Serving all aspects of a spacecraft control center
Our Pleniter solution is built to enable every step of your spacecraft mission—from analysis and preparation to system validation, launch and early orbit, routine operations and even spacecraft disposal. The suite can be tailored for your specific needs and can grow along with the requirements of your mission, providing constant support paired with expertise based on our four decades of space-industry expertise.
Pleniter is suitable for low-Earth orbit, medium-Earth orbit and geostationary orbit missions—including their launch and early-orbit phases.
Customizable modules for every phase
The Pleniter suite encompasses six modules serving all aspects of a spacecraft control center, providing maximum flexibility and scalability. Mix and match these modules to create a unique solution specifically for your satellite mission’s needs.
The modules are:
Pleniter Plan
Handles all of the regular and special task requirements for your mission system’s infrastructure, spacecraft platforms and payload. Produces consistent and conflict-free scheduling and payload process monitoring for multiple spacecraft, ground stations and control centers.
Pleniter Automate
Fully or partially automates missions, while allowing operators to intervene at any time. An advanced tool set allows you to tailor your required level of automation, reducing overhead costs and operation complexity.
Pleniter Control
The heart of the Pleniter solution suite, Pleniter Control provides fully integrated supervision of all space and ground components. Provides for safe mission operations while reducing the need for a continuous, on-site presence during routine operations.
Pleniter Store
Delivers a “mission archive” that records space-segment and ground-segment activities and data, provides a centralized configuration-management system, and creates a “product store” which supports data exchange between internal components and with external entities, such as the spacecraft’s manufacturer.
Pleniter Orbit
Provides flight dynamics services for the whole lifecycle of Earth-centered spacecraft missions. There is no limit to the number of spacecraft supported within a mission, making Pleniter Orbit, with its underlying astro-dynamics computation engine, equally suited to single-spacecraft missions, constellations and fleets.
Pleniter Payload
Offers payload planning, monitoring, control and analysis for operators and, if desired, end users. Modern browser technologies combined with the latest security standards provide secure external access to all payload services.
Benefits of using Pleniter
- Technology
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- Supports scalability and sustainability through virtualized environments
- Supports intra-site and inter-site redundancy
- Integrates with third-party products like SCOS or FreeFlyer when desired
- Optimized for use of open standards
- Commercial
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- Supports long-term operations
- Reduces obsolescence through virtualization
- Protects investments with built-in flexibility
- Reduces operation costs via automation
- Allows for step-by-step deployment and expansion of systems
- Operations
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- Flexible to support different operation concepts
- Provides high-level automation for routine tasks
- Decreases preparation and rollout times
- Provides the team an innovative working environment
- Multi-mission capable with support for long-term operations
- Manufacture
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- Provides sufficient interfaces for import of all engineering data
- Easy re-use of procedures during assembly, integration, testing and operations
- Convenient, but secure, access to platform data