DigitalTech Enterprise Automation

Industrial automation infrastructure for large-scale escape room networks, immersive spaces, and mega-locations.

Hardware protection and guest safety: Full galvanic isolation up to 300V on the main DT_USBv1 bus controller completely isolates the system from external electromagnetic interference and guarantees absolute safety for guests. All I/O lines on DT_ExtV2 modules are fortified with ultra-fast transient voltage suppressors (TVS) and ESD protection against static shocks from carpets in high-traffic locations.
Elimination of channel burnout: Complete elimination of mechanical relays, which are prone to contact sticking, entirely resolves the issue of board damage due to back EMF from magnetic locks. Every device is protected by an internal 30A main fuse.
Radio independence (No Wi-Fi): Complete independence from the congestion, delays, and failures of corporate or public Wi-Fi networks. The use of a fail-safe wired bus guarantees stable hardware operation across stadium-scale locations, immersive hotels, and major shopping malls.

Reduction of operational staff costs: An automatic initial setup system checks the baseline state of all rooms, scanning sensors and locks before the game starts. This completely eliminates human error, cleaning oversights, or actor mistakes. A pre-configured interactive hint system automatically delivers messages based on guest requests or timers in any language, reducing staff qualification requirements and enabling a single operator to manage multiple quests simultaneously.
100% Hardware reuse during renovation: When completely changing a theme or updating an escape room, you reuse the exact same DT_ExtV2 blocks, sensors, and wiring. To launch an entirely new game, technical staff only need to upload a different text-based script file, reducing modernization costs to a minimum.
Business continuity guarantee: We constantly maintain a non-reducible operational stock of up to 100 ready-made blocks in our warehouse for instant shipping, entirely eliminating the risks of prolonged room downtime.

Lighting special effects: Synchronous control of lighting brightness via 16-bit hardware PWM channels and direct control of addressable LED strips (WS2812B/WS2815) up to 680 pixels per line.
Multi-channel audio matrix: Distribution of independent audio streams across up to 16 external USB sound cards simultaneously. The system provides playback quality ranging from standard mono to spatial 6-channel 5.1 Surround Sound.
Scalable video system: Native integration of Raspberry Pi microcomputers (naming range from RP01 to RP99) over a shared serial bus allows broadcasting FullHD and 4K content simultaneously to up to 99 video screens and shared real-time game timers.

Absolute scenario freedom: The proprietary specialized procedural language and execution engine, DT_script, is completely free of rigid graphical templates or visual click-presets. The architecture supports unlimited algorithmic complexity, nested equations, and massive riddle scales.
Network stack: Built-in UDP and HTTP network protocols provide native high-speed data exchange with external software, VR/AR platforms, and neural AI models for dynamic gameplay analysis and adaptive hint generation.

End-to-end franchise network control: The global HTTP stack transmits precise technical telemetry, detailed game completion logs, and financial activity from all locations directly to your central server. This establishes complete operational control over the entire international network from a single hub.
AI performance analytics: All collected logs and telemetry data are accumulated for subsequent automated AI analysis of location performance and optimization of business metrics.

Beograd, Serbia