Vrayo Systems

Connected Mobility experience powered by SD-WAN technology for the autonomous cars teleoperation, UAV telemetry and more

Vrayo's technology was first deployed yet 2013 under Incarnet brand which operated as a service company. Incarnet was focused on providing Internet connectivity for commercial vehicles, personal cars and mobile offices by combining (bonding) up to 7 independent communication channels optimised for the maximum throughput and best possible latency. However, the market was limited to clients willing to be locked into subscription bundle needed to offset equipment and installation costs. In early 2017 we decided to pivot and to focus on pure software solution deployable across a broad range of equipment. Today VtrunkD by Vrayo Systems is the first bonding multichannel VPN software for Linux that runs on virtually any hardware starting from $5 Raspberry Pi Zero and can be shipped via Docker container. Easy to set up bonding tunnel, compatible with any encapsulated protocol combines an unlimited number of network adapters into single channel delivering fully-redundant networking experience optimised for both speed and latency. On the server side, we support true zero-configuration. We employ complex mathematical analysis model to manage, simulate and measure network's 'feedback loop'. Thanks to the original heuristic evaluation we deliver absolutely best results over a wide range of deployment scenarios, medium types and network conditions. The team is working on enhancing VtrunkD heuristic capabilities with machine learning to guarantee the ever-improving performance of Vrayo's solutions. Nowadays Vrayo Systems' technology is available as both open-source and commercially-licensed software or the heuristics plugins. We believe in delivering an SD-WAN experience for the connected cars, live streaming, public transport, mass events and mobile office connectivity, UAV telemetry, wireless bridge and more to come. Our next step is evolving VtrunkD into Edge Computing platform enabling next-generation Software Defined Datacentres.