Mad Systems joins design teams at the earliest stages to define AV infrastructure, compute node placement, control system philosophy, accessibility pathways, and lifecycle architecture - before construction documents are issued.
Most AV problems in completed venues are traceable to infrastructure that was designed around assumptions - assumptions about what the venue would need, what the technology would be, and how the systems would be maintained. When those assumptions are wrong, the building cannot accommodate the correction without expensive intervention.
Mad Systems' AV++® infrastructure model is built on non-proprietary compute nodes rather than fixed-function proprietary hardware. This changes the infrastructure specification: nodes require standard IT-grade power, standard networking, and standard environmental conditions rather than specialized racks, dedicated cooling systems, or proprietary cabling runs. The infrastructure is simpler, more flexible, and more serviceable.
We work with architects and master planners to define the technology fit-out strategy - compute node placement, conduit routing, power and UPS strategy, network architecture, control room sizing, acoustic treatment zones, and accessibility pathways - so that the construction documents reflect what the venue actually needs rather than a generic placeholder.
These problems are not caused by poor execution. They are caused by decisions that were made - or not made - before the first drawing was issued. The infrastructure, compute architecture, accessibility model, and lifecycle plan must be part of the design conversation, not corrections added at the end of it.
Our engagement at early design stages produces a technology infrastructure brief: compute node placement strategy, network topology requirements, conduit and power schedules, control system philosophy, acoustic zone definition, and accessibility infrastructure requirements. This document is designed to integrate directly with the architect's CD package.
We are fluent in the language of design documentation. We do not arrive at the end of schematic design with a requirements list. We arrive during programming with a set of options, constraints, and recommendations that allow the design to proceed on solid technical ground.
Mad Systems also participates in design review, value engineering discussions, and coordination with MEP engineers on power, HVAC, and network infrastructure. Our published architecture - available in two #1 Amazon bestselling reference works - provides a common vocabulary for cross-discipline coordination.
Every technology listed below is production-ready, deployed in real venues, and covered by Mad Systems' patent portfolio. These are not concepts or roadmap features.
Mad Systems has designed, engineered, and delivered AV++® infrastructure across museums, visitor centers, theme parks, civic facilities, science centers, and destination-scale venues.
Mad Systems produces technology infrastructure briefs that integrate with your construction document package. The earlier the conversation, the better the fit.
These are the technologies architects and planners need to understand at schematic design - the ones that require conduit, power, cooling, and access decisions before construction documents are issued.
The most effective conversations happen at programming and schematic design - before conduit routes are fixed, before control room sizes are committed, before assumptions harden into construction documents. Mad Systems publishes its infrastructure architecture in two reference works available from any technical library. Our Wonderland demonstration facility is available for project team visits. We welcome early-stage conversations with no obligation.