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Aerospace & Space

Secure flight and mission systems require security beyond the stratosphere

CYMETRIS enables DO-326A, NIST 800-53 & IEC 62443-aligned risk assessments—supporting cyber-resilient aerospace and space systems by design.

Cybersecurity takes off where software becomes mission-critical

Aerospace and space systems are some of the most technologically advanced, long-lived, and safety-critical platforms ever built. From avionics and inflight communications to satellite control systems and orbital infrastructure, these systems are highly interconnected—and increasingly software-defined.

Remote connectivity via satellite links, cockpit data channels, and cloud-based ground stations introduces new attack vectors. Aircraft systems must maintain airworthiness over 30+ years; spacecraft may never be physically accessed again after launch.

As electromagnetic interference, spoofing, and cyber-kinetic threats grow, cybersecurity must be embedded into design, certification, and long-term operation—secure by design, mission-ready by architecture.

Risk-based cybersecurity is non-negotiable in aerospace-grade engineering

In this industry, the cost of failure is existential. Aviation systems must comply with DO-326A and DO-356A; space systems follow NIST 800-53, ISO 27001, and defense-grade requirements. These frameworks demand systematic risk assessment across all systems—from flight control to telemetry, command and data handling (C&DH), and autonomous payloads. Risk-based engineering enables threat anticipation at every level: software, hardware, protocols, and human-machine interfaces.

Whether manned or unmanned, all aerospace systems require verified, traceable cybersecurity risk mitigation strategies starting from concept.

ADS-B, ACARS, MILSATCOM, and GNSS links expose systems to spoofing, jamming, and interception. CYMETRIS supports proactive scenario modeling.

Existing airborne systems often lack native protections. CYMETRIS enables secure-by-retrofit strategies that meet compliance without redesign.

Maximize cybersecurity efficiency across the Aerospace & Space value chain

CYMETRIS maps risks across onboard systems, ground infrastructure, and communication links—delivering holistic security insight.

With structured traceability and automated risk reporting, CYMETRIS accelerates airworthiness security approvals.

Satellites, aircraft, and drones can’t afford downtime. CYMETRIS enables dynamic re-evaluation of risk during operation—even in space.

Aerospace systems often bridge civil and defense networks. CYMETRIS supports multi-clearance assessments in complex infrastructures.

As AI and ML enter aerospace, CYMETRIS helps assess novel attack surfaces—from autonomous decision loops to sensor spoofing vectors.

Connect with a CYMETRIS Aerospace & Space expert

Our team can show how CYMETRIS helps build secure, certifiable systems—from commercial aircraft to orbital platforms.

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