Automation and Integration Take Center Stage for AV Pros
InfoComm 2026 AV technology highlights a new wave of automation and integrated platforms that help AV integrators and venue operators design, deploy, and maintain complex systems with less manual work, more data-driven control, and higher visual and audio quality across projection, media playback, digital signage, and loudspeaker engineering workflows. On the show floor, projection mapping automation, media server SMPTE workflows, AI-first digital signage platform design, and end-to-end loudspeaker design software all point in the same direction: fewer disconnected tools and more synchronized, real-time systems. For integrators, the message is clear. Winning projects now depend on repeatable processes, fast recalibration after changes, and predictable performance over time. The most compelling InfoComm launches focus on aligning software intelligence with hardware capabilities so that once systems are installed, they can adapt quickly to content changes, touring productions, and long-term operational demands without constant on-site engineering.
Projection Mapping Automation Scales to Landmark Surfaces
Scalable Display Technologies used a custom 3D Mount Rushmore installation to highlight projection mapping automation at InfoComm, driven by its Atlas software platform. The system performs automatic geometric correction, edge blending, color matching, and image alignment across multiple projectors on complex shapes with minimal manual adjustment. During the demo, staff repeatedly disrupted projector alignment and then reran Atlas calibration to show how quickly a seamless image could be restored. According to Scalable Display Technologies, this approach shows how Atlas extends beyond simulation environments to handle automatic 3D projection-mapping applications on irregular architecture and large-scale installations. For integrators, the takeaway is practical: when façades move, rigs shift, or lenses are bumped, automated recalibration shortens downtime and reduces the need for on-site specialists, making large immersive projects more manageable as permanent or touring attractions.
Media Servers Meet Real-Time Tracking and SMPTE Workflows
AV Stumpfl’s PIXERA four GEN2 and GEN2 RS media servers underline how media server SMPTE workflows and real-time tracking are converging. The GEN2 series delivers higher processing headroom for large immersive shows, XR and AR broadcast environments, and multi-output installations. The rental-focused GEN2 RS variant ships as a pre-configured platform with 16TB of NVMe SSD storage, dual 25GbE and quad 1GbE networking, 12G-SDI I/O, framelock and genlock support, and a Dante Virtual Sound Card, giving rental companies a repeatable, cross-rental-ready setup that speeds staging. A key highlight is integration with the zactrack PRO real-time 3D object tracking system, which feeds tracking data directly into the PIXERA Effect Engine so content responds to performers or moving objects. For integrators and show designers, this pairing reduces programming time for dynamic shows and simplifies deployments that must align video, lighting, and motion in real time.
Qompose and the Rise of AI-First Digital Signage Platforms
Navori’s Qompose marks a shift from a traditional CMS to a unified digital signage platform built to manage mixed hardware fleets. Developed with teams from both Navori and Signagelive, it combines their stacks into a new architecture with a rebuilt backend, new player framework, and modern interface. The Universal Player replaces separate Web, Windows, and Android players with one engine, reducing fragmentation across networks that span multiple operating systems and device generations. This matters when screens change hands or vendors over time. Qompose is designed as an AI-first platform, allowing AI agents, automation tools, external data sources, and business systems to interact directly with the signage network. Enterprise users can integrate their own models or use embedded large language models, turning each screen deployment into a responsive, data-aware channel rather than a static playlist-driven endpoint.
SpeaD 2026 Pushes Loudspeaker Design Software into One Integrated Flow
Redrock Acoustics’ SpeaD 2026 is loudspeaker design software that consolidates driver subsystems into a single live project file, eliminating manual transfers between isolated tools. Built on .NET 8 with a modern WPF interface, SpeaD 2026 covers motor, voice coil, spider, cone assembly, and system response prediction in one environment, with every module reading and writing to the same shared parameters. Change voice coil geometry, soft parts, or motor design and Thiele-Small parameters update immediately. The voice coil module draws from a large embedded database of wire types and behaves as a solver: designers can specify any two of Re, winding height, and wire size and the software calculates the third. Interactive 3D views and exportable mechanical drawings help translate design intent to manufacturing. For integrators and OEM partners, this tighter workflow can shorten development cycles and lead to better-matched drivers for installed systems.
