Seekr, a trusted artificial intelligence company serving government organizations, has announced that it has been awarded a U.S. Army contract under the U.S. Army Combat Capabilities Development Command Aviation & Missile Center (DEVCOM AvMC). Through this engagement, Seekr will deploy advanced AI agents to help identify cyber, system, and mission-level vulnerabilities across AvMC weapon systems, strengthening protection for critical defense operations.
Under the contract, Seekr’s AI-powered technology will support vulnerability detection and threat modeling across complex weapons platforms. By automating analysis traditionally handled through manual processes, the initiative is expected to significantly reduce the time, cost, and operational resources required to uncover and mitigate cyber risks. As a result, the Army will be able to strengthen system resilience while accelerating its ability to respond to emerging threats.
As adversaries rapidly advance their technological capabilities, cyber risks to national defense infrastructure continue to intensify. The growing sophistication of electronic warfare and adversarial AI has introduced new attack surfaces across mission-critical platforms, including systems such as Patriot and Terminal High Altitude Area Defense (THAAD) missile batteries. Meanwhile, continued reliance on manual assessments often creates operational bottlenecks, allowing vulnerabilities to persist undetected and increasing overall exposure.
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“Our nation faces adversaries who are continuously developing, testing, and evolving new, unconventional methods to disrupt our critical national defense systems,” said Rob Clark, President of Seekr. “Whether it’s emerging threats on current platforms, or systems of the future, agentic AI built on trusted models gives the Army the precision and speed needed to secure the Army’s missile defense and aviation assets.”
At the core of the project is the SeekrFlow AI Operating System, which will be used to build, fine-tune, and orchestrate agentic AI models and workflows. These AI agents will continuously analyze system behaviors, identify hidden weaknesses, and synthetically generate novel exploit scenarios within a threat intelligence–informed environment. This approach enables the Army to proactively pinpoint critical system weaknesses rather than reacting after vulnerabilities are exploited.
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Furthermore, SeekrFlow will empower threat-emulation teams to model real-world adversarial tactics with greater realism and speed. In mission environments where milliseconds can determine outcomes, the ability to rapidly test defenses against evolving cyber and electronic warfare techniques becomes a decisive advantage.
By embedding trusted, explainable AI into vulnerability discovery and threat modeling processes, Seekr is helping modernize how the Army protects its aviation and missile systems. This partnership reflects a broader shift toward agentic and AI-driven security operations that can scale with the complexity of modern defense platforms.
Ultimately, the contract positions Seekr to play a strategic role in enhancing cyber resilience across critical weapons systems. As the digital and physical dimensions of warfare continue to converge, AI-enabled vulnerability detection and threat modeling will be essential to safeguarding mission readiness, protecting national security assets, and maintaining technological superiority.
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