Kratos Secured $100 Million for Space Cyber Missions

The company will deploy new signal processing tools across its global network of over 190 sensors.

Updated on Oct. 5, 2026 in Cybersecurity

Bold flat-color editorial illustration of a parabolic satellite dish, evoking the precision of modern orbital signal intelligence and defense systems. — Kratos Defense and Security Solutions has secured over $100 million in government contracts to develop new space intelligence signal processing technology. AI Illustration. Upload story photo >

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Kratos Defense and Security Solutions has been awarded contracts exceeding $100 million to develop prototype cyber and mission applications. The project is designed to enhance space intelligence data processing for joint military operations.

Why it matters

These contracts provide warfighters with advanced capabilities to collect and analyze complex radio frequency signals. The work aims to bolster the speed and precision of intelligence gathering within contested orbital environments.

The effort leverages the KnownSpace Network, a global radio frequency infrastructure comprising over 190 sensors across 20 locations. This system builds upon the firm's 30 years of satellite monitoring and radio frequency expertise.

The players

Kratos Defense and Security Solutions

A San Diego-based defense contractor specializing in satellite communications, electronic warfare, and space-based intelligence infrastructure.

The details

The work utilizes proprietary software products and specialized analytics to process radio frequency signals. This process involves capturing emissions via the sensor network and applying digital signal processing to identify, categorize, and protect data against cyber threats. The goal is to transform raw environmental data into actionable intelligence for joint operations.

Kratos announced the new contract awards on October 5, 2026.

The Tech Race

This development represents a significant expansion of the existing KnownSpace Network architecture. It shifts the infrastructure from pure monitoring toward active, automated cyber mission support.

These capabilities will be integrated into joint operations, specifically benefiting military and intelligence analysts tasked with monitoring space-based radio signals. The software-driven approach is expected to streamline current workflows for signal processing and threat detection.

The takeaway

The move underscores a pivot toward software-defined intelligence platforms in space operations. Observers should track the integration of these prototype applications into active military networks over the coming fiscal cycle.