Visionary Solutions will introduce the nexAV We-Cosystem at InfoComm 2026, expanding its AV-over-IP strategy into a broader software-based platform for audio, video and control.
The platform is designed for converged AV and IT environments, combining AV-over-IP routing and switching with DSP processing, room and enterprise control, device discovery, workflow orchestration and user-interface development.
Visionary is positioning nexAV for applications including hospitality, conferencing and enterprise-wide AV deployments, with a focus on reducing unnecessary system complexity and supporting mixed technology environments.
Scott Freshman, chief operating officer at Visionary, said: “At some point, parts of the AV industry began confusing complexity with capability. Our philosophy has always been that technology should reduce friction and make systems easier to deploy, manage, and operate.”
At the centre of the platform is Visionary’s Flex Architecture DSP framework and integrated Audio Engine. The system uses template-based DSP workflows to simplify deployment, while native Dante and AES67 support enables integration with networked audio systems across individual rooms or larger estates.
The DSP platform originated from a multi-year collaboration with industry figure Dane Butcher, following his work on browser-based DSP architecture for software-defined audio systems. Visionary later acquired the technology and integrated it into nexAV.
The platform also introduces a control environment built on Node-RED, the open-source flow-based framework used for automation and enterprise integration. Visionary said this approach is intended to support connections between AV systems, cloud platforms, building systems, analytics tools, AI-assisted workflows and wider enterprise technologies.
Rather than operating only as a room-control system, nexAV is designed to coordinate automation, monitoring and data exchange across connected technology environments.
Visionary will demonstrate the nexAV We-Cosystem at InfoComm 2026, highlighting DSP flexibility, AV-over-IP integration and software-driven control workflows.