Typical technology solutions
We provide technology solutions with high quality and stability at reasonable prices. We have a team of engineers to support maintenance and operation enthusiastically and efficiently, committed to accompanying customers in the long-term operation.
Automatic air environment monitoring station
- Using IoT technology with a compact, flexible design during installation. It can be installed on electric poles, light poles, high-rise buildings or different monitoring positions.
- Air monitoring systems enable the prediction of Air Quality Index (AQI) using AI technology.
- Mobile air quality monitoring systems (installing air quality monitoring stations on cars and motorcycles) help increase the density of air quality monitoring.
- Monitoring indicators and measuring frequency can be flexibly adjusted according to specific requirements at each measuring position.
- Using solar battery and data transmission via 4G network
- The system automatically collects air quality data online, warns unusual changes.
- Providing real-time, real-time data for environmental management and protection
- Determining the level of air pollution affecting public health according to current permissible standards
- Assist in determining the effects of waste sources on local ambient air quality.
- Provides information for analysis and planning for pollution control and urban development planning.
Automatic water environment monitoring station
- Use solar batteries and backup power to provide power for the station to ensure 24/7 operation.
- The float shell is compactly crafted with a sleek, environment-friendly design, convenient for transporting to many different installation locations.
- Water monitoring systems enable forecasting of Water Quality Index (WQI) using AI technology.
- Mobile water monitoring support systems (installing water monitoring stations on ships and boats) help increase the density of water monitoring.
- The monitoring station operates automatically to clean the sensor so that the user does not need to clean the sensor every day.
- Monitoring indicators and measuring frequency can be flexibly adjusted according to specific requirements at each measuring position.
- Monitoring and evaluating the quality of water inlet rivers and lakes for water supply plants and monitoring the quality of wastewater after treatment into the environment.
- It has the function of backing up and preserving data when the connection is lost. These data will automatically recover when the connection is back.
- It has the function of recording and storing data, so the operator can find back data in the past for comparison and redundancy.
Automatic dust monitoring device
- This dust monitoring system is used outdoors for automatic dust monitoring, serving to assess the impact of open burning of straw or in production workshops to monitor dust dispersion.
- Mobile dust monitoring systems help assess dust emissions at multiple locations.
- It contributes to the identification and assessment of dust emission sources continuously over time and space.
- It provides continuous, real-time data for dust monitoring for management and production.
- It provides timely dust data via a mobile app.
It uses solar power or grid electricity. - Data is accessed via a website application on a phone or tablet.
Automatic Groundwater and Water Supply Monitoring Station
- The automatic groundwater and water flow monitoring system automatically collects data on water flow and water level, sending it to the central software via LoRaWAN technology at a frequency of 920-923 MHz.
- In case of abnormal monitoring values, the system automatically sends alert messages to users or water supply management officials via a mobile application.
- It provides continuous, real-time data for the management and exploitation of groundwater and water supply resources.
- The LoRa Node device uses AA batteries for long-lasting use (3 to 5 years).
Weather Monitoring and Equipment Control in Agriculture Systems
- The weather monitoring and equipment control system in agriculture collects data from weather sensors (rain, wind, temperature, humidity, etc.) to control actuators suitable for different crops and minimize damage caused by environmental factors.
- The system works well for crops grown in greenhouses or in the open air.
- Monitoring data is transmitted to the central control center via 4G, Wifi, or LoRa networks.
- When values exceed thresholds, the system automatically controls the actuators to reduce the excess value and simultaneously sends warning information to the user.
- Users can remotely control the actuators through the central control software according to their needs.
Uses solar power or grid electricity. - Data is accessed via a website application on a phone or tablet.
Aquaculture Water Monitoring and Actuator Control Systems
- The aquaculture water monitoring and actuator control system collects data from water quality sensors (pH, ORP, DO, TSS, etc.) to control actuators suitable for different types of aquaculture, minimizing damage caused by water environmental conditions.
- Monitoring data is transmitted to the central control center via 4G, Wifi, or LoRa networks.
- When monitoring values exceed thresholds, the system automatically controls the actuators to reduce the excess value and simultaneously sends warning information to the user.
- Users can remotely control the actuators through the central control software according to their needs.
- Uses solar power or grid electricity.
- Data access is via a website application on a phone or tablet.
Integrated Solution Development Services for IoT and Smart Systems
- We provide comprehensive end-to-end design and manufacturing solutions for domestic and international clients. SITECH offers high-quality OEM (Original Equipment Manufacturer) and ODM (Original Equipment Design and Manufacturing) services for products in the telecommunications, healthcare, automotive, and industrial sectors.
- SITECH has successfully implemented OEM/ODM solutions for clients in Vietnam and internationally, including:
- In-flight entertainment screens (US client)
- Software-Defined Network – SDWAN (US client)
- Water flow meters using LoRaWAN technology (Vietnam client)
- Smart network firewalls (Vietnam client)
- Digital clocks for cars (Taiwan client)
