Engineered for European municipalities, utilities, and infrastructure operators. Transform public lighting into a self-optimizing, telemetry-rich smart city backbone with hardware-agnostic DALI-2 & Zhaga-D4i control, predictive maintenance, and real-time GIS dispatch.
A 4-tier European open-standard architecture separating physical assets from intelligent cloud intelligence.
Autonomous reasoning agents, predictive degradation models, carbon footprint accounting, and open REST/MQTT municipal integrations.
Interactive spatial digital twin with sub-meter pole positioning, multi-tenant RBAC, astronomical solar curve scheduling, and zone group control.
Resilient municipal communications via Cellular (NB-IoT/LTE-M) and LoRaWAN Class C mesh with localized offline fallback logic.
Direct luminaire connectivity via Zhaga Book 18 or 7-pin ANSI C136.41 NEMA receptacles communicating over bi-directional DALI-2 & D4i buses.
Designed for municipal engineering control rooms and utility operators. Consolidate lighting meshes, feeder substations, and predictive work-orders onto ergonomic multi-display operations.
Traditional smart lighting relies on static astronomical schedules. SLAP AI analyzes continuous telemetry streams to automate municipal decisions in real time.
Municipal operators converse naturally with the system. Query circuit anomalies, forecast peak demand, or command district overrides in plain English or Bosnian.
By monitoring thermal cycles, power factors, and driver impedance (DALI Part 253), our models detect impending failures up to 60 days before dark outages occur.
Automatically increases lighting levels during localized fog or traffic surges, and smoothly dims down to curfew modes during deserted midnight hours.
Eliminates manual citizen complaint logs. Issues maintenance tickets with exact GIS coordinates, component SKU numbers, and required ladder truck height.
Full compliance with European lighting norm EN 13201. Control individual light points or thousand-fixture groups with zero latency.
| Applicable European standard | EN 13201-1 to EN 13201-5 (road lighting classes M1-M6, P1-P6) |
| Dimming resolution | 0.1% steps via DALI-2 8-bit logarithmic curve (IEC 62386) |
| Astronomical tracking precision | ±1 second geographical solar ephemeris with lux photocell blend |
| Driver protocol | DALI-2 / D4i (parts 250, 251, 252, 253) / 1-10V analog backup |
| Energy measurement accuracy | Class 1 (±1% true RMS active energy consumption metering) |
| Network failure failsafe | Autonomous on-device astronomical schedule & ambient sensor fallback |
Evaluate the financial and environmental impact of deploying SLAP AI across your municipal luminaire network.
Deploy SLAP AI software on your existing lighting stock or utilize standard open-specification European controllers.
Compact luminaire-top controller for modern LED fixtures. Features twist-lock toolless installation, integrated ambient optical sensor, 3-axis tilt accelerometer, and multi-band NB-IoT / LoRaWAN communications.
Column-mounted multimodal sensor pod for street lighting infrastructure. Combines micro-radar traffic and pedestrian velocity tracking, hyper-local air quality (PM2.5, PM10, NO2), and ambient acoustic monitoring over DALI-2 bus.
DIN-rail industrial telemetry unit for power distribution cabinets. Provides Class 1 three-phase energy metering, circuit-breaker tripping detection, contactor control, and tamper alarms.
Because lighting poles are continuously powered and evenly distributed across every street, they form the ideal nervous system for broad smart city scalability.
Hyper-local PM2.5, PM10, NO2, and noise sensors mounted directly on Zhaga receptacles feed into municipal health platforms.
Integrated optical and radar sensors analyze multimodal vehicle and pedestrian volumes without recording private camera footage.
Luminaires flash dynamic directional pulses or boost illumination ahead of approaching fire, ambulance, and police units.
Coordinate curbside AC EV charging points utilizing street lighting feeder infrastructure with intelligent load balancing.
SLAP GROUP d.o.o. is an engineering and technology company based in Tuzla, Bosnia and Herzegovina. With deep expertise spanning electrical infrastructure, automation, and software engineering, we are building SLAP AI SMART CITY to solve the operational inefficiencies of modern municipal management.
Our core conviction is that smart city infrastructure must be open, resilient, and software-first. Municipalities must never be trapped in proprietary hardware ecosystems. By establishing standard DALI-2, Zhaga, and TALQ compatibility, we give cities long-term sovereignty over their capital assets.
SLAP AI SMART CITY is currently in active architecture and pilot development. We are not claiming phantom installations or fictitious citywide deployments. Instead, we are actively partnering with select municipal authorities, public utilities, and infrastructure contractors across Southeastern and Central Europe to co-validate pilot implementations.
Connect with our engineering team to review your municipality's lighting topology, energy audit requirements, or pilot feasibility.
Thank you. Your engineering consultation request has been received by SLAP GROUP d.o.o. in Tuzla. An infrastructure specialist will review your luminaire network specifications and contact you within 2 business days.
