Welcome to Knowledge Base!

KB at your finger tips

This is one stop global knowledge base where you can learn about all the products, solutions and support features.

Categories
All

Products-Kratos OpenSpace

Revolutionizing Satellite Communications with OpenSpace QuantumRadio

Introduction to OpenSpace QuantumRadio

OpenSpace QuantumRadio by Kratos is a cutting-edge virtualized modem designed to enhance RF signal processing for TT&C (Telemetry, Tracking, and Command) and narrowband payload missions in the satellite industry. This innovative software modem brings a myriad of benefits such as lower operating costs, increased scalability, and dynamic capabilities that surpass traditional hardware solutions.

Advanced Functionality and Features

One of the key advantages of OpenSpace QuantumRadio is its ability to offer configuration on the fly to support multiple satellites and payloads, making it highly adaptable to changing mission requirements. This flexibility extends to its scalability, as the modem can spin up and down virtual instances on demand, ensuring optimal resource allocation. Moreover, users can access and control the modem from anywhere and at any time through a web interface, enhancing operational efficiency and convenience.

Cost-Effective and Flexible Deployment Options

The OpenSpace QuantumRadio stands out for its cost-effectiveness, reducing hardware costs while delivering high-performance signal processing capabilities. It can be deployed on bare metal, virtually, or in the cloud, providing users with diverse implementation options based on their specific needs and preferences. Notably, the modem performs modulation, demodulation, error correction, and up/down frequency conversion entirely in software, eliminating the need for specialized hardware like FPGA or GPU.

Key Features and Capabilities

The OpenSpace QuantumRadio boasts compatibility with the most widely used space radios, simplifying integration and test processes. Built-in test functions further streamline I&T efforts, while its configurable nature ensures seamless adaptation to evolving mission requirements. The modem supports standard interfaces such as TCP/IP, GEMS, REST, and VITA-49, enhancing interoperability and ease of use for operators.

Enhancing Satellite Communications with OpenSpace QuantumRadio

Overall, Kratos' OpenSpace QuantumRadio represents a paradigm shift in satellite communications, offering advanced RF signal processing capabilities, unparalleled flexibility, and cost-effective deployment options. Whether for TT&C operations or narrowband payload missions, this virtualized modem is poised to revolutionize how satellite operators manage and optimize their communication workflows.

Enhancing Data Transport with Kratos OpenSpace DataDefender

Protecting Time Critical Data Sets

When it comes to mission-critical and strategic applications, maintaining high throughput, resilience, and low latency is paramount. This is where DataDefender from Kratos OpenSpace comes in. Designed to protect application-specific data transfers against loss, DataDefender does not require any special router or network configuration.

Read article

Enhancing Unmanned Ground Vehicle Control with Kratos OpenSpace

Tele-Operational Unmanned Ground Vehicle (UGV) Command and Control

In the realm of remote control Unmanned Ground Vehicle (UGV) applications, Kratos OpenSpace provides an innovative Tele-Op option that enables remote operators to control single vehicles through transmitted video links to vehicle-mounted cameras. This advanced system includes a Bench Top Command and Control (C2) System, equipped with steering wheel, brake and throttle pedals, gear shift controllers, data link transceivers, and a laptop computer. For enhanced portability, Kratos also offers a Man-Portable C2 System, featuring a ruggedized tablet-style computer connected to a portable data link transceiver. These C2 systems, derived from Kratos' UAV C2 Systems, are not only fully expandable but also platform-independent, data link transceiver-independent (supporting various industry standard communication links like SINCGARS and NSA compliant encrypted message formats), and customizable to meet specific requirements.

Read article

Empowering Unmanned Aerial Vehicles (UAVs) with Kratos OpenSpace Command & Control Systems

Next Generation UAV Command & Control Systems

Kratos Unmanned Vehicle Command and Control (C2) Systems are robust architectures currently fielded to support unmanned air, land, and sea surface mission requirements for various defense organizations worldwide. These C2 systems offer advanced features, including the flexibility to support multi-vehicle mission profiles, manual and autonomous control, and detailed mission planning capability. Kratos' Unmanned Vehicle Control Systems feature best-in-class high-performance hardware and software system engineered to meet demanding customer requirements, having successfully supported over 3,000 operational missions globally.

Read article

Revolutionizing Earth Observation Data Processing with Kratos OpenSpace quantumRX

Innovative Ground System Virtualization

With an increasing volume of earth observation data being transmitted from satellites, there arises a crucial need for ground infrastructure that is adaptive, cost-efficient, and scalable. Kratos' OpenSpace quantumRX stands at the forefront of innovation, aiming to virtualize ground systems to provide enhanced flexibility, resilience, scalability, and security at reduced costs. This software receiver dynamically adjusts to meet the evolving demands of earth observation data processing ground stations.

Read article

Kratos OpenSpace - Revolutionizing Flight Termination Systems with Modular Components & Test Sets

Comprehensive Modular Components & Test Sets

Kratos OpenSpace offers a comprehensive suite of Flight Termination System modular components and test sets designed to revolutionize the way flight termination systems are developed, tested, and deployed. These modular components can be used individually for system verification, testing, troubleshooting, and low-power flight termination requirements or combined to create complete turnkey flight termination systems.

Read article