completely decentralized network to fuel the decentralized internet of Web 3.0 and support decentralized applications (dApps). This superstructure network functions even without internet access allowing use of voice, data, video and other content delivery bound only by the speed limitations of connected equipment even when no internet access exists. It is a self-architecting, self-healing, load-balancing and multi-spectral distribution of data and creates edge communications at each device layer, identifying the most efficient pathways to pass data eliminating bottlenecks, increasing speeds while secure and resilient.