Kratos Space, a division of Kratos Defense & Security Solutions, is highlighting the comprehensive portfolio of satellite solutions designed to support modern spacecraft operations across government, defense, commercial and institutional missions. The company’s satellite product line focuses on command-and-control software, telemetry tracking and command (TT&C) devices and secure network-edge systems that enable reliable satellite operations from launch through end of life.
Kratos’ satellite solutions are structured to support both standalone spacecraft and large multi-satellite constellations, emphasizing software-defined architectures, interoperability and scalability. These capabilities address the increasing complexity of satellite operations as operators transition toward disaggregated ground systems, multi-orbit missions and hybrid commercial–government infrastructures.
Command and Control Software for Scalable Satellite Operations
At the core of Kratos’ satellite offering is the command-and-control software portfolio, which enables operators to plan, monitor and execute spacecraft operations across diverse mission profiles. These platforms are designed to integrate mission planning, spacecraft commanding, health monitoring and automation within a unified operational environment. The command-and-control solutions support both single-satellite missions and large constellations by enabling centralized oversight, role-based access control and configurable automation workflows. The software is engineered to interface with a wide range of spacecraft buses, payload types and TT&C hardware, allowing operators to maintain operational consistency across heterogeneous fleets.
EPOCH IPS for Mission Planning and Operational Control: EPOCH Integrated Planning System (IPS) serves as a mission-management framework that supports satellite scheduling, resource allocation, and operational planning. The platform enables operators to define mission constraints, generate executable plans, and coordinate spacecraft activities across time and orbit segments. EPOCH IPS supports automation of routine operations while preserving operator control over mission-critical decisions. Its architecture allows integration with flight dynamics systems, ground-station networks, and telemetry-processing tools, helping mission teams reduce manual workload and improve operational predictability.
OASYS for Real-Time Satellite Monitoring and Automation: The OASYS command-and-control system provides real-time satellite monitoring, telemetry visualization, and command execution within a single operational interface. Designed for continuous operations environments, OASYS supports alarm management, trend analysis, and automated response rules for anomaly detection and mitigation. By consolidating spacecraft health monitoring and command workflows, OASYS enables mission operators to maintain situational awareness across multiple satellites while supporting rapid decision-making during time-sensitive operations. The system is commonly deployed in government and defense satellite programs requiring high reliability and operational continuity.
QuantumCMD for Secure and Distributed Satellite Commanding: QuantumCMD extends Kratos’ command-and-control capabilities into distributed and network-centric environments. The system supports secure command distribution across geographically dispersed operations centers and enables integration with modern network infrastructures. QuantumCMD is designed to support mission resilience by allowing operators to execute commands through redundant paths and maintain control during network disruptions. This capability is particularly relevant for defense and institutional missions that require continuity of control under contested or degraded communications conditions.
TT&C Devices and Software for Reliable Spacecraft Communications
Kratos provides a suite of TT&C devices and software that form the communication backbone between spacecraft and ground systems. These solutions are engineered to support reliable uplink and downlink operations across a range of frequency bands and mission architectures. The TT&C portfolio emphasizes modularity and software-defined functionality, enabling operators to adapt communication configurations as mission requirements evolve.
QuantumRadio Software-Defined Radio for Flexible TT&C Links: QuantumRadio is a software-defined radio (SDR) platform designed for satellite TT&C applications. The SDR architecture allows operators to implement multiple waveforms, protocols and modulation schemes on a single hardware platform, supporting mission flexibility and long-term adaptability. By providing software-based updates, QuantumRadio reduces the need for hardware replacement when mission parameters change, making it suitable for constellations, experimental missions and programs with evolving communication standards.
QuantumFEP for Ground-Segment Data Processing: Quantum Front-End Processor (FEP) provides data handling, protocol processing and routing between ground stations and satellite command-and-control systems. The platform supports telemetry ingestion, command formatting and data distribution across mission operations centers. QuantumFEP enables consistent data flow across heterogeneous ground networks, simplifying integration with both legacy and next-generation ground-station infrastructures.
QuantumEdge for Secure Network Integration: QuantumEdge extends the satellite solutions to the network edge, providing secure routing, encryption support and traffic management for satellite communications. The system is designed to operate within modern IP-based ground architectures and supports integration with enterprise and defense networks. By positioning secure processing closer to ground-station interfaces, QuantumEdge enhances data integrity and operational security across distributed satellite networks.
Supporting Modern Satellite Missions Across Sectors
Kratos’ satellite solutions are deployed across a wide range of mission types, including defense and national-security satellites, civil and institutional space programs, commercial constellations and experimental technology-demonstration missions. The company’s emphasis on modular software, interoperable hardware and scalable architectures enables operators to tailor systems to specific mission needs without extensive custom development. As satellite operators continue to adopt multi-orbit strategies and software-defined ground infrastructures, Kratos Space remains focused on delivering integrated solutions that support reliable, secure and adaptable satellite operations throughout the mission lifecycle.
About Kratos Space
Kratos Space, a division of Kratos Defense & Security Solutions, is a US-based provider of satellite ground and space systems supporting commercial, civil and defense space missions. Headquartered in Herndon, Virginia, Kratos Space delivers a portfolio that spans satellite command and control software, telemetry, tracking and control (TT&C) hardware and software, network and edge devices and integrated mission operations solutions. The company’s satellite products are used to plan, operate and secure spacecraft across low Earth orbit (LEO), medium Earth orbit (MEO), geostationary orbit (GEO) and cislunar environments. With decades of experience in mission-critical systems, Kratos Space focuses on open architectures, scalable software platforms and hardware designed to meet the reliability, security and availability requirements of modern space operations for government agencies, defense customers and commercial satellite operators worldwide.
