TXOne Networks Strengthens OT Security Execution Through Scalable Partnership-Based Model in Asia Pacific
Singapore, (ANTARA/PRNewswire) - As industrial companies in the Asia Pacific accelerate digital transformation, the convergence of information technology (IT) and operational technology (OT) is expanding the exposure of critical infrastructure to cyber attacks. While visibility into risks has increased, the focus is now shifting to the execution phase. At this stage, industrial companies must translate analysis into measurable business performance without disrupting operational continuity.
TXOne Networks is responding to this shift by prioritising operational execution, helping industrial companies reduce cyber risks while maintaining uptime, workplace safety, and production continuity.
In the Asia Pacific, nearly half of industrial companies still view cybersecurity as the main obstacle to driving digital transformation in OT environments. The challenges are no longer about risk identification, but rather the ability to prioritise actions, implement protection systems securely, and address vulnerabilities without hindering operational continuity.
“Cyber risks in OT environments have now become business risks—measured by downtime, production failures, and operational disruptions,” said Nasser Zayour, Vice President, Global Alliances and Channels, TXOne Networks. “Risk visibility has indeed increased, but the main challenge lies in execution. Industries need a different approach: combining OT-specific security solutions with a strong partner ecosystem to deliver real and consistent impact.”
TXOne’s approach is grounded in an operational model that prioritises execution, with a focus on gradual risk reduction and zero-disruption protection. Instead of replacing systems at high cost, TXOne protects legacy and unpatchable systems, thereby extending asset lifecycles and enhancing resilience.
One key strength of this model is the role of the partner network. TXOne continues to strengthen a scalable partner-based ecosystem, involving global system integrators, OEMs, and managed security service providers to drive large-scale execution.
“No single vendor can handle the complexity of OT environments independently,” Zayour added. “The role of partners is crucial in translating strategies into execution, adapting to local operational conditions, and ensuring security outcomes can be replicated across regions and industries.”
This partnership-based approach is increasingly relevant amid rising regulatory pressures in the Asia Pacific. Countries such as Singapore, Malaysia, and Australia are tightening cybersecurity rules for the industrial sector. These regulations are driving the adoption of segmentation, zone-based architectures, and OT-specific protection models. This is also fuelling the rapid growth of the OT cybersecurity market—projected to reach USD 10.82 billion by 2033.
By aligning technology, execution, and ecosystem, TXOne helps industrial companies shift from merely understanding risks to achieving measurable risk reduction, while strengthening business resilience amid the evolving complexity of industrial environments.
To discuss this shift further, Nasser Zayour will speak at a panel discussion at GITEX Asia 2026:
Panel Discussion Session: From Cyber Risk to Business Risk: Making Security Quantifiable, Insurable & Actionable
Location: NXT Stage, Marina Bay Sands, Singapore
Date & Time: 9 April 2026, 3:35 PM
Event participants can also visit the TXOne Networks booth at HC-109 to learn about OT cybersecurity solutions and its partner ecosystem.
About TXOne Networks
TXOne Networks offers a range of cybersecurity solutions that safeguard the reliability, security, and continuity of industrial control systems and operational technology (OT). TXOne Networks provides network and endpoint protection systems with a cybersecurity defence approach tailored to industrial activities. TXOne Networks collaborates with leading manufacturing industry players and critical infrastructure operators to develop practical, easy-to-implement cybersecurity defence approaches.