MISSION SOFTWARE DEVELOPMENT FRAMEWORKS – GENERATIONONE CORE TECHNOLOGY

At the foundation, the system is built on three principles—model-based, component-based, and service-based design.

  • Machine readable description of the architecture that can be used across software products.
  • Software is built from re-usable and pre-validated components
  • Interactions between components conducted via services.

SUITE INCLUDES;

  • Appkit: The development environment to build and extend mission-specific applications within the architecture
  • Simkit: Underlying models to simulate system behaviour and validate mission scenarios before deployment
  • Flightkit: Onboard execution layer, where these components run to handle telemetry, command execution, and mission logic in a deterministic manner.
  • Groundkit: The integration layer on the ground, managing interfaces and ensuring consistent data flow between systems.
  • Ops: The operational control environment, enabling real-time monitoring, command management, and automated workflows.
  • Analytics or Infinity: Handles the downstream data layer – processing, storing, and delivering mission data in a structured and usable form.
  • Test: Ensures verification and validation across all these layers, using the same architectural principles.
  • Edge: Extends processing closer to the platform, allowing low-latency of time-sensitive data.

INDUSTRY SECTORS

  • UPSTREAM – Developing and operating space systems
  • MIDSTREAM – Delivering and managing space-based services
  • DOWNSTREAM – Using space services to provide insights and applications

COMMUNICATION PROTOCOLS

  • CCSDS TC Space Data Link Protocol
  • CCSDS Space Packet Protocol
  • CCSDS TM Space Data Link Protocol
  • CCDS Space Data Link Security, for AES256 encryption and SHA256 authentication

TECHNOLOGY PARTNERS