Services
Lighting
Urban lighting management to save energy and improve street safety.
Parking
Optimization of parking spaces using sensors and mobile applications.
Heating
Intelligent management of heating systems to improve energy efficiency.
Water Supply
Monitoring and management of water supply to prevent leaks and save resources.
Security
Integration of video surveillance and access control systems to enhance security levels.
Transport
Traffic flow management to reduce congestion and improve ecology.
Catalog of our products
Our IoT devices
iOT Smart device
Innovative solutions for smart cities in Russia. Optimization and management of urban systems using IoT technologies.
About Us
The IT company Map of New Technologies specializes in creating and implementing cutting-edge IoT solutions for smart cities in Russia. Our platform enables efficient management of urban systems such as lighting, parking, and heating. We take pride in our experience and expertise in the IoT field, which allows us to offer reliable and integrable solutions. Our team consists of highly qualified specialists who constantly work on improving and adapting our technologies to meet the needs of each city. We strive to make cities smarter, safer, and more comfortable to live in.
Reliable and scalable IoT platform for cities
Our IoT platform ensures reliable monitoring and management of urban systems. It easily integrates with existing infrastructure, allowing you to quickly start leveraging all the benefits of a smart city.
The platform is easily customizable to your city's needs and scales as requirements grow, ensuring flexibility and efficiency.
Cases
Energy efficiency and resource management
Case: Optimization of building energy and resource consumption to reduce costs and environmental impact.
Solutions:
1. Installation of smart sensors and energy meters for monitoring and analyzing consumption.
2. Automation of heating, air conditioning, and lighting systems based on schedules and occupancy.
3. Implementation of smart water management systems to optimize water usage.
Security and Access Control in the City
Case: Ensuring the safety of building residents and staff, along with access control to the premises.
Solutions:
1. Smart Surveillance: Installation of intelligent video cameras and motion sensors for comprehensive security monitoring across the territory.
2. Advanced Access Control: Implementation of a smart access system utilizing RFID tags or biometric identification to manage entry securely.
3. Emergency Response Integration: Deployment of an integrated alert system and emergency call buttons to ensure rapid reaction to critical situations.
Lighting Management and Comfort
Case: Enhancing occupant comfort in buildings through smart lighting and climate control.
Solutions:
1. Adaptive Smart Lighting: Installation of intelligent LED lamps with adjustable brightness and color temperature to match natural light cycles and user preferences.
2. Automated Climate Control: Automation of air conditioning systems and heat pumps to maintain optimal indoor temperatures based on real-time data and occupancy patterns.
3. Sensor-Driven Optimization: Utilization of ambient light and motion sensors to dynamically adjust lighting levels, ensuring comfort while minimizing energy consumption.
Building Monitoring and Maintenance
Case: Improving building maintenance and technical service processes to enhance reliability and longevity.
Solutions:
1. Smart Equipment Monitoring: Implementation of an intelligent monitoring system for equipment status, providing remote access to real-time performance data and diagnostics.
2. Environmental Sensor Network: Deployment of sensors to continuously track environmental conditions (temperature, humidity, CO2 levels), enabling immediate response to deviations and preventing infrastructure damage.
3. Digital Service Request Platform: Development of a mobile application for residents and staff to easily submit maintenance requests and receive technical support, streamlining communication and resolution times.
IoT Infrastructure
To implement the Internet of Things (IoT) in an urban environment, a variety of infrastructure can be used, including:
Smart Bridges
Bridges with embedded sensors and monitoring systems that can track infrastructure condition, traffic, and safety.
Smart Fountains
Fountains with automated water spraying, controlled lighting effects, and water quality monitoring capabilities.
Smart Street Lights
Street lights with motion sensors, on-demand lighting, and the ability to adjust brightness based on surrounding conditions.
Smart Parking Systems
Systems that allow for automatic finding and reservation of parking spaces, as well as optimization of the use of available parking spots.
Smart Parking Systems
Systems that allow for automatically finding and reserving parking spaces, as well as optimizing the use of available parking spots.
Smart sensors for waste management
Sensors installed on waste containers to monitor fill levels and optimize garbage collection routes.
Smart video surveillance cameras
Cameras with artificial intelligence for automatic facial recognition, traffic monitoring, and ensuring the safety of the urban environment.
Smart Buildings
Buildings with integrated management systems for lighting, heating, ventilation, security, and energy consumption to optimize operations and improve energy efficiency.
Smart Transport Systems
The use of sensors and IoT to optimize traffic flow, monitor road infrastructure, and provide data for improving transport services.
Smart Public Transport Stations
Monitoring of schedules, passenger flows, and environmental conditions at stops and on public transport to improve service quality.
Smart Parks and Green Zones
Application of IoT for automating irrigation, managing lighting, monitoring soil and air quality, and creating comfortable and eco-friendly public spaces.
Smart Energy Saving Systems
Monitoring and optimization of energy consumption in the city, including the management of lighting, heating, ventilation, and other energy-intensive devices.
Smart Public Safety Systems
Use of IoT for video surveillance, facial recognition, audio analytics, and automatic response to emergency situations.
Smart Traffic Management Systems
Monitoring and optimization of traffic flow, installation of sensors on roads to manage traffic lights and prevent congestion.
Smart Healthcare Systems
Use of wearable devices for health monitoring, digitization of medical data, and telemedicine to improve healthcare services.
Smart Water Resource Management Systems
Monitoring of water quality, management of irrigation systems, optimization of water consumption, and leak prevention.
Smart Heating and Air Conditioning Management System
Automated management of heating and air conditioning systems in buildings to optimize energy consumption and comfort.