Telemetry Solutions
Our telemetry solutions, supported by SCADA systems, enable the seamless transmission of data from remote locations to strategic points.
At Apollocom, we transform data into strategic decisions with our cutting-edge telemetry solutions.
We specialize in industrial connectivity to provide an unprecedented view of your operations. We are experts in designing and ensuring the availability and reliability of information, ensuring that each piece of data is a solid foundation for decision-making.
Our telemetry solutions, supported by SCADA systems, enable the seamless transmission of data from remote locations to strategic points.
Implementing our telemetry solutions offers numerous advantages.
Telemetry is the process of measuring and transmitting data from remote locations to a central monitoring and analysis system, allowing remote monitoring and control of equipment and facilities.
Components include sensors, transmission devices (such as modems or transceivers), communication networks (such as satellites, radio, or internet), and data reception and processing systems.
Technologies include GSM/GPRS, satellite, LoRaWAN, Sigfox and Zigbee, each with different advantages such as wide coverage or reduced energy consumption, and disadvantages such as costs or data rate limitations.
It is implemented using IoT devices with sensors and communication modules that transmit data in real time to a central cloud platform for analysis and visualization.
Data such as temperature, pressure, humidity, liquid level, wind speed, geographical location and equipment status, among others, can be collected.
Security is guaranteed through the use of data encryption, user authentication, firewalls, and the implementation of cybersecurity policies.
Different considerations must be taken into account, such as data encryption, device authentication, use of VPN for secure communications, and constant threat monitoring.
Through the use of low-power modes, programming of periodic transmissions and efficient communication technologies such as LoRaWAN or Sigfox.
A DAQ is a system that collects and digitizes sensor signals for storage and analysis. In telemetry, it is used to monitor variables in real time and send data to a central base.
There are several challenges, including the lack of communication and power supply infrastructure. These can be overcome through the use of satellite technologies, renewable energy sources (such as solar panels) and the design of energy efficient devices.