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From Orbit to Seabed: When AI Becomes Mission Infrastructure
As defense systems become more autonomous and multi-domain, Sierra Nevada Corporation (SNC) and Seekr are advancing a new model for mission AI: real-time decision support built into the systems operators already rely on.
Today, Sierra Nevada Corporation (SNC), a leader in global aerospace and national security, and Seekr announced a joint venture to develop and deploy AI-native capabilities across SNC’s multi-domain mission systems. The partnership spans air, ground, maritime, space, and cyber domains and is focused on accelerating decision-making at the tactical edge while enabling scalable integration across the entire enterprise.
The partnership has commenced across initial programs spanning:
- AI-enablement of SNC’s command and control (C2) software, which already connects millions of devices across US and international military systems.
- Seekr AI deployed onboard aircraft to support real-time decisioning during manned flight operations.
- Aerial Intelligence, Surveillance, and Reconnaissance (ISR) Agentic AI systems.
- Seekr-developed foundation models that fuse multi-sensor data across undersea, surface, and air for operational advantage.
- EU-compliant AI embedded into aerial platforms & ground command to support coast guard operations, including search-and-rescue and counter-narcotics.
- AI-enhanced targeting into ground-to-air defense systems.
The battlefield is no longer defined by a single domain, a single system, or a single decision cycle. National security now spans air, land, sea, space, and cyber. At the same time, mission systems are becoming more autonomous, more distributed, and more dependent on data moving at operational speed. That changes the requirements for AI.
Operators do not need another dashboard to manage. They do not need black-box automation asking for blind trust. They need systems that can help them understand, decide, and act with clarity in the moments where seconds matter.
Speed matters. But speed without confidence creates risk. And in mission environments, there is little margin for risk.
With AI moving closer to the tactical edge, trust is now an operational requirement. A system that supports course-of-action (COA) development, threat prioritization, detection, tracking, or engagement workflows must do more than produce an answer. It must provide evidence. It must be explainable. It must be defensible. And it must operate where missions happen, including disconnected, classified, resource-constrained, and contested environments.
When AI is expected to inform live mission decisions, it can no longer sit outside the systems operators rely on. It has to become part of them.
This is why Sierra Nevada Corporation (SNC) and Seekr have formed a strategic partnership to jointly develop and deploy AI-native capabilities across SNC’s multi-domain mission systems. The partnership combines SNC’s mission systems integration expertise with Seekr’s explainable, defensible AI to accelerate real-time decision advantage for operators.
SeekrFlow™ will serve as the underlying AI platform for the partnership, enabling secure data ingestion, built-for-mission model training and optimization, agent orchestration, and real-time decision support with built-in observability, governance, and data provenance. The platform is built from the ground up to operate in classified, disconnected, and resource-constrained environments.
The first integration brings advanced AI to aircrews, empowering them with dynamic course-of-action development, threat prioritization and alignment with established tactics, techniques and procedures (TTPs) based on real-time operational data.
The larger impact is scale. SNC’s command-and-control platform connects more than one million systems on the network, a number expected to grow as autonomous unmanned systems production accelerates. Meeting that scale will require AI that is accurate enough to support mission decisions, transparent enough to be trusted by operators, and secure enough to run in the environments where defense work actually happens.
From orbit to seabed, operators need decision support that can keep pace with the speed, complexity, and consequence of modern defense. The organizations that succeed will be the ones that can bring autonomy and accountability together.
This is what AI as mission infrastructure looks like, built into the operating fabric of the systems operators already rely on.
Read the full press release from SNC here.
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