Protect The Networks Space Operations Depend On

Cyntros AI is Auria’s autonomous cybersecurity product family protecting space operations networks using patented Adaptive machine learning. It defends maritime platforms, ground stations, SATCOM networks, mission control systems, and critical infrastructure from zero-day threats, advanced persistent threats, and novel attack patterns that signature-based security misses. Independent testing confirms that Cyntros AI detects malicious network activity missed by leading endpoint and enterprise security products. Cyntros

Cyntros AI uses patented Adaptive machine learning that builds behavioral baselines from live network activity rather than relying on predefined signatures or rules like traditional security tools. When network behavior deviates from established patterns, Cyntros AI automatically flags it as potentially malicious without waiting for threat intelligence signatures. This approach detects zero-day exploits, advanced persistent threats, and novel attack methods immediately rather than weeks or months later. Independent testing proves this method identifies 95% of attacks missed by leading signature-based vendors and achieves 97% effectiveness against CISA Known Exploited Vulnerabilities.

Cyntros AI NDR (Network Detection & Response) is the commercial version deployed across government and commercial space operations networks with same-day deployment and zero operational disruption. CAASI (Cognitive Autonomous Artificial System Intelligence) is the government-specific version with Phase III SBIR validation, delivered to NAVSEA (Naval Sea Systems Command) for Navy ship cybersecurity platforms and optimized for classified network environments. Both products use the same patented Adaptive machine learning foundation for threat detection. CAASI meets stringent government security standards for classified networks while Cyntros AI NDR provides the same core threat detection capabilities for broader deployment environments.

No. Cyntros AI runs passively on mirrored network traffic, meaning it monitors a copy of your network data rather than sitting inline with live operations. This passive deployment model ensures zero disruption to satellite communications, mission control operations, ground station activities, or any 24/7 critical systems. No agents need to be installed on operational systems, eliminating performance impact and security gaps. Space missions and mission-critical operations continue uninterrupted while Cyntros AI provides continuous threat monitoring. This passive architecture is essential for operations where downtime is not acceptable and system availability is mission-critical.

Cyntros AI deploys same-day in most environments because it runs passively on mirrored traffic rather than requiring agent installation across every system. Traditional cybersecurity tools often require weeks or months for enterprise deployment, agent installation, testing, and integration. Cyntros AI’s passive architecture means it can begin monitoring network traffic and building behavioral baselines immediately without touching production systems or causing operational disruption. This rapid deployment is particularly valuable for space operations and mission-critical environments where urgency and operational continuity are paramount. Zero downtime deployment eliminates the security gap between installation and protection.

Cyntros AI detects direct hack attempts, viruses, malware, botnets, insider threats, advanced persistent threats (APTs), zero-day exploits, and novel attack patterns targeting previously unknown vulnerabilities without requiring predefined signatures. Independent testing shows strong effectiveness against attacks missed by leading endpoint and enterprise security products. Cyntros AI achieves 97% effectiveness against CISA Known Exploited Vulnerabilities (KEV) network exploits. The Adaptive machine learning approach means Cyntros AI identifies threats regardless of whether security researchers have previously documented them, making it particularly effective against sophisticated adversaries developing new attack methods.

U.S. Navy deploys Cyntros AI (CAASI variant) as the cybersecurity platform for Navy ships, representing some of the most mission-critical deployments in government operations where system availability and threat detection are paramount. NAVSEA (Naval Sea Systems Command) validated CAASI through Phase III SBIR (Small Business Innovation Research), the highest level of government R&D validation and proof of operational readiness. Space operations networks trust Cyntros AI for protecting ground stations, SATCOM networks, and mission control systems requiring continuous availability. The technology protects both classified government networks and commercial operations requiring military-grade cybersecurity without operational disruption or performance degradation.

Independent testing confirms that Cyntros AI detects malicious network activity missed by leading endpoint and enterprise security products. The fundamental difference is detection methodology: traditional tools rely on signatures from known threats while Cyntros AI uses Adaptive machine learning to identify abnormal behavior patterns without requiring prior threat knowledge. This means Cyntros AI catches zero-day exploits and novel attacks immediately rather than waiting for threat intelligence updates and signature distribution. Additionally, Cyntros AI’s passive deployment model ensures zero disruption to 24/7 operations, critical for mission control networks, ground stations, and systems where downtime is not acceptable.

Yes. Cyntros AI integrates seamlessly with existing cybersecurity stacks, Security Information and Event Management (SIEM) systems, and Defensive Cyber Operations (DCO) workflows without requiring changes to production network architecture. The passive deployment model means Cyntros AI monitors mirrored traffic while feeding alerts and threat intelligence into existing security operations center workflows and incident response processes. This integration approach allows organizations to augment current security tools with Cyntros AI’s superior threat detection capabilities rather than replacing entire security infrastructure. No gaps in coverage, no compromise to existing data flow, and no operational disruption during integration.

Yes, with appropriate export controls. Cyntros AI NDR serves both government and commercial customers protecting space operations networks, mission control systems, ground stations, and SATCOM infrastructure. The technology’s proven 95% detection advantage and zero-disruption deployment make it valuable for commercial satellite operators, ground station networks, and space communications providers requiring military-grade cybersecurity without operational impact. International availability is subject to ITAR (International Traffic in Arms Regulations) and export control compliance given the technology’s military applications, government validation, and deployment on mission-critical defense systems. Commercial licensing is available for qualifying organizations requiring protection against sophisticated cyber threats.