akillisehircilik.com — Turkey's smart city reference

Traffic & Mobility

Real-time traffic density, adaptive signalization, transit flow, and demand-responsive routing.

Sub-components:

• Adaptive signals (SCOOT/SCATS)
• ANPR / license plate cameras
• Bluetooth & WiFi travel-time sensors
• Transit AVL — real-time vehicle location
• MaaS platforms
• Pedestrian & cycling counters

Where Turkey stands: İBB, ABB, İzBB have core AVL and adaptive signals. MaaS and DRT are still piloted.

Verigo's role: Mobile-mapping road inventory, intersection scanning, and simulation-ready data production for transport master plans. More: GIS-based decision support systems

Air Quality

PM2.5, PM10, NO₂, O₃, SO₂, CO from reference stations, densified by a low-cost sensor grid at neighborhood resolution.

Sub-components:

• Reference stations (EPA/EEA compliant)
• Low-cost sensor grid (PurpleAir class)
• Satellite column data (Sentinel-5P TROPOMI)
• Meteorology — dispersion model
• Public alert API

Where Turkey stands: The Ministry of Environment operates 347 national stations. Municipal densification and public visualization lag.

Verigo's role: Wind-corridor and topographic analysis for air-monitoring station siting. More: 3D Air Quality Project

Smart Lighting

LED conversion, motion-dimming, astronomical calendar, centralized CMS control and fault telemetry.

Sub-components:

• NEMA 7-pin socket + NB-IoT node
• TALQ-compliant CMS
• Astro-clock + adaptive dim profiles
• Fault-ticket loop

Where Turkey stands: Most metros completed LED conversion; centralized management (CMS) still rolling out.

Verigo's role: Mobile LiDAR pole inventory and spatial database integration. More: Lighting inventory & GIS integration

Waste Management

Ultrasonic fill sensors, dynamic collection routing, recycling segregation, landfill-gas monitoring.

Sub-components:

• Fill sensor + GPS-tagged bin
• Route optimization (VRP)
• PAYT — pay-as-you-throw
• Landfill methane capture

Where Turkey stands: Sensor bins exist as scattered pilots. Source separation and PAYT still rare.

Verigo's role: Container siting optimization and collection network analysis. More: GIS-based network and route analysis

Water & Utilities

SCADA, district metered areas (DMA), acoustic leak detection, smart meters — full network digital twin.

Sub-components:

• SCADA (pump, pressure, chlorine)
• DMA — district metered areas
• Acoustic / correlator leak detection
• Smart meter (AMR/AMI)
• EPANET hydraulic model

Where Turkey stands: SCADA is widespread in metros. DMA and acoustic detection scaling; AMI still limited.

Verigo's role: Network cadastre, DMA boundaries and EPANET model GIS integration. More: Flood risk maps and water management

Energy Consumption

Building-level consumption monitoring, grid balancing, rooftop PV, energy performance certificates.

Sub-components:

• Smart electricity meter
• DER — distributed energy resources
• ADMS — distribution management
• Building Energy Certificate

Where Turkey stands: EPDK leads smart-meter rollout. ADMS / DER integration partial across DSOs.

Verigo's role: Solar / shade analysis for PV siting; transmission corridor engineering. More: LiDAR corridor and site analysis

Public Safety

CCTV network, video analytics, incident heatmaps, 112/155 call integration, C4I command-and-control.

Sub-components:

• CCTV + ANPR
• Video analytics (crowd, weapon, fall)
• CompStat-style incident mapping
• Disaster early warning

Where Turkey stands: CCTV widespread. Analytics & C4I in select metros; ethics/privacy frameworks lacking.

Verigo's role: Viewshed analysis for camera siting and disaster evacuation-route modeling. More: Viewshed analysis with surface models

Digital Services

e-Government integration, 189 service items, identity, payments, open data portal and civic engagement.

Sub-components:

• e-Government gateway integration
• E-signature + mobile signature
• GovTech API gateway
• Open data portal (CKAN)
• Participatory budgeting platform

Where Turkey stands: TR e-Gov is a world leader. Municipal open data & participation platforms maturing.

Verigo's role: Municipal GIS portal and City Information System (KBS) deployment. More: 3D city models and urban information systems

Green Space & Climate

Park inventory, individual tree cadastre (i-Tree), urban heat-island maps, SUDS stormwater infrastructure.

Sub-components:

• Tree cadastre (i-Tree Eco)
• LST — surface temperature (Landsat / Sentinel)
• NDVI vegetation index
• SUDS — sustainable drainage

Where Turkey stands: Tree cadastres starting in a few districts. Heat islands and SUDS not yet in master plans.

Verigo's role: Aerial & satellite vegetation inventory, heat-island mapping, flood-risk modeling. More: Protected areas and environmental mapping

3D Digital Twin

Aerial LiDAR + photogrammetry + BIM + GIS integrated. CityGML/3D Tiles, simulation-ready.

Sub-components:

• Aerial LiDAR (≥20 pt/m²)
• Oblique photogrammetry
• BIM integration (IFC)
• CityGML LoD 1–3
• 3D Tiles streaming (Cesium)
• Real-time IoT connector

Where Turkey stands: No full city twin in Turkey; partial deployments (İBB 3D, Eskişehir). Verigo is a domestic pioneer.

Verigo's role: One of Turkey's largest aerial LiDAR fleets. End-to-end city twin: acquisition, processing, streaming. More: What is a digital twin? A guide for municipalities

Singapore, Singapore (2014)

Program: Smart Nation · Impact: +15% transit efficiency

Focus: National digital identity · IoT backbone · Virtual Singapore digital twin

Smart Nation is a national program coordinated under a single ministry (Smart Nation and Digital Government Office). It includes Singpass SSO, a whole-island 3D digital twin (Virtual Singapore), a nationwide sensor platform, and MaaS-led transport reform.

Lessons for Turkey: Single-roof institutional model. Open APIs plus digital twin. Citizen identity at the core.

Barcelona, Spain (2012)

Program: City OS + Decidim · Impact: €42.5M/yr savings

Focus: IoT grid · citizen data sovereignty · open-source-first policy

Barcelona released its IoT stack (Sentilo) as open source. DECODE gives citizens technical control of their data. The Decidim participation platform is used by 400+ cities.

Lessons for Turkey: Open-source insistence avoids vendor lock-in. Data sovereignty shows privacy-first smart city is feasible.

Copenhagen, Denmark (2014)

Program: Connecting Copenhagen · Impact: Carbon-neutral target 2025

Focus: Air quality · cycling network · district heating

Copenhagen declared the goal to be the first carbon-neutral capital in 2012. Cycling infrastructure (400+ km), district heating (98% of homes), and harbor wind/PV form three pillars.

Lessons for Turkey: Long-term climate commitment + open data + sector partnership. Relevant for Ankara (district heating).

Helsinki, Finland (2017)

Program: Helsinki 3D+ · Impact: 100 km² digital twin

Focus: Open data · twin leadership · energy simulation

Helsinki released a city-wide CityGML LoD 2 twin under open license. Used productively for energy simulation, noise maps, solar analysis.

Lessons for Turkey: The twin is infrastructure, not demo. Open license + actual use-cases — directly relevant to Verigo's model.

Seoul, South Korea (2015)

Program: Smart Seoul 2030 · Impact: 50K IoT sensors

Focus: Smart bus · flood early-warning · Metaverse Seoul

Roadmap built on four pillars: Big-data, Network, IoT, AI. The Owl Bus night routes (big-data-designed) are an early example.

Lessons for Turkey: Data → service agility. Public 3D access strengthens participation.

Amsterdam, Netherlands (2009)

Program: Amsterdam Smart City · Impact: 170+ projects

Focus: Circular economy · open innovation · living lab

Non-profit platform: city + private + academia partnership; projects via open calls. Circular economy and living-lab are deliberate focuses.

Lessons for Turkey: Public-private partnership distributes cost and speeds innovation.

London, United Kingdom (2013)

Program: Smarter London Together · Impact: £9.7B economic impact

Focus: Open data · ULEZ emissions · MaaS integration

Under the Greater London Authority, London built Smarter London Together plus London DataStore, making public data the backbone of smart-city policy. Ultra Low Emission Zone (ULEZ), LoRaWAN city sensing, TfL real-time APIs — a single-roof operational smart-city ecosystem.

Lessons for Turkey: Open data + operational policy create compounding value. Enforcement zones enable measure-act-repeat loops.

Tokyo, Japan (2019)

Program: Smart Tokyo (TOKYO Data Highway) · Impact: 100% 5G mesh coverage

Focus: Disaster resilience · digital twin · Society 5.0

Tokyo Metropolitan Government's Smart Tokyo operationalizes Japan's Society 5.0 vision at city scale. A 3D digital twin covering all 23 wards, a 5G Data Highway, earthquake early-warning plus building evacuation simulation, flood modeling — all on one integrated platform.

Lessons for Turkey: A digital twin can be a national policy instrument. Disaster-centric motivation accelerates adoption.

Vienna, Austria (2014)

Program: Smart City Wien Framework · Impact: #1 livability (Mercer 10 yrs)

Focus: District heating · public transit · social housing

Vienna's approach is not tech-first — livability-first. The world's largest district heating network, a €365/year transit pass (€1/day), 220,000 social housing units, 2040 climate-neutral target. Every decision maps to livability KPIs.

Lessons for Turkey: Goal is not tech — it's measurable livability. Social infrastructure gives digital infrastructure its meaning.

Dubai, UAE (2014)

Program: Smart Dubai / Dubai 10X · Impact: AED 5.5B savings · paperless

Focus: Paperless government · AI · blockchain

Smart Dubai started with an emirate decree: paperless government in 10 years. DubaiNow delivers 100+ services via a single app; municipal transactions on blockchain. The Dubai 10X initiative targets "10 years ahead" policies — self-driving taxis, Hyperloop feasibility, Mars simulation projects.

Lessons for Turkey: Decree-driven programs move fast but risk sustainability when citizen participation is thin.

Stockholm, Sweden (2017)

Program: GrowSmarter / Stockholm Smart City · Impact: CO₂ −55% (2019 baseline)

Focus: Climate positive · fiber backbone · zero-carbon mobility

Stockholm has the world's densest open fiber network thanks to the municipally owned Stokab (since 1994). The EU Horizon 2020 GrowSmarter project scaled energy, mobility and infrastructure pilots. With a 2040 fossil-free goal, it unifies electric boats, biogas buses and green buildings into a single system.

Lessons for Turkey: Public-owned infrastructure prevents monopoly lock-in. EU funding is a strong catalyst for scaled pilots.

Zurich, Switzerland (2018)

Program: Smart City Zürich Strategy · Impact: 83% transit satisfaction

Focus: Data ethics · participatory budget · zero-waste pilots

Zurich is a rare smart city that binds initiatives to explicit ethics. An 11-point public data-ethics manifesto, mandatory AI transparency reporting, and participatory budgeting where 5M CHF/yr goes to direct citizen votes — transparency is as much a KPI as performance.

Lessons for Turkey: Ethics frameworks must be designed with technology, not bolted on after.