Fusic Develops 'Satellite Monitoring Dashboard' for QPS Institute
Fusic has developed and delivered a 'Satellite Monitoring Dashboard' for QPS Institute to address the challenges of information dispersion and increased operational load associated with operating numerous artificial satellites. This system aims to enhance and streamline satellite operations.
📋 Article Processing Timeline
- 📰 Published: April 8, 2026 at 22:00
- 🔍 Collected: April 8, 2026 at 13:30
- 🤖 AI Analyzed: April 20, 2026 at 16:00 (290h 29m after Collected)
Fusic Inc. (Headquarters: Chuo-ku, Fukuoka City, Fukuoka Prefecture; Representative Director and President: Sadayoshi Notomi) has developed and delivered a 'Satellite Monitoring Dashboard' to QPS Institute Inc. (Headquarters: Chuo-ku, Fukuoka City, Fukuoka Prefecture; Representative Director and CEO: Shunsuke Onishi, hereinafter 'QPS Institute') to address the challenge of 'information dispersion and increased operational load associated with operating numerous satellites' by integrating and managing them.
## About QPS Institute
QPS Institute is a space development company originating from Kyushu, currently developing, manufacturing, and operating small SAR satellites. The company aims to build a constellation of 36 satellites by 2030, realizing a quasi-real-time observation network capable of observing almost anywhere in the world within an average of 10 minutes, or any given point at 10-minute intervals. The goal is to utilize the acquired SAR data to solve societal issues such as disaster prevention and mitigation, and infrastructure management.
## Project Overview
At QPS Institute, information that needed to be checked for each satellite was dispersed across multiple applications, leading to complex operational procedures and increased training costs for new members. In response, our company developed a monitoring dashboard that allows integrated confirmation of operational information for multiple satellites.
The introduction of this system primarily achieves advanced and efficient satellite operations through the following three features:
- **Real-time high-speed rendering of over 1,000 parameters**
Visualizes vast telemetry data without delay, improving the immediacy of satellite status comprehension.
- **Archive infrastructure for efficient storage of large data**
Facilitates easy confirmation of past operational performance through quick reference to stored telemetry data.
- **Highly extensible display settings that absorb individual differences and specification changes**
Constructs a versatile operational platform that allows flexible configuration of display content, parameter units, coloring, and calculations for each satellite.
## About Fusic
Fusic Inc. leverages its 'technological integration power' by combining cloud, AI/machine learning, IoT, web app development, and UI/UX design to solve customer challenges through system development and technical consulting. In recent years, the company has also focused on the space business, providing support for cloud infrastructure construction and satellite data analysis for space/satellite development companies. Furthermore, by offering its self-developed products, it aims to solve various societal and corporate challenges through the power of technology. With the brand slogan 'OSEKKAI×TECHNOLOGY,' Fusic values engaging with customer requests, accompanying them, and delivering value that exceeds expectations.
## About QPS Institute
QPS Institute is a space development company originating from Kyushu, currently developing, manufacturing, and operating small SAR satellites. The company aims to build a constellation of 36 satellites by 2030, realizing a quasi-real-time observation network capable of observing almost anywhere in the world within an average of 10 minutes, or any given point at 10-minute intervals. The goal is to utilize the acquired SAR data to solve societal issues such as disaster prevention and mitigation, and infrastructure management.
## Project Overview
At QPS Institute, information that needed to be checked for each satellite was dispersed across multiple applications, leading to complex operational procedures and increased training costs for new members. In response, our company developed a monitoring dashboard that allows integrated confirmation of operational information for multiple satellites.
The introduction of this system primarily achieves advanced and efficient satellite operations through the following three features:
- **Real-time high-speed rendering of over 1,000 parameters**
Visualizes vast telemetry data without delay, improving the immediacy of satellite status comprehension.
- **Archive infrastructure for efficient storage of large data**
Facilitates easy confirmation of past operational performance through quick reference to stored telemetry data.
- **Highly extensible display settings that absorb individual differences and specification changes**
Constructs a versatile operational platform that allows flexible configuration of display content, parameter units, coloring, and calculations for each satellite.
## About Fusic
Fusic Inc. leverages its 'technological integration power' by combining cloud, AI/machine learning, IoT, web app development, and UI/UX design to solve customer challenges through system development and technical consulting. In recent years, the company has also focused on the space business, providing support for cloud infrastructure construction and satellite data analysis for space/satellite development companies. Furthermore, by offering its self-developed products, it aims to solve various societal and corporate challenges through the power of technology. With the brand slogan 'OSEKKAI×TECHNOLOGY,' Fusic values engaging with customer requests, accompanying them, and delivering value that exceeds expectations.