Our product

PRODUCT Our product

Our product

Satellite operations

MCS (Mission Control Subsystem)

For real-time telemetry and telecommand transmissions.
User-friendly satellite operations software developed based on know-how from many years' experience.

MPS (Mission Planning Subsystem)

For satellite mission planning.
Mission planning reflecting operational constraints and creating telecommand.

FDS (Flight Dynamics Subsystem)

For satellite orbit prediction and determination.
Providing information for attitude control, orbital maneuver, collision avoidance, and sun interference.

Data reception and processing

IRS (Image Receiving Subsystem)

Scheduled data reception and storage.
Pre-processing of satellite imagery and catalog creation.

ACS (Antenna Control Subsystem)

Antenna operation.
Monitoring and control of RF / IF equipment.
Providing satellite orbit data for ground antenna operation.

IPS (Image Processing Subsystem)

Post-processing of satellite imagery for applications.
Statistical analysis of satellite data on request.

4.5m Antenna system

S-band data transmission and reception.
X-band data reception.

AI-based satellite operation and application

IAIP (IOPS Automation and Intelligence Package)

[Patent application number 10-2024-0080397]

Early anomaly detection using satellite telemetry
- International Patent application in progress (2024.11)
- International journal publication in progress (2024.11)
Satellite constellation contact scheduler
- Reinforcement learning based automated mission scheduling

IMDP (IOPS Multi-purpose Detection Package)

Small object detection system
- Small-scale object detection and classification using EO and SAR
International paper registration completed(2024.12)
- HYBOOD : a hybrid generative model for out-of-distribution detection with corruption estimation

SatSentry

AI-assisted Satellite Telemetry Monitoring and Anomaly Detection Support

Product Suite

An AI-assisted satellite health monitoring product suite, built on satellite telemetry data.

SatSentry supports trend analysis, alarm history analysis, anomaly detection, and operator decision-making.

Depending on the customer's satellite type, operational environment, and data format, SatSentry can be applied step by step — as a managed Service, or as an embeddable SDK / API.

SatSentry Service

SatSentry SDK

SDK / API applicable

01 — Trend Analysis

Trend Analysis

Support long-term telemetry trend monitoring across multiple sensors.
Help operators identify early signs of abnormal behavior or equipment degradation.
Compare sensor data before and after specific events for context-rich review.
Visualize correlations across multiple sensors on a shared time axis.
Save analysis results as chart groups and share them with team members.

02 — Alarm History

Alarm History

Provide structured alarm history analysis to help operators review events.
Trace operational patterns over time and across satellite subsystems.
Investigate the telemetry conditions surrounding each alarm occurrence.
Filter and search history to locate specific events of interest.

03 — Alarm Simulator

Alarm Simulator

Run scenario-based alarm simulations against historical telemetry.
Validate operational rules before applying them to live environments.
Review expected responses, dwell times, and severity outcomes.
Iterate on alarm logic with confidence and operator review.

04 — AI Anomaly Detection

AI Anomaly Detection

Assist anomaly detection by analyzing telemetry patterns over time.
Support operators in identifying unusual system behavior.
Surface candidate anomalies for operator review and confirmation.
Complement rule-based alarms with pattern-based observation.

05 — Ask AI

Ask AI

Provide an AI-assisted interface for exploring telemetry context.
Review prior analysis results through conversational query.
Support operator decision-making with on-demand summaries.
Help operators connect events, sensors, and observations quickly.