Sustainable Development Goals
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Sustainable Development Goals
PROJECT
SEC.SG1.I3.P2
Natural Disaster and Emergency Information System
Notification of potential hazardous situations such as natural disasters, extreme air pollution, severe weather, excessive rainfall, flooding, radiation emission, chemical hazards, etc. to the people in the area via mobile devices, TV and radios
- To be able to inform citizens quickly in urgent situations
Smart Security
PROJECT
SEC.SG2.I1.P1
Intelligent Fire Alarm System
Installation of fire, smoke, carbon monoxide detectors and smart fire assessment and prediction system in the enclosed areas of IMM
- Increasing early and rapid response capabilities to fires
Smart Security
PROJECT
SEC.SG2.I1.P2
Emergency Response Planning and Management System
Establishment of a system to plan and direct the appropriate team and equipment based on automatic assessment and prediction of the incident scene characteristics (size, network/closed area, etc.) and the type of incident
- Development of emergency response capabilities
- Increasing team-equipment-case optimization
Smart Security
PROJECT
SEC.SG4.I1.P1
Modernization of the Disaster Coordination Center (AKOM) (Completed)
Establishment of a center to ensure the coordination of operations after possible natural disasters
- Ensuring coordination in disaster management
- Acceleration of information and transfer processes between stakeholders
- Increasing rapid response capability
Smart Security
PROJECT
SEC.SG4.I1.P2
Tsunami Action Plan Implementation Project (Completed)
To realize the implementation projects of the action plans developed after the Tsunami Hazard and Risk Analysis (2018) and Tsunami Action Plans (2019) studies completed in cooperation with IMM Earthquake and Soil Survey Directorate -ODTG and to reduce possible tsunami damages and with the studies carried out to give the evacuation routes a legal identity (UKOME) and to realize the implementation projects. Firstly Buyukcekmece district was selected as a pilot province, the studies for the placement of guiding evacuation signs and information boards for raising awareness have been completed, and the UKOME process has been completed for the other 16 districts bordering the Marmara Sea, and continuing the process for the applications to be made in the field
- Raising public awareness of the tsunami hazard
- Increasing evacuation capacity in case of disaster
Smart Security
PROJECT
SEC.SG4.I1.P3
Earthquake Early Warning/Emergency Response Integration (Completed)
Within the scope of the protocol signed in 2020 with the Disaster and Emergency Management Authority (KRDAE), the earthquake damage prediction studies completed in 2019 are to be updated, taking into account the current building inventory and population information. Additionally, earthquake damage prediction analyses related to layers such as historical/cultural structures and industrial facilities will be conducted. The integration of devices in the İGDAŞ seismic network into the earthquake early warning and emergency intervention system will be explored. An integrated web interface for the Istanbul Metropolitan Municipality (İBB) system infrastructure will be created for monitoring up-to-date earthquake information
- Prevention/minimisation of potential losses due to earthquake
- Provision of centralised information flow in disaster management
- Ensuring the follow-up of the current building/structure inventory in the city
Smart Security
PROJECT
SEC.SG4.I1.P4
Disaster and Earthquake Base- Mobile Earthquake Communication Centers
Commissioning of Disaster and Earthquake Bases on both sides of Istanbul and Earthquake Communication Centres in 39 districts within the scope of Earthquake Mobilisation Plan to prevent a possible disaster that will affect Istanbul, which constitutes an important part of the disaster risk management process and to increase the awareness of the society about disasters
- Raising public awareness of natural hazards, risks and disasters and behavioural skills
- Providing public counselling services on earthquake and related issues and contributing to the building a safer future
Smart Security
PROJECT
SEC.SG4.I1.P5
Flood Detection and Early Warning System with Image Processing (Completed)
Automatic detection and warning of tunnel, trench, canal areas that may be flooded with multi-layer artificial neural networks and image processing techniques with images from cameras
- Increasing citizen satisfaction
- Saving time for intervention by relevant authorities in the event of possible floods and floods
Smart Security
PROJECT
SEC.SG4.I1.P6
Earthquake Risk Assessment of Buildings with Fast Scanning Methods (Completed)
Earthquake analyses of pre-2000 residential buildings with rapid scanning techniques
- Identifying risky buildings throughout Istanbul and raising awareness of citizens against earthquake and increasing awareness
Smart Security
PROJECT
SEC.SG4.I1.P7
Investigation of Buildings Owned by IMM
Analysing buildings owned or occupied by IMM in accordance with earthquake regulations
- Ensuring the continuity of public services after a possible earthquake
- Minimising the material and moral damages that may occur after the earthquake
- Development of precautionary activities in order to ensure the life safety of our public employees and citizens against the risk of earthquake
Smart Security
PROJECT
SEC.SG4.I1.P8
Building Inspection with Building Health Systems (Completed)
Investigation of seismic behaviour of service buildings in order to prevent disruption of public services in case of earthquake
- Providing severity distribution, regional damage estimates and follow-up after a major earthquake
- Maintaining the public services after a major earthquake
Smart Security
PROJECT
SEC.SG4.I1.P10
Fiber Optic Distributed Acoustic Sensing System-Based Early Warning and Monitoring System (FOTDES)
Developing earthquake early warning technology using Distributed Acoustic Sensing (DAS) technology to quickly detect potentially severe earthquakes in the sea floor and on land, involving fiber optic (F/O) cables extending around Istanbul (and its surroundings). This aims to save time for taking preventive measures for critical infrastructure and transportation systems
- Developing earthquake early warning technology with FOTDES is expected to contribute to timely gas shutdown in the İGDAŞ gas distribution network during the anticipated major Marmara earthquake. This proactive approach includes taking measures for critical infrastructure and transportation systems, helping prevent secondary disasters
- Utilizing early warning signals in areas such as metro systems, trains, factories, and aircraft management to prevent loss of life and property damage