Image: SNC
SNC and Seekr have announced a strategic partnership to develop AI-native capabilities across SNC’s multi-domain mission systems, as per a recent press statement. The collaboration pairs SNC’s mission systems integration expertise with Seekr’s explainable AI platform, aiming to give operators faster, more transparent decision support across air, ground, maritime, space and cyber domains.
Steering committee to guide joint pursuits
SNC chief executive Fatih Ozmen and Seekr chief executive Pat Condo will sit on a steering committee alongside former Morgan Stanley investment banking chairman Cyrus Behbehani. The committee will oversee strategic direction and coordinate joint opportunities. Ozmen commented that combining SNC’s integration expertise with Seekr’s AI platform delivers “real-time decision advantage when and where it matters most.” He added that the partnership strengthens long-term alignment and gives operators “clarity, speed and confidence.”
SeekrFlow underpins the platform
SeekrFlow will serve as the core AI platform, handling secure data ingestion, mission-specific model training, agent orchestration and real-time decision support. It includes built-in observability, governance and data provenance, and is designed for classified, disconnected and resource-constrained environments.
Aircrew integration comes first
Initial integration targets aircrew decision-making, supporting course-of-action development, threat prioritisation and alignment with established tactics, techniques and procedures. Further integrations under development will address aerial defence, counter-UAS and ISR workflows across contested environments.
SNC’s TRAX command-and-control platform already connects over one million networked systems, a figure set to grow as autonomous unmanned systems production accelerates. Condo commented that the partnership gives operators “the best advantage, at the speed they need it.” Seekr’s explainability technology is positioned as central to building trusted, increasingly autonomous mission systems.
Learn more on SNC’s website
