# Kratos and Seagate Space Partner for Offshore Launch Missions

New maritime launch platform aims to enhance national security testing capabilities by 2027.

- **Source:** [SpaceNews](https://spacenews.com)
- **Published:** 2026-11-10
- **Topic:** [Business](https://brifing.si/c/business)
- **Original article:** <https://spacenews.com/kratos-and-seagate-space-partner-to-advance-mobile-offshore-launch-capabilities-for-national-security-missions/>
- **On Brifing:** https://brifing.si/s/6d9e023c-6652-4fe9-9eb5-9cf0bbb93563

## Strategic Partnership Agreement

Kratos Defense Security Solutions and Seagate Space have signed a long-term agreement to utilize the Gateway offshore launch platform. This collaboration aims to support national security missions, with the first mission scheduled for 2027. The partnership combines Kratos' defense systems expertise with Seagate Space's modular maritime infrastructure for future operations.

## Gateway Platform Infrastructure

The Gateway series vessels are designed as mobile, sea-based platforms to supplement traditional land-based launch sites. By providing maritime mobility, the system offers mission planners greater flexibility in launch geometry and scheduling. This infrastructure reduces reliance on fixed terrestrial test ranges, allowing for more responsive access to critical mission environments.

## Construction and Operational Readiness

Seagate Space has officially executed its first construction contract for the Gateway platform, transitioning from design to physical assembly. This milestone marks a significant step toward operational readiness for the 2027 launch date. Both companies are currently focused on the integration and construction phases required to meet their stated mission goals.

## Defense Mission Requirements

Kratos intends to utilize the platform primarily for defense-related launch and target missions. The scope includes hypersonic testing, ballistic-missile targets, and other national security requirements. By establishing this foundation, the companies anticipate expanding their offshore operations as demand for responsive, flexible launch capabilities continues to grow within the defense sector.

## Affordability as Technology

Kratos emphasizes an internal investment strategy where affordability is treated as a core technology. The company designs products for rapid production, scalable manufacturing, and operational deployment. This approach aligns with the partnership, as the Gateway platform provides a cost-effective alternative to traditional, more constrained land-based launch and testing infrastructure.

## Industry Vision and Goals

Sean Fortener, President of Seagate Space, stated the vision is to make space access as open as the ocean. By providing maritime infrastructure, the company aims to solve logistics needs for emerging space missions. Kratos brings decades of defense experience to this partnership, ensuring the platform meets specific, mission-relevant requirements.

## Expanding Operational Choices

Eric DeMarco, CEO of Kratos, highlighted that sea-based infrastructure provides essential flexibility and responsiveness for United States national security missions. The partnership creates an additional pathway for conducting critical test missions. This strategic choice is increasingly important as defense requirements evolve and demand for diverse operating locations continues to rise.

## Future Outlook and Impact

The collaboration is expected to establish a foundation for long-term offshore mission operations. With multiple launches anticipated annually after 2027, the Gateway platform represents a shift in how defense testing is conducted. Stakeholders will monitor the construction progress and integration activities as the companies prepare for their inaugural offshore mission.

## Sources covering this story

- https://spacenews.com/kratos-and-seagate-space-partner-to-advance-mobile-offshore-launch-capabilities-for-national-security-missions/ — 

---

_Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._
