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Kratos OpenSpace: Innovating High-Performance Computing for Aerosciences Applications

Customized High-Performance Computing Solutions

Kratos OpenSpace, through its specialized division - Aerosciences, offers customized High-Performance Computing (HPC) software development specifically suited for fixed-wing aircraft, rotorcraft, missiles, spacecraft, and hypersonic vehicles. The company's strategy involves harnessing government-source Modeling and Simulation (M&S) tools, adapting and combining them with modern software practices to deliver tailored solutions to its clients. By utilizing and enhancing established government-source Computational Fluid Dynamics (CFD) software and creating new scientific computing models as required, Kratos ensures it meets the evolving demands of its clientele. Their expertise lies in applying M&S for high-speed aerodynamic and aerothermal analyses and has actively contributed to major programs in both government and private sectors.

Hypersonic and High Speed Vehicles Aerothermal Modeling

Kratos OpenSpace's Aerosciences division is at the forefront of supporting high-speed and hypersonic vehicle development and testing. The team utilizes a broad range of government-domain and industry-standard M&S tools for conducting transient, trajectory-based aerodynamic, aerothermal, and structural analyses. A prominent asset in their toolkit is the Transient Thermal Analysis Software (TTAS) toolset, which integrates industry-standard Computational Fluid Dynamics (CFD) codes and cutting-edge thermal protection system models. Developed under support from the Hypersonic T&E Investment Program (HyTIP) and the High-Speed System Test (HSST) office, these tools have been successfully applied to both classified and unclassified flight tests, showcasing Kratos' commitment to innovation and excellence.

Advanced Computational Fluid Dynamics Capabilities

Kratos Aerosciences boasts a team of highly skilled professionals adept at customizing and deploying government-domain CFD models to tackle the most complex challenges. Their expertise encompasses specialized activities like Detached Eddy Simulation/Large Eddy Simulation (DES/LES) modeling for aero-acoustic and aero-optical applications, creating large aerodynamic databases for various missile systems, and conducting aero-thermodynamic calculations for hypersonic vehicles. By continually enhancing these CFD codes with advanced algorithms and models, Kratos ensures it delivers robust support to government agencies and private industries alike, further solidifying its reputation as an industry leader.

Industry-Leading Test and Evaluation Support

Kratos Aerosciences is a trusted partner for a diverse array of government agencies and private industry entities, offering specialized and adaptive Modeling and Simulation (M&S) capabilities tailored to their unique needs. The company's proficiency in providing the Transient Thermal Analysis Software (TTAS) for hypersonic and high-speed vehicles has been instrumental in supporting numerous flight test programs. Noteworthy projects include the Wide-Body Airborne Sensor Platform (WASP), Airborne Aero-Optical Laboratory (AAOL), as well as classified programs focusing on hypersonic and high-speed vehicles. Partnering with Kratos promises access to cutting-edge solutions and the opportunity to make a tangible difference in aerospace innovation.


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Enhancing Radar Identification with Kratos OpenSpace IFF System

Overview of Model MD500L IFF Transponder

The Model MD500L IFF Transponder by Kratos OpenSpace represents cutting-edge technology in radar enhancement devices. Specifically designed for use in aerial target drones, unmanned vehicles, and cruise missiles, this Transponder operates as an augmentation device providing automatic radar identification in response to interrogations from L-Band IFF and Air Traffic Control (ATC) radars. It supports Mode C (altitude reporting) operations, enhancing safety and efficiency in airspace management. The device shines with its modern, compact design taking up under 90 cubic inches in volume and weighing just 4.25 pounds, offering a 35% reduction in size compared to previous versions.

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Kratos OpenSpace Advanced Space Domain Awareness Solutions

Empowering Space Domain Awareness

Kratos OpenSpace offers advanced Space Domain Awareness (SDA) services that provide cutting-edge tools and solutions to enhance your capabilities in understanding and responding to threats in space. With almost 30 years of experience in the RF domain, Kratos utilizes modern technologies to observe, capture insights, and deliver accurate data for informed decision-making. By leveraging Kratos' expertise, your mission becomes the central focus as we provide fully managed services tailored to meet your unique needs.

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Enhancing Cybersecurity with Kratos OpenSpace Cyber Solutions

Compliance Services

Kratos is a trusted provider of cybersecurity services with extensive experience in compliance and certification for government and commercial standards. As an authorized Third Party Assessment Organization for CMMC and FedRAMP, Kratos offers comprehensive solutions to meet a variety of compliance requirements. The company's compliance services include expertise in CMMC, FISMA, NIST RMF, and more, making Kratos a reliable compliance partner for organizations across various sectors.

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Enhancing UAV Command and Control with the Kratos OpenSpace Target Control Transponder

Advanced Command and Control Capabilities

The Kratos OpenSpace Target Control Transponder (TCT) represents a cutting-edge solution for providing advanced command and control capabilities for Unmanned Aerial Vehicles (UAVs) and Targets. When used in conjunction with the HVS Model 6157-1 Portable Radar Tracking and Control System (PRTCS) or the 6104 Transportable Tracking and Control System (TTCS), the TCT offers robust command and control functionality along with the transmission of position and telemetry data.

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Kratos OpenSpace: Revolutionizing Unmanned Ground Vehicle Command and Control

Introduction to Kratos OpenSpace

Kratos OpenSpace is a cutting-edge Portable Command & Control system designed to enhance the management and monitoring of unmanned ground vehicles in tele-operational or autonomous modes. Offering a vehicle-independent solution, this system is pivotal in controlling both military and commercial vehicles that have been equipped with Kratos' vehicle automation kit.

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