Smart City Development Services
Anything you need from hardware to infrastructure
Hardware prototyping and manufacturing with a partner
Embedded software development for sensors, gateways, devices
Data analytics with AI, Machine Learning, Big Data analytics
End-user app development for web and mobile
Integration of IoT smart city solutions into the smart ecosystems of a city
Application Areas of Smart City Solutions
Smart objects to smart city systems
Smart Objects Level
Indoor and outdoor security
-
Smart locks, perimeter sensors, motion detectors, video surveillance
Building Safety
-
Emergency buttons; leak, smoke, CO, and CO2 detectors
Water monitoring
-
Water and wastewater monitoring devices to detect leaks and check whether water infrastructure is working properly
Smart Lightning
-
Weather-adaptive lighting systems that notify public workers when bulbs need to be changed
Climate control
-
Internal heating, ventilation, and air-conditioning systems
Smart Infrastructure Level
Transportation congestion systems
-
Road sensors to detect traffic bottlenecks, cameras to enforce speed and traffic infractions
Smart cars and parking apps
-
Self-driving cars and parking app infrastructure interconnected to eliminate traffic delays
Energy and radiation monitoring
-
Power plant devices to monitor energy level and radiation control
Smart government
-
A unified IoT system to cut operating costs, increase responsiveness, and boost citizen satisfaction.
Tracking solutions
-
RFID, LiFi, Zigbee, and other technologies that power asset tracking, vehicle tracking, and device tracking in a Smart City.
Have a more complex idea that requires interactivity and building an immersive experience? Turn to our AR/VR development services.
Benefits of Smart Cities
how citizens benefit from smart city solutions
-
Efficient energy consumption
A smart city platform analyzes how busy the streets are and adjusts lighting. Water consumption is also analyzed, adjusted, and even predicted by month, day, or hour.
-
Improved infrastructure
Every building, road, or other object in the city is equipped with sensors to analyze how it is used. With this data at hand, it is possible to conduct predictive maintenance of buildings, bridges, and so on.
-
Optimized traffic
Machine Learning algorithms analyze city traffic, monitor traffic lights, and make data-wise decisions on how to adjust the traffic efficiently.
-
“Greener” city management
Reduced carbon footprint due to smarter energy consumption and city traffic optimization. Smart waste management bins notify when it is time to empty them, neural networks help sort waste.
Customer Stories
450 business goals reached through tech solutions since 2001
Partnerships Beyond Business
We work with people, not logos
Smart Cities: Technologies
what smart city technologies we use to build complex infrastructures and separate apps
Cloud technologies
Amazon AWS, Google Cloud, SalesForce, Amazon S3, Amazon Redshift
Platforms
Amazon Web Services IoT, Microsoft Azure IoT, Google Cloud Platform, ThingWorx IoT Platform, Universal Internet of Things (IoT) Platform, Casa Jasmina, Particle, DeviceHive, openHAB, Kaa
Communication protocols
Z-Wave, ZigBee, Sigfox, LoRaWAN, iBeacon, Eddystone, Bluetooth, BLE, Wi-Fi, USB, Serial, IPv6, Cellular 2/3/4/5G, CoAP, MQTT, EIB, XMPP, AMQP, HTTP/HTTPS
Development frameworks / SDK
Node.js, IoT.js, Device.js, Java and Eclipse IoT (Kura, SmartHome), Angular, .NET Core, C/C++/C#
FAQ with Smart City Solutions Developers
What are the different stages of smart city?
What are the impacts of smart cities?
How much does it cost to build a smart city?
Featured In
What we have to say
Thinking Where to Start? Take a Quiz!
Answer 7 quick questions to get a free individual proposal
We are open to seeing your business needs and determining the best solution. Complete this form, and receive a free personalized proposal from your dedicated manager.
Sergei Vardomatski
Founder
