Sitronics Group manufactures
high-tech servers for secure
big data storage and analysis,
as well as for cloud computing
and complex architecture
development
All the manufacturing process takes place at production sites in Novosibirsk and Nizhny Novgorod
Each server is subject to double quality control: motherboards are tested at the manufacturing stage, and then the assembled server is tested over the course of 20 hours.
servers are manufactured by Sitronics Group annually
Sitronics equipment is compatible with Russian software and software of world’s major companies
All Linux-like operating systems also run smoothly on Sitronics servers
Sitronics servers can be outfitted with two highly energy-efficient Intel Xeon® scalable processors that support smart operation and maintenance functions.
The servers are also equipped with two hot-swap power supply units.
Sitronics Group manufactures satellites and space equipment, manages spacecraft in orbit, and renders services based on satellite data processing
SXC1 platform-based satellites
The SXC1 nanosatellite platform is a set of spaceborne service systems and structural elements for developing a CubeSat 1U small satellite. The device can be operated as a laboratory educational mockup and a research satellite in near-earth orbits.
Mass production of the satellites is established.
The KSU-1 spacecraft belonging to foreign party launched into orbit
108 × 108 × 113,5 mm
108 × 108 × 113,5 ± 1 mm
capped to 1.3 kg
capped to 0.9 kg
Project-specific modifications are supported
SXC3 platform-based satellites
The SXC3 nanosatellite platform is a set of spaceborne service systems and structural elements for developing a CubeSat 3U small satellite. The device can be operated as a laboratory educational mockup and a research satellite in near-earth orbits.
Mass production of the satellites is established.
Three SXC3 platform-based spacecraft are launched into orbit: Russian CubeSX-HSE and CubeSX-Sirius-HSE satellites, and a foreign-party Challenge-One spacecraft
108 × 108 × 340,5 mm
108 × 108 × 340,5 ± 1 mm
4 kg
1.4 kg
Project-specific modifications are supported
SXC6 platform-based satellites
The SXC6 nanosatellite platform is a set of spaceborne service systems and structural elements for developing a CubeSat 6U small satellite.
Despite the compact size (10х20х30 cm) of the 6U satellite and a weight of only 8.5 kg, the spacecraft carries an experimental ERS camera with a high resolution of up to 6 metres per pixel.
The Russian private satellite for Earth remote sensing named OrbiCraft – Zorkiy was launched into orbit. It is an innovative ultra-compact satellite based on the OrbiCraft-Pro SXC6 platform, which is the next generation of CubeSat systems after the SXC1 and SXC3 platforms.
108 × 108 × 340,5 mm
108 ± 0,15 × 108 ± 0,15 × 340,5 ± 1 mm
capped to 12 kg
capped to 3,4 kg
Project-specific modifications are supported
SXC12 platform-based satellites
The SXC12 nanosatellite platform is a universal combinable set of on-board service systems and structural elements for the development of a small satellite in the CubeSat 12U format. It is available for launch in commercially manufactured containers.
226,3 × 226,3 × 340,5 mm
max. 30 kg
A set of on-board systems is flexibly configured and may include:
AIS satellites
The satellites are based on CubeSat 3U technology and equipped with AIS onboard equipment.
Planned constellation: up to 70 spacecraft
launch of seven spacecraft with AIS
The AIS onboard equipment is designed to receive various types of information from shipboard stations
The received data pass through the filtering unit and are recorded in 8–16 Gbit/s memory in two formats: filtered and non-filtered. Then, the data are transmitted to Earth during communication sessions.
Up to 5,000 messages (16 messages per second) and up to 1,000 vessels are detected during one activation of the receiver.
The Pallada platform is being developed to create a small-sized universal satellite platform that can be used for remote sensing of the Earth and, in the future, for providing space communication services and for research purposes.
Sitronics Smart Watch is a Russian-made smartwatch designed to ensure the safety and monitoring of employees. The watch can be used as a standalone baseline tracking device, or it can collect additional information from plug-in modules.
Occupational health and safety
The watch monitors heart rate and body temperature, and notifies the employee and operator of concentrations of carbon monoxide that exceed permissible limits
0–300 beats per minute
0–10,000 ppm
SOS signal
Using the watch, an employee can send an SOS signal to the operator in case of emergency
GPS, Galileo, GLONASS,
BeiDou
GSM, NB-IoT
BLE
Monitoring
employees
The operator monitors if employees are present at their workplaces
Task
management
The operator distributes employees across facilities and assigns individual tasks that appear on the watch display automatically
Result
monitoring
The system monitors
task completion time
and rates the results
Employee
card
The operator can view information on employees: schedule, personal data and task status
Smartwatch functions can be combined depending on the customer's needs
The Smart Watch incorporates all the main functional advantages of existing solutions. The watch also features a working time tracking system that can be used to calculate salaries and bonuses automatically
All documentation for the products and software is developed in-house, which gives additional advantages over counterparts:
