Cyber security company, TXOne Networks, revolutionizes defense strategies with the release of their groundbreaking product, SageOne.
In today's rapidly evolving cyber threat landscape, industries relying on operational technology (OT) frameworks, such as manufacturing and critical infrastructure, are particularly vulnerable to sophisticated attacks. To address these concerns, TXOne Networks has introduced SageOne, a new cybersecurity solution specifically designed for industrial networks.
SageOne is an OT cybersecurity governance platform enhanced with AI-driven intelligent vulnerability remediation capabilities. It tackles rising OT cyber risks through a three-tiered risk-based vulnerability management approach: Assess, Prioritize, and Remediate.
The Assess phase collects detailed vulnerability, configuration, and real-time threat intelligence data at the operating system level to generate an accurate, contextual view of real risks on cyber-physical system (CPS) assets. The Prioritize phase uses a proprietary Vulnerability Situational Awareness Rating (VSAR) to filter and prioritize vulnerabilities demanding urgent attention based on asset criticality, attack patterns, and existing defenses. The Remediate phase automatically evaluates each asset’s context to recommend and apply the best resolution—full patching, virtual patching, or on-demand micro-segmentation—without disrupting operations.
AI plays a pivotal role in the functionalities of SageOne, providing actionable insights for threat detection and resolution. By integrating external threat intelligence and operational specifics, SageOne offers tailor-made actionable guidance for vulnerability remediation, enabling faster, more precise, and safer patch application under the time-sensitive conditions typical of OT environments.
Beyond SageOne, TXOne Networks offers an ecosystem of complementary solutions that work synergistically to enhance OT security lifecycle management. The EdgeIPS device uses AI-powered intent-based industrial protection to monitor and enforce micro-segmentation policies, preventing lateral threat movements and supporting uninterrupted industrial operations. The Stellar OT-native endpoint security software enforces lockdowns, quarantines suspicious files, and schedules safe maintenance, particularly securing legacy Windows XP/7 systems.
Integrated IT-OT cooperation facilitated by TXOne’s platform improves threat visibility and rapid response, preventing ransomware spread across environments. Together, the SageOne platform’s AI-driven insights and actionable governance combined with network micro-segmentation and endpoint protection form a hybrid cyber-physical security solution that addresses sophisticated, evolving OT cyber threats by ensuring real-time threat detection, risk-based prioritization, and minimal operational disruption during remediation.
In summary, TXOne Networks' SageOne with AI-driven vulnerability assessment and remediation, complemented by EdgeIPS and Stellar, represents a hybrid industrial cybersecurity approach that delivers real-time threat detection, prioritized risk management, and safe resolution tailored to the unique constraints of OT environments. This integrated solution enhances operational resilience and extends legacy asset life while protecting critical industrial systems from advanced cyber threats.
According to TXOne Networks CEO, Dr. Terence Liu, the seamless blending of IT and OT defenses is vital in today's environment. SageOne represents a leap forward in the integration of intelligence-driven security, providing a comprehensive, resilient, and adaptive solution specifically for industrial networks.
The SageOne platform, developed by TXOne Networks, is an AI-driven OT cybersecurity governance platform that addresses rising OT cyber risks through a three-tiered approach, including data-and-cloud-computing integration for intelligent vulnerability remediation. Furthermore, encyclopedia-like actionable guidance is offered for vulnerability remediation in industrial networks, ensuring minimal operational disruption.
