Ground station networks > Aadi's Orchestrator
Key highlights
Key Highlights:
Purpose:
Aadi's Orchestrator isn't just another mission-management tool but targets to tame the chaos of space operations for researchers, satellite systems engineers, and operators.
*Actual product may differ from image due to various configurations
Compliance:
Implements hard technical controls over audit-trail integrity — attribution, append-only enforce- ment, cryptographic tamper detection, and fail-closed write semantics — aligned with the Audit & Accountability families of SOC 2 TSC (CC6 / CC7), NIST SP 800-171 Rev 2 (§3.3, §3.14), and supporting ITAR §122.5 / §125.4 recordkeeping obligations. Does not on its own constitute certification under any framework; external attestation is required.
Applications
- Spacecraft Operations — Centralized telemetry, command, health monitoring, and mission control across multiple spacecraft.
- Ground Station Management — Unified control and scheduling of RF chains, antennas, communications links, and ground infrastructure.
- AI-Powered Telemetry Analysis — Natural-language interaction with telemetry, anomaly detection, trend analysis, and spacecraft health assessment.
- Mission Workflow Automation — Automates routine procedures, operational checklists, alerts, and operator workflows.
- Multi-Spacecraft Operations — Enables a single operations team to monitor and operate larger spacecraft fleets.
- Mission Data & Analytics — Combines structured telemetry with unstructured operator logs, notes, procedures, and other mission data.
- Proximity & Maneuver Operations — Supports maneuver planning, proximity operations, and increasingly autonomous spacecraft operations.
- Progressive Autonomy — Moves missions from human-in-the-loop operations toward supervised and eventually agentic autonomous operations.
The strongest commercial applications are:
fleet operations, ground-station orchestration, AI telemetry monitoring, and mission workflow automation. Those directly translate into lower operating costs, fewer manual interventions, and greater spacecraft-per-operator capacity.
Key features
Capabilities:
Transforms scattered systems into an integrated force multiplier with real-time mission control, AI-driven insights and robust security.
Deployment Options:
Enterprise Cloud: Ground Station as a Service #GSaaS via Amazon AWS.
Enterprise Grade Appliance: standalone, customizable rack-mounted chassis for on-premises deployment.
Core Features:
Centralized management for multiple missions and space assets.
Multi-user support with industry-standard access control and security.
Supports Hardware-in-loop (HIL) and Software-In-Loop (SIL) options for end-to-end validation
Comprehensive Satellite Communication Stack , including CCSDS standards and high data rate support (X-Band).
Telemetry, Tele-command (PUS verification).
Permanent mission data management and storage (TM-TC, payload data).
Permanent storage for mission data including TM-TC, payload data
Jarvis Ai-Assistant: For advanced mission data analytics (patent pending).
Customization
- Number of waveforms/ RF stacks
- Number of users
- Number of Satellites managed by the GSaaS platform
Flight heritage
N/A
Manufacturing
The appliane based stand alone platform is offered as an entreprise grade chassi .
Cloud based form factor is offered as an AWS point of presence (PoP) . The aws PoP can be either in public cloud or govcloud based upon customer needs.
Testing & qualification
Demo available AWS
Export control
ITAR and other compliances
Distributors
Currently distributed from the US .
Customers
under NDAs.
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Last updated: 2026-09-18
Aadi's Orchestrator
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