KSAT
Ground Stations
Access 280 antennas across 26 sites, including the only commercial ground antenna in Antarctica for LEO, GEO, MEO, HEO and Lunar missions.
- Satellite access via S-Band, X-Band, Ka-Band, and Optical
- Simulate ground contact cadence with the KSAT test network
- View and reserve antenna availability
- Constrain reservations to masks, minimum duration, number of contacts per day, and mean-time between contacts
- View real-time antenna metrics
- Stream telemetry and commands
- Stream payload data
- Create support tickets that reach KSAT engineers
RBC Signals
Ground Stations
Access 56 antennas across 28 countries on five continents.
- Satellite access via VHF, UHF, L-Band, S-Band, X-Band, Ku-Band, and Ka-Band
- View and reserve antenna availability
- Constrain reservations to masks, minimum duration, number of contacts per day, and mean-time between contacts
- View real-time antenna metrics
- Stream telemetry and commands
- Received payload data at the completion of a pass
ATLAS Space Operations
Ground Stations
Reserve across a global network of 44 antennas including Viasat Real-Time Earth (RTE) and AWS.
- Satellite access via UHF, S-Band, and X-Band
- Simulate ground contact cadence with the ATLAS test network
- View and reserve antenna availability
- Constrain reservations to masks, minimum duration, number of contacts per day, and mean-time between contacts
- View real-time antenna metrics
- Stream telemetry and commands
- Receive payload data at the completion of a pass
- Create support tickets that reach ATLAS engineers
Leaf Space
Ground Stations
Access 17 antennas across 12 countries on four continents.
- Satellite access via UHF, S-Band, and X-Band
- Simulate ground contact cadence
- Receive assigned contacts
- View real-time antenna metrics
- Stream telemetry and commands
- Received payload data at the completion of a pass Grafana
Grafana
Collaboration
View and analyze spacecraft and antenna telemetry.
- Graph historical and near-real time spacecraft telemetry and antenna metrics
- View spacecraft procedure execution logs
- View spacecraft command history
GitLab
Collaboration
Configuration manage spacecraft procedures and automation playbooks.
- Connect your organization repository via deploy key
- Reference a repository branch, tag, or SHA to the fleet or specific spacecraft
- Control procedure deployment workflows in Quindar dev, staging, and prod
- Develop and test procedures locally or within Quindar cloud
- Create automation playbooks
GitHub
Collaboration
Configuration manage spacecraft procedures and automation playbooks.
- Connect your organization repository via deploy key
- Reference a repository branch, tag, or SHA to the fleet or specific spacecraft
- Control procedure deployment workflows in Quindar dev, staging, and prod
- Develop and test procedures locally or within Quindar cloud
- Create automation playbooks
PagerDuty
Collaboration
Notify on-call stakeholders of anomalies.
- Send anomaly notifications to Subject Matter Expert teams
- Team management and shift schedules
- Automated escalation policies
- Incident response workflows
- Collaborate via Slack, Teams, and Zoom
- Streamline recoveries with Postmortems
- Analytics for MTTA, MTTR, and more
OpenC3
Operations
Command and control satellites with the trust of 17 years of space flight heritage.
- CCSDS Command and Telemetry Definitions
- Monitor limits
- Send manual commands
- Run command scripts
- View packet details
- View telemetry and command history
- Connect to modems over TCP/IP
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