Sustainable Development Goals
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Sustainable Development Goals
PROJECT
MO.SG1.I1.P1
Public Transportation Control and Management Center Software (Completed)
The software provides visual reporting of public transportation vehicles, 24/7 location and speed information, accident and emergency information and route control
- Clarification of the organization's message about its regulatory role in the sector
- Tradesmen and drivers can work with the application of their choice freedom of movement
- Controlling all applications with Electronic Transportation Management License, with the role of data provider, anonymized data receiver
- Reliability for all taxi passengers with Taximeter Integration audit possibility
- Instant navigation support for the driver with the system tablet
- Ability to respond to electronic payment requests
- Improving the quality of service in taxis will improve the standards of driving profession
Smart Mobility
PROJECT
MO.SG1.I1.P2
Istanbul Transportation Management Control Center (ITMCC)
Establishment of a monitoring, planning, coordination, integration and managemen center that will bring together applications and systems under a single roof where all inputs will be analyzed and results communicated to relevant parties
- Increasing coordination and integration in public transportation
- Enabling traffic management
- Ensuring the most efficient use of transportation resources
- Ensuring continuous improvement in transportation
- Facilitating transportation inspections
Smart Mobility
PROJECT
MO.SG1.I2.P1
Dynamic Passenger Guidance in Public Transportation (Completed)
Establishment of smart systems that will measure the congestion of subways, metro buses and buses and report it to the center and guide passengers between wagons/vehicles by the center via screen and mobile application
- Increasing citizen satisfaction
- Increasing capacity utilization in public transportation vehicles
- Increasing efficiency through the line, trip and route optimization
- Increasing comfort in public transportation
- Supporting the use of public transport
Smart Mobility
PROJECT
MO.SG1.I2.P2
Real Time Driver Analysis in Public Transport (Completed)
Implementation of systems that will analyze public transport vehicle drivers' improper driving (speed, acceleration, unstable user behavior, etc.) and other similar behaviors (sleepiness, mobile phone use, abnormalities, etc.) in real time and take action accordingly
- Real-time detection of dangerous driver behavior
- Contributing to the reduction of potential accidents and other incidents
- Providing a safer and more comfortable travel experience
- Supporting the use of public transport
- Positive contribution to traffic order
Smart Mobility
PROJECT
MO.SG1.I2.P3
Dynamic Asset Planning in Public Transportation (Completed)
Development of systems to monitor vehicle position and passenger congestion in real time, to redirect vehicles from less congested areas or lines to congested lines and to provide congestion information to passengers
- Improving passenger comfort
- Increasing passenger information
- Reducing waiting times in public transportation
- Ensuring more efficient use of public transportation means
- Supporting the use of public transport
Smart Mobility
PROJECT
MO.SG1.I2.P2.1
Real-Time Driver Analyses on IETT Vehicles (Completed)
Implementing the system that analyze the real-time driving behaviors of IETT vehicle drivers, such as violations of traffic rules (speeding, acceleration, unstable usage behaviors, etc.) and other similar actions (drowsiness, mobile phone usage, anomaly detection, etc.), and taking immediate actions when necessary
- Real-time detection of dangerous driver behavior
- Contributing to the reduction of potential accidents and other incidents
- Providing a safer and more comfortable travel experience
- Supporting the use of public transport
- Positive contribution to traffic order
Smart Mobility
PROJECT
MO.SG1.I2.P2.2
Artificial Intelligence-Based Driver Behavior Analyses (Completed)
Analyzing the behaviors of Istanbul Metropolitan Municipality Public Transportation and Service Vehicles drivers (such as mobile phone usage, smoking, seatbelt usage, drowsiness, etc.) in real-time or as needed, and reporting the results to relevant units
- Establishment of statistical data about the areas where the systems will be installed
Smart Mobility
PROJECT
MO.SG1.I2.P4
Public Transportation for All
Making metro stations accessible to passengers with limited mobility, visually impaired and hearing impaired
- Ensuring social inclusion in transportation
- Ensuring accessibility in transportation
- Improving citizen service quality
Smart Mobility
PROJECT
MO.SG1.I2.P5
Smart Transportation Mobile App (Transport Assistant)
Development of an integrated transportation mobile application with bi-directional information flow that can plan travel by private car or public transportation
- Data collection with two-way communication
- Increasing citizen satisfaction in transportation
- Enabling citizens to plan more accurately
- Supporting the use of public transport
- Reducing travel times
- Effective guidance with feedback
Smart Mobility
PROJECT
MO.SG1.I2.P6
Continuous Air Quality and Temperature Monitoring (Completed)
Installation of monitoring systems that can continuously measure air quality, temperature and smoke in metrobuses, buses and subways
- Improving comfort in public transportation
- Expanding the use of public transportation
- Reducing negative impacts on passenger health
- Providing rapid response in emergency situations
Smart Mobility
PROJECT
MO.SG1.I2.P7
Use of Istanbulkart in minibuses (Completed)
Istanbulkart already in use will be extended to include minibuses within the scope of establishing advanced urban transportation systems that can provide full integration in uninterrupted public transportation
- Increasing the number of minibus trips with the provision of transfer opportunity
- Ensuring correct planning based on the actual passenger numbers on the route during line planning
Smart Mobility
PROJECT
MO.SG1.I2.P8
E-TUHİM Mobile Application
Creation of a mobile version of the existing E-TUHiM WEB application and creation of a user-friendly interface for transporters and drivers
- Easy to use thanks to its user-friendly interface
- Shortening and simplification of permit application periods
- Providing instant information via mobile application
Smart Mobility
PROJECT
MO.SG1.I2.P9
Dynamic Licensing System for Public Transportation
With the interface to be created within the scope of the dynamic licensing system in minibus lines throughout Istanbul, it will be ensured that the vehicles working and resting on the routes on the relevant line and their change periods will be determined and the inspection units will be able to determine which route of the line the vehicles are working on instantly and will be able to conduct effective audits
- Determining the routes that minibuses are currently operating on
- Ensuring income equality by rotating minibuses operating on different routes of the same line between routes with dynamic licensing system
Smart Mobility
PROJECT
MO.SG1.I2.P10
Sea Taxi
Procurement of 50 sea taxis within the scope of public transportation at sea and providing sea taxi transportation service
- Providing an effective, efficient and optimized transportation service
- Integration between public transportationmodes
- Increasing the share of sea in public transportation services
Smart Mobility
PROJECT
MO.SG2.I1.P1
Bicification (Completed)
Supporting sustainable urban mobility, encouraging citizens to adopt bicycle usage which is one of the modes of active transportation, through gamification and reward mechanisms
- Use of sustainable modes of transportation such as bicycles supporting
- Collecting data from users to provide a foundation for planning, designing, and investing in bicycle-related initiatives
Smart Mobility
PROJECT
MO.SG2.I1.P2
Electric Bicycle Sharing System
Establishment of electric bicycle rental infrastructure and smart rental stations
- Popularization of cycling
- Reducing the number of vehicles in traffic
- Reducing the negative impact of vehicles on the environment
- Reducing public transport congestion
- Supporting change of modes
- Guiding citizens towards a healthier life
Smart Mobility
PROJECT
MO.SG2.I2.P1
Smart Pedestrian Crossing System
Establishment of a pedestrian crossing system that will optimize the signal times according to the number of vehicles or pedestrians by counting the passengers waiting at signalized intersections
- Regulation of traffic flow
- Increasing pedestrian safety
Smart Mobility
PROJECT
MO.SG2.I3.P1
Mobility Map
Ensuring that the mobility habits of citizens are extracted by identifying the changes in their movements during the day and that a mobility index is produced to provide input to decision-making centers according to the time/space relationship
- Creation of a regional mobility index
- Building a base for decision-makers
Smart Mobility
PROJECT
MO.SG2.I3.P2
34 Minutes Istanbul (Completed)
Creating a platform that shows living spaces where users can access and meet their daily needs from their homes through walking, cycling and micromobility options for a walkable, accessible and accessible urban service quality
- Identifying the deficiencies of the regions in urban service areas
- Improvement of urban service areas
- Ensuring citizen participation
- Building a base for decision-makers
Smart Mobility
PROJECT
MO.SG2.I3.P3
Yürü Be İstanbul (Completed)
Researching the causes of a sedentary lifestyle, a primary risk factor negatively affecting a healthy and quality life, and developing a mobile application that incorporates motivational narratives to make walking activities enjoyable. These activities can be seamlessly integrated into daily life and leisure time, require no equipment or material, and are cost-free, promoting walking for sports purposes
- Increasing awareness of healthy living among citizens through the implementation of the project
- Preserving individual health, and consequently public health, through an enjoyable, low-cost, and highly efficient acquisition of physical activity habits
- Reducing the escalating costs of healthcare expenditures which gets significant share from national budgets allocation
Smart Mobility
PROJECT
MO.SG3.I1.P1
Urban Warehouse and Logistics Management System
Establishment of systems to regulate the traffic participation of trucks connected to logistics centers and to ensure truck/warehouse sharing
- Increasing logistics efficiency
- Reducing logistics costs
- Reducing the negative impact of logistics vehicles on traffic and traffic flows
Smart Mobility
PROJECT
MO.SG3.I1.P2
Construction Materials Consolidation Centers
Establishing Construction Materials Consolidation Centers (CCCs) to provide environmentally friendly and efficient solutions for the construction supply chain and material transportation logistics in Istanbul
- Improving the quality of life of urban dwellers
- Implementation of an efficient, economic, safe and reliable urban logistics system
Smart Mobility
PROJECT
MO.SG3.I1.P3
Decarbomile
Creation of a collaborative urban consolidation framework to include ICT and logistics tools in last mile logistics with 31 partners from 10 different countries on the journey to decarbonize urban logistics with green transport tools and new solutions and delivery methods to be developed
- Using green transportation vehicles in urban logistics
- Improving last kilometer logistics processes
Smart Mobility
PROJECT
MO.SG3.I2.P1
Traffic Impact Analysis Model
Designing a dynamic system that can identify and quantify the impact of major projects and works in the planning stage that will have an impact on urban traffic and are likely to attract traffic on existing traffic and the additional traffic load they may generate in the coming years
- Evaluation of traffic impact analyses in the region as a whole
- Building a base for decision-makers
Smart Mobility
PROJECT
MO.SG3.I2.P2
Kaza Tahmin ve Önleme Sistemleri (Tamamlandı)
Establishment of a system to predict the possibility of accidents on highways and main arterial roads of the city and to provide a basis for taking measures
- Reducing traffic accidents
- Reducing loss of life and property
- Increasing emergency response capabilities
- Reducing traffic congestion
Smart Mobility
PROJECT
MO.SG3.I2.P4
Hasarlı Yol Tespit Sistemi (Tamamlandı)
Preventing potential accidents by quickly detecting road damages through cameras mounted on public transportation vehicles
- Minimizing the number of traffic accidents
Smart Mobility
PROJECT
MO.SG3.I3.P3
Implementation of Institutional Mobility Management
Supporting/encouraging the development of institutional mobility plans
- Declining share of private motor vehicle transportation
- Fewer trips during peak hours
- Improving air quality
- Improving employee satisfaction in implementing organizations
- Financial benefits for implementing organizations
Smart Mobility
PROJECT
MO.SG3.I4.P1
Smart Parking Lot Management System
Establishment of a parking management system with parking space determination, reservation, dynamic pricing features by identifying empty spaces in indoor, outdoor and on-street parking lots
- Reducing the parking problem
- Reducing time loss in parking lot search
- Reducing traffic congestion caused by vehicles looking for parking spaces
- Contribution to reducing the informal economy in parking
- Reducing emissions from transportation
Smart Mobility
PROJECT
MO.SG3.I4.P2
Parking System with an Address
Creation of parking permit plan for neighborhood residents
- Supporting a holistic approach to parking regulations
- Providing parking permits to neighborhood residents at relatively low prices
- Reducing traffic congestion
Smart Mobility
PROJECT
MO.SG3.I4.P3
Implementation of Automatic (Parking Lot) Payment Systems
Creation of an automatic payment system in parking lots, preferably via mobile application
- Reducing traffic congestion
- Efficient parking lot operation
Smart Mobility
PROJECT
MO.SG3.I5.P1
Vehicle Sharing System
Development of a short-term land leasing system in specific areas and establishment of a vehicle sharing system
- Reducing traffic congestion by reducing the number of vehicles joining the traffic
- Reducing the negative environmental impact of vehicles
- Reducing the average travel time
Smart Mobility
PROJECT
MO.SG3.I6.P1
HızRay
Design of a fast metro line with an average speed of 90-100 km/h, planned to serve at 13 stations intersected by 12 transfer centers in the east-west direction of Istanbul
- Increasing the average speed on the rail network
- Reducing dependency on private vehicle
- Increasing integrated systems