Smart City & Municipal
Integrated solutions that unite the entire municipal operation — from citizen request to field response — on one data model, one panel, and one permission structure. Call center, IoT field infrastructure, maintenance management, and cultural-heritage technology work in the same ecosystem.
- 1 data model, citizen to field
- 0 electricity-bill lighting
- 12 optional pole modules
- Minutes, not days
Streetlight outage — Sector 7
AI-categorized · assigned to field crew · dispatched
Why the Smart Municipality Platform
One ecosystem, citizen to field
Zeplin Desk, Solent IoT field infrastructure, Kirpi AI CMMS, and KBIS run on the same data model and permission structure.
AI at the front desk
Calls are received with AI support, categorized, and auto-assigned to the right business unit before a coordinator ever touches them.
Assets that report in
Municipal assets are maintained by tag, P&ID, and work order — not by complaint call.
Days become minutes
The request–decision–intervention cycle is measured in minutes, on a single panel.
Smart Municipality Platform
A single ecosystem from citizen to field.
Five integrated technologies under one roof — from AI call reception to request categorization, from unit assignment to the field fix. Zeplin Desk receives and routes every request; Solent's IoT field infrastructure — smart lighting poles, sensors, and UAV detection — sees what is happening on the ground; Kirpi AI CMMS maintains municipal assets by tag, P&ID, and work order; KBIS carries tourism and cultural-heritage services on the same backbone. Because every component shares one data model and one permission structure, the request–decision–intervention cycle is cut to minutes.
- AI-supported call reception, request categorization, and automatic assignment
- Field detection with smart lighting poles, sensors, and UAVs
- Tag, P&ID, and work-order-based municipal asset maintenance
- Every component on the same data model and permission structure
- Request–decision–intervention cycle shortened to minutes
Autonomous Smart City Lighting
One pole, an entire smart-city infrastructure.
Street lighting can consume more than 40% of a municipal budget. Solent's autonomous poles generate their own energy from sun — and wind, in the hybrid model — store it on board, and run fully off-grid: zero cabling, zero trenching, zero electricity bill. Each pole installs wirelessly in under 2 days and is managed remotely over IoT: brightness, schedules, and firmware update over the air, and faults raise an alarm and a work order before any citizen complains. Camera and sensor integration closes the city's blind spots from the same pole.
- Solar + wind hybrid energy; grid-independent (off-grid) operation — 0 electricity bill
- Motion-adaptive dimming (full brightness on movement, 20% when idle) adds up to 40% more savings on top of 60–80% baseline energy savings
- Zero cabling; commissioning in under 2 days; ~70% less maintenance than conventional lighting
- IoT remote monitoring and management: live generation/consumption/battery per pole, OTA updates, automatic fault diagnosis
- Camera and sensor integration closes urban blind spots
12 optional smart-city modules
Every pole is a mounting point — add only the modules a site actually needs.
- M-01
SOS / Emergency Call
Direct line to 112 and the city security center; triggers the nearest camera; two-way audio; IP65-rated.
- M-02
IP Camera & Night Vision
Motion-triggered HD recording, 2–8 MP / 4K, 30 m IR night vision; optional face/vehicle recognition with GDPR/KVKK-compliant masking; MOBESE integration.
- M-03
Acoustic AI Analysis
Edge AI detects 10+ event classes (scream, breaking glass, gunshot, fight, crash), triggers the camera, and localizes the sound's direction.
- M-05
Biometric Face Recognition
Edge-AI verified access for critical sites: 0.3 s recognition, 3D anti-spoofing liveness, emergency release via fire panel; KVKK-compliant.
- M-06
RFID/NFC/QR Smart Access
Card, BLE beacon, NFC, and QR in one module; multiple time plans; staff and visitor management; fire-system integration.
- M-07
HR / Visitor Tracking
Appointment-based visitor flow, card reading, BLE/WiFi/RFID positioning, evacuation head-count, electronic consent.
- M-08
UVS Under-Vehicle Scanning
Dual high-resolution cameras detect hidden, dangerous, or foreign objects; plate-based archive; suited to ports, airports, and military sites.
- M-09
Air Quality
Measures 6 parameters (PM2.5, PM10, CO₂, TVOC, temperature, humidity); neighborhood heat maps, threshold-based SMS/push alerts, Open Data API.
- M-10
Public WiFi / Mesh
Free WiFi in parks; WiFi 6 + mesh, branded splash page, session and bandwidth management.
- M-11
Location / Beacon Info Panel
GPS + WiFi + BLE beacons push contextual event, campaign, and emergency notices; multilingual tourist mode; density heat maps.
- M-12
SCADA / Metering
Remote water/electricity/gas meter reading and wastewater SCADA; well/reservoir level monitoring; loss detection; HTML5 operator panel; 25% cheaper than classic SCADA.
Two models, one platform
Energy source
- Model 01 — City
- 100% solar (optional VAWT)
- Model 02 — Hybrid
- Solar + wind (VAWT)
Generation
- Model 01 — City
- Daytime-focused
- Model 02 — Hybrid
- 24/7 (day + night)
Output uplift
- Model 01 — City
- Baseline
- Model 02 — Hybrid
- +55% vs single source
Generation window
- Model 01 — City
- Standard
- Model 02 — Hybrid
- 4×
Installation
- Model 01 — City
- Wireless, 2 days
- Model 02 — Hybrid
- Wireless
Typical sites
- Model 01 — City
- Parks, squares, waterfronts, car parks
- Model 02 — Hybrid
- OSB/industry, ports, airports, critical sites, border/checkpoints
Communications protocols
NFC
- Use
- Near-field interaction & service
BLE
- Use
- Service link + beacon
Wi-Fi
- Use
- Hotspot / management
LoRa / LoRaWAN
- Use
- Low-power long-range telemetry
LTE / 4.5G
- Use
- Cellular broadband
RFID
- Use
- Card/tag identification
Pilot process
- 01
Site analysis
1–2 weeks, free feasibility study.
- 02
Pilot installation
2–4 weeks, 10–30 poles, team training.
- 03
Performance report
90 days of live data.
- 04
Scale-up
City-wide rollout on proven numbers.
QR Building ID & Smart Meter Reading
Every building tells you what it is — and what it consumes.
A QR plate on the facade gives municipalities and utility operators instant access to a building's identity, permit, and safety records; in an emergency, responders reach floor plans and evacuation routes in seconds. On the metering side, water meters are read automatically and without error, leaks and overuse are caught early, and consumption data feeds transparent billing — all integrated with existing municipal databases.
- Instant QR access to building identity, permit, and safety records
- Rapid access to floor plans and evacuation routes in emergencies
- Error-free automatic meter reading; early detection of leaks and overuse
- Integration with existing municipal databases
Who it serves
- Municipalities (parks, boulevards, squares, pedestrian zones)
- Utility & infrastructure operators
- Industrial zones (OSB) and logistics yards
- Port, airport & critical-site operators
Lighting figures
Electricity bill (off-grid)
Energy savings
Per-pole installation
Less maintenance
