Cybersecurity & Resilience: The Power of Continuous Proactive Monitoring

In 2024, ransomware attacks disrupted banks, financial services, and manufacturing giants across Asia. With over 135,000 incidents in Southeast Asia alone, the financial and industrial sectors are now prime targets for cybercriminals. From shut down trading platforms in Vietnam to breached production systems in Japan and Thailand, the cost of inaction is steep—often in the millions.

These threats often go undetected for weeks, moving laterally through networks before striking. That’s why real-time network monitoring and anomaly detection are critical for early detection and rapid response.

Vincent Chew from Progress Software as he unpacks how Flowmon and Whats Up Gold delivers deep network visibility, detects threats before they spread, and helps BFSI and manufacturing organizations stay compliant, resilient, and secure.

Secure your spot today and protect your business before it’s too late!

Date: Tuesday, 30th September, 2025

Time:  2.00 p.m. – 3.00 p.m. (IST)

Platform: Zoom    

Register now to reserve your spot!

Join us to discover how your organization can:

  • Detect ransomware, insider threats, and anomalies in real time—even in encrypted traffic.
  • Assure performance and uptime of core banking, ATMs, internet banking, and payment systems.
  • Simplify compliance with PCI DSS, SWIFT CSP, and local audit requirements through reliable log and flow data.
  • Monitor your entire hybrid environment—on-premise and cloud—from a single, intuitive dashboard.
  • Reduce operational costs while improving resilience and response times.


Speaker Profile 

Vincent Chew (Regional Sales Engineer at Progress Software)
Vincent Chew, is a Regional Sales Engineer for Progress Software, specializing in Infrastructure Management Products with over 6 years of experience. With hands-on experience in NOC (Network Operations Center) and SOC (Security Operations Center) operations, he brings deep insights into network security, monitoring, and operational resilience