The AI Engineering Platform for Professional AV Design
Design once. Engineer once. Draw everywhere.
From scope to punch list — DEPilot covers the full AV engineering lifecycle with purpose-built modules that share a single engineering database.
Define project scope, equipment lists, signal flow, room configurations, and reusable system templates. The single source of truth for every project.
Auto-generate rack elevations, patch panels, signal flow diagrams, floor plans, and ceiling plans directly from the engineering database.
Real-time validation of port counts, cable runs, power budgets, heat loads, DSP routing, and network topology against configurable standards.
Centralized equipment database, preferred manufacturers, custom symbols, drawing templates, and client-specific standards — all version-controlled.
Redlines, site photos, punch lists, commissioning checklists, and final as-built generation — all tied back to the live engineering model.
Auto-generate Basis of Design narratives, Bill of Materials, equipment schedules, wiring schedules, and submittal packages from live data.
An AI co-engineer with 20 years of AV knowledge — fluent in AVIXA standards, all major manufacturer ecosystems, and real-world system design trade-offs.
Ready to engineer smarter?
Start your first project in minutes. No training required — DEPilot speaks fluent AV.
Traditional AV tools make you draw first, then manage the chaos. DEPilot builds the engineering model first — every drawing is just a view into that model. Change one connection. Every affected drawing updates automatically.
Rack drawings, signal flows, floor plans — all generated from the same engineering data. No manual syncing.
Port count mismatches, power overloads, DSP routing errors — caught automatically as you design, not at 2am before bid day.
BOD narratives, BOM, wiring schedules — always current because they pull from the live engineering model, never from stale spreadsheets.
DEPilot ships with a pre-built equipment library covering the manufacturers your projects actually use — with real port counts, power specs, and DSP models.